Innovative IBM eServer platforms with new tools and application flexibility help lower costs, improve efficiency, and expedite e-business transformation.

• Innovative Technology - Mainframe-inspired features extends IBM's leadership in open UNIX systems

• New Tools - Manage e-business infrastructure with self- managing IBM eServer platforms

• Application Flexibility -- Uncompromised flexibility in selecting, building, and deploying e-business infrastructure applications

Innovative Technology

IBM eServer is delivering the most technologically advanced line of servers in the industry. Each of the servers in the family provide outstanding performance and scalability resulting in industry leading performance and price/performance across a wide range of e-business and technical computing workloads.

The p670 further extends IBM's leadership with enhanced processors, self-managing, LPAR and configuration capabilities for its pSeries of UNIX systems.

• Designed for the self-managed environment with high levels of reliability, availability and serviceability (RAS) capability:

  • Self-configuring; hot-plug disk and PCI

  • Self-healing; Chipkill, memory bit scrubbing, dynamic deallocation of processors, cache, PCI bus, and LPAR

  • Self-optimizing; Workload Manager, LPAR

  • Self-protecting; cryptographic coprocessors, digital certificates, Kerberos

• Leadership technology:
  • Copper and silicon-on-insulator (SOI) helps produce faster chips that run cooler
  • POWER4 was the first SMP on a chip with dual microprocessors results
  • 1.1 GHz or 1.5 GHz, 64-bit processors

• Flexible configurations:
  • SMP, LPAR

IBM anticipates that one or more Linux distributors will support 64-bit Linux running in an LPAR in the third quarter of 2002. The support will allow 32-bit applications to run in partitions with a maximum of four processors. For more information about Linux running on IBM eServer pSeries systems consult:

http://www-1.ibm.com/servers/eserver/pseries/linux

Linux for pSeries is available directly from the Linux distributors. IBM does not sell nor install Linux on pSeries systems.

pSeries

The pSeries is the most powerful technologically advanced family of UNIX servers. pSeries meets a diverse set of needs scaling from small departmental and distributed systems to massively parallel supercomputers. Each pSeries features IBM's UNIX operating system AIX 5L, the most open UNIX with Linux Affinity.

The ultra-powerful IBM eServer pSeries 670 sets the standard for 16-way datacenter-class UNIX servers with its mainframe-heritage LPAR and self-managing features.

The p670 offers the POWER4 and POWER4+ microprocessors. The POWER4 chip was the first ever dual processor SMP on a single piece of silicon. It utilizes IBM's advanced SOI and copper fabrication technology. The balanced performance of the POWER4 and POWER4+ chips are equally at home with mission-critical commercial or compute-intensive applications.

The system features include:

• Full 64-bit implementation
• AIX 5L V5.1, V5.2, and HACMP support
• 1.1 GHz POWER4 processors or 1.5 GHz POWER4+ processors
• 4-, 8-, or 16-way SMPs
• 4 GB to 256 GB DDR memory
• L2 and L3 ECC caches
• Up to 16 Logical Partitions (LPAR)
• Service processor for RAS
• First Failure Data Capture
• Self-diagnosing and healing features
• IBM Hardware Management Console for pSeries (HMC)

The pSeries 670 can be configured up to three 7040-61D I/O Drawers. The I/O drawers can contain up to 16 hot-swap capable disks structured into four 4-packs of 18.2 GB, 36.4 GB, 73.4 GB or 146.8GB disks. This delivers up to 2.34 terabytes maximum per I/O Drawer, with up to 3 drawers and 7.04 terabytes of internal disk for the system.

The drawer contains two planars with 10 slots per planar, 20 slots/drawer, with a maximum of 60 slots per system. The slots are hot- pluggable to permit PCI or PCI-X adapters to be added or replaced without extending the I/O drawer, all while the system remains available to the customer.

For unmatched 16-way UNIX system performance and scalability, up to 8 POWER4 or POWER4+ chips (16-way) can be added to the pSeries 670. To help customers consolidate UNIX and Linux workloads the system can be split into as many as 16 logical partitions.

Complementing the power of the pSeries 670 is extraordinary self- managing capabilities. The system can detect faulty memory, processors, cache and PCI buses, and dynamically take them offline. It even makes the service call. All of this without requiring administrative action or interrupting operations. Growth is easy with hot-swappable disk drive and hot-plug PCI and PCI-X adapters. For the ultimate in availability the systems can be clustered together with High Availability Cluster Multiprocessing software, the leader in UNIX availability solutions.

Self-managing Systems

Complexity is a way of life for businesses today. On average, companies must contend with five different architectures in their e-business infrastructure. The challenge customers face is how to manage all of these resources cost effectively while transforming their infrastructure. Compounding the problem is the projected shortfall of skills and the explosive growth of the Internet.

This may sound like a daunting task, but IBM is designing its IBM eServer systems to be self-managing so customers can concentrate on their business needs. Project eLisa is IBM's blueprint for self-managing systems. The goal is to use technology to manage technology, thus creating an intelligent, self-managing IT infrastructure that minimizes complexity. This will give customers the ability to manage environments that are hundreds of times more complex and more broadly distributed than exist today. Project eLisa-based systems will allow customers to grow their computing resources without increasing critical staff and costs to manage larger more complex computer networks.

This all-encompassing strategy addresses the self-management needs in four areas:

• Self-configuring -- systems can be reconfigured or expanded without interrupting operations

• Self-healing -- systems can detect impending problems and correct for them automatically to keep systems going and lower administrative expense

• Self-optimizing -- systems can dynamically balance resources and workloads to maximize responsiveness and throughput

• Self-protecting -- systems can help protect transactions and enterprise data

I/O Drawer

The 7040-61D I/O drawer provides PCI or PCI-X adapter slots and internal disk capabilities for use with pSeries servers such as the pSeries 670 (7040-671). The Model 61D is a 4U drawer which mounts in the 24-inch 7040-61R System Rack and connects to the system Central Electronics Complex via remote I/O cables.

Each Model 61D I/O drawer provides 20 blind-swap PCI or PCI-X slots and 16 hot-swap disk bays. The Model 61D utilizes redundant power converters and power cabling to ensure high reliability and availability. It utilizes 350 V bulk power supplied from the 7040-61R system rack.

System Rack

The 7040-61R System Rack provides space for mounting system drawer components for pSeries servers such as the pSeries 670 Central Electronics Complex (7040-671) and the 7040-61D I/O drawers. The Model 61R is a 24-inch rack which provides 42U of rack space.

The 7040-61R utilizes a 350 V DC bulk power subsystem to provide power for the components within the rack. The bulk power subsystem incorporates redundant bulk power assemblies mounted in the front and rear sections of the top 8U of the rack.

RAS Features and Functions

Excellent quality and reliability features are the keys to all facets of IBM eServer pSeries products. The measures taken help ensure the products operate when required, perform reliably, efficiently handle infrequent failures in a nondisruptive fashion, and provide timely and competent repair to allow resumption of operations with minimal inconvenience.

Reliability begins with the development of architectures, where RAS innovations are of paramount importance. The reliability concept flows through design and product development stages, where RAS designs are reviewed, assessed, developed, evaluated, and optimized. It continues through the manufacturing and release processes, where the manufacturing quality is extensively measured and is under continual evaluation. It culminates in service and support, where:

• Reliability is consistently monitored for deviation from the criteria.
• Warranty and maintenance have high priority.
• Significant customer problems are assigned to and addressed by an expert team.

IBM eServer pSeries 670 system processes, from the architectural and concept phases of development through the provision of service and support, are ISO certified and audited periodically for ISO compliance by representatives of Underwriters Laboratories.

Reliability -- Fault Avoidance

Major effort has been spent on the development of the p670 system to analyze single points-of-failure within the central electronic complex (CEC) (comprised of the processors, memory, and the I/O interface) and to either eliminate them or to provide hardening capabilities to significantly reduce the probability of failure. The best way to harden a system is to prevent errors from occurring. Components within the CEC were selected to provide "server" levels of reliability. These components undergo the highest level of reliability testing within IBM. During the design and development process, subsystems go through rigorous verification and integration testing processes. During system manufacturing, systems again go through a thorough testing process to ensure highest product quality level.

Extensive error detecting and checking circuitry is included to help ensure that infrequent component failures are recognized and corrected automatically, and properly reported for isolation and repair. This helps preserve the integrity of data stored and transported in the system. To support a diagnostic technique called "run time first failure data capture", errors detected by the CEC error checking circuitry are automatically captured and analyzed by the service processor at the time of error. The system is designed to identify and log the appropriate replacement part or parts without the need to reproduce the error condition. The purpose of this function is to significantly reduce the repeat failure and repair scenarios associated with error recreate strategies by providing the correct isolation at the time of the failure. Reduced outages and quicker repair time can result in higher system reliability and better overall availability.

Hardware and software failures are recorded in the AIX log facility and analyzed by error log analysis (ELA) routines to provide warning to the system administrator on the causes of system problems. On p670 systems, all service action requests are forwarded from the operating system partitions to a Service Focal Point (SFP) application running on the Hardware Management Console (HMC). The service focal point application analyzes the potentially duplicate reported failures from the various logical partitions, attempts to determine the root cause of the fault, and upon identifying the cause, initiates call-home requests to IBM support utilizing the HMC modem and the Service Agent application program. This enables IBM service representatives to have available needed replacement hardware components when a service call is placed, thus minimizing system repair time.

Availability -- Backup and Replication

Power and Cooling Subsystem

The pSeries 670 brings a high level of availability features and functions to the Enterprise Server. Within the CEC Rack, the N+1 power and cooling subsystem can provide complete redundancy in case of failures in the bulk or regulated power supplies, the power controllers and the cooling units. Concurrent repair is supported on all of the power and cooling components.

The p670 also features redundant Internal Battery Features (IBF) to hold the system up during brown-out conditions. For full power loss protection, the p670 supports optional uninterruptible power supply (UPS) systems in addition to, or in place of, the IBF features.

In the I/O drawers, N+1 power and cooling is provided with the capability for concurrent repair of the power components and deferred repair of the cooling units.

Constant power monitoring hardware assists in detection of early loss of source power, and is designed to notify the operating system to effect an orderly shutdown. This same power monitoring hardware can detect the loss of redundant bulk power supplies, regulators, fans, and blowers and report them to the operating system for entry in the system error log and for maintenance notification.

CEC Subsystem

RAS features such as ECC on the L1 data cache and L2 data and directory caches can provide dynamic detection and correction of hard or soft array cell failures. Dynamic de-allocation functions include:

• L3 cache line delete and L2 cache deallocation
• Individual L3 cache memory bypass
• L2 cache and CPU de-allocation
• Redundant bit steering in L1 and L2 caches and L2 and L3 directory arrays

Building on the robust features of the processor complex, the p670 system has enhanced error detection and prevention capabilities. These processor RAS features are called Dynamic Processor Deallocation and Persistent Processor Deallocation. Predictive failure analysis is performed on recoverable processor errors during run-time. If a processor exceeds a threshold of recoverable errors such as on L2 cache accesses, the system is designed to log the event marked and deconfigure the processor from the system while the operating system continues to run. This feature allows the processor to be repaired on a deferred basis while helping prevent an unscheduled system outage.

Persistent Processor Deallocation is designed to ensure that on subsequent reboots, the processor remains out of the system configuration until replaced. The standard memory card has single error-correct and double-error detect ECC circuitry to correct single-bit memory failures. The double-bit detection helps maintain data integrity by detecting and reporting multiple errors beyond what the ECC circuitry can correct. The memory chips are organized such that the failure of any specific memory module should only affect a single bit within an ECC word (bit scattering), thus allowing for error correction and continued operation in the presence of a complete chip failure (Chipkill recovery).

This memory card also utilizes memory scrubbing and thresholding to determine when spare memory modules within each bank of memory should be used to replace ones that have exceeded their threshold value (dynamic bit steering). Memory scrubbing is the process of reading the contents of memory during idle time and checking and correcting any single-bit errors that have accumulated. These single-bit failures could be either solid (technology failures) or soft failures (intermittent errors caused by noise or other cosmic effects). If an error is detected, the system is designed to correct it by passing the data through the ECC logic that corrects the fault and then writing the corrected contents back to its memory address location.

In order to prevent an uncorrectable memory error from causing a system outage, the service processor is designed to initiate a deferred maintenance request on memory cards that have used their spare bits and are experiencing additional correctable errors (memory predictive failure analysis).

DASD predictive failure analysis is designed to detect an imminent disk failure and report the findings through the AIX log. Then the disk can be replaced either immediately or scheduled at a later time, depending on the configuration of the DASD subsystem. With the hot-plug disk design, normal operation can continue in the presence of a failed disk and a concurrent repair can be performed while the application continues uninterrupted.

Availability - UE Error Handling

Rare events in the processor, cache, and memory subsystems sometimes cause errors that exceed the error correction capability, and become Uncorrectable Errors (Ues). In other systems, these result in immediate checkstop with the offending component fully identified by the run time diagnostics. In the p670 system, is designed not to cause a checkstop of the system. Instead, the corrupted data is specially marked until used by a processor, at which time a new synchronous machine check interrupt allows AIX to localize the effect to a single LPAR partition or a software process. This provides the capability of localizing a global system resource to affecting only the partition utilizing the resource instead of checkstopping all system partitions. The affected partition can then be rebooted with significantly reduced boot time as compared to a full system reboot.

I/O Subsystem

The interface from the processor to the I/O is through the Remote I/O (RIO) link. This link uses a loop interconnect technology to provide redundant paths to I/O drawers. There is a maximum of 1 I/O drawer on each loop path, with a total of 3 I/O drawers per system. RIO availability features include CRC checking on the RIO bus with packet retry on bus timeouts. In addition, if a RIO link fails, the hardware is designed to automatically initiate a RIO bus reassignment to route the data through the alternate path to its intended destination.

Availability - PCI Bus Error Recovery

In the p670 system, the PCI slots in the I/O expansion drawers have specialized hardware and system firmware to support PCI Bus Parity Error Recovery. The specialized hardware function is designed to interact with the software device driver to help prevent PCI slot bus errors from causing a system machine check interrupt and subsequent reboot. Instead, errors are reported locally to the specific device driver controlling activity to the PCI device. Special firmware commands allow the device driver to reset the slot and retry the command, and perform other recovery operations without affecting the total system operation.

The purpose of this design point is also to provide better fault isolation for PCI adapters because each PCI adapter is in essence on its own PCI bus. If it has an interface error, it only affects this single adapter instead of all other adapters residing on the common PCI bus. Thus repair time is significantly reduced because isolation is to the specific adapter and PCI hot plug allows concurrent repair of that card without affecting other adapters.

The pSeries 670 uses AIX online (concurrent) diagnostics with error log analysis and service aids, which can allow administrators or IBM service representatives to diagnose potential system malfunction without interrupting end-user operation.

Auto-restart options, when enabled, are designed to reboot the system automatically following:

• Unrecoverable software error
• Software hang
• Hardware failure
• Environmentally-induced (AC power) failure

These standard, high-availability features, coupled with the optional High Availability Cluster Multi-Processing (HACMP) program, are designed to provide unmatched availability among UNIX systems.

Serviceability -- Correcting Faults

The pSeries 670 product is designed to be installed and maintained by a trained service representative.

Much of the repair of the p670 system can be done in either a concurrent repair or a deferred repair scenario. Areas of the system that support the concurrent repair scenario are PCI adapters, the entire CEC power and cooling subsystem and the power subsystem on the I/O drawers as well as the integrated disk units. Deferred repair scenarios are supported for the I/O drawer cooling units, Remote I/O (RIO) connections, power connections, and predictive failure analyzed portions of the CEC including the processors and memory subsystems when components have been varied off either dynamically or at boot time.

Microcode Discovery Service

Microcode Discovery Service is a new service that allows you to determine if your pSeries 670 is at the latest microcode level. Using a secure Internet connection and a Web browser, Microcode Discovery Service can capture the machine data and generate a real-time comparison report showing subsystems that may need to be updated.

To accomplish this, you must install the new service tool onto your system. This tool, Inventory Scout, will run as a daemon on the server. The tool will create a file containing the current level of all microcode (adapters, devices, system, and support processor) levels in the system. This file will be used to compare the system level codes against the latest available levels on the IBM Web site. You will then receive a report notifying you of any new updates available along with a link from which the microcode can be downloaded.

This service will allow you to maintain the pSeries 670 microcode at the latest levels to obtain peak performance. This service will be available to customers through the Worldwide Support Centers.

• Service Focal Point

  To accommodate error reporting, analysis and repair in the LPAR environment, a new application was developed to run on the Hardware Management Console (HMC). This application is called the Service Focal Point (SFP) and leverages the design capabilities of the HMC to provide equivalent virtual function to the current capabilities presented by physical op panels, service processor TTY menu interfaces and system firmware interfaces as well as capability for configuring/reconfiguring building block hardware into partitions. The Service Focal Point is a system infrastructure which manages serviceable event information for the system building blocks. It consists of resource managers which monitor and record information about different objects in the system. It filters and correlates events from the resource managers and initiates calls home when appropriate. It also provides a user interface which allows a user to view the events and perform problem determination. When a problem is corrected the user can record actions that have been taken to resolve the hardware problem. These features of SFP support the overall problem management strategy in a complex system.

  The SFP application receives service action events from the Service Processor for critical system down situations, and from the Service Agent application programs running on the individual logical partitions for system recoverable or predictive events as well as Operating System or device driver detected events.

• Service Action Event Log

  The SFP collects the serviceable events from different building blocks together in a Service Action Event (SAE) log. The log entries are generated by analysis routines that run on an error that has occurred in a building block. The resource manager for the building block forwards information about the event to the service focal point and the information is placed in the SAE log. The particular content of the error data depends upon the type of the error and on the system configuration itself.

  The SAE log on the SFP also contains pointers to extended information that may have been recorded at the time of a serviceable event by the building block. Extended error collection includes not only the collection of first failure data capture, but also vital product data, partition information, operating system error logs, service processor error logs, error register data, etc.

  When the SFP receives a new log entry, filtering is performed to determine if this was a unique event. The filtering is done because sometimes an event notification can come from more than one resource manager for the same event or a resource manager may forward a notification for an event which previously occurred but has not been corrected yet.

• Service Agent Component

  When a service action event is logged in the SFP, the system needs to communicate the failure back to IBM. During this call-home function, particular error data and system configuration information needs to be sent to IBM to drive the service delivery infrastructure. The SFP utilizes the Service Agent focal point application residing on the HMC along with the HMC modem to initiate the call home and transfer the pertinent error information to IBM Service. When a call home is required, Service Agent manages the connection to IBM which is used to open a problem record. The problem record is used by the service delivery team to determine whether or not to dispatch a customer engineer (CE) with the appropriate service parts to the system to perform a repair.

  When service personnel perform a repair on the system, the SFP is used to identify the source of the problem and record information relating to the repair. When the repair has been completed, the service representative can update the SAE log with FRU replacement information and any comments that the service representative has. The information stored by the SFP represents the system's service history and can be used to ensure proper maintenance over the life of the system.

• Guiding Light Maintenance

  To assist the service representative in locating the correct system unit and drawer that contain the fault requiring repair, the SFP can enable the capability to flash LEDs on the respective system unit and drawer that contain the fault.

Service Support

Hardware service requests go to IBM's remote support center for initial problem diagnosis. This approach gives you direct access to skilled specialists. These specialists can either solve the problem over the phone or help get it resolved as quickly as possible. They are backed up by a highly-trained product engineering team to assist in problem identification and resolution.
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Product Positioning

The p670 is a UNIX server for customers looking for great cost-of- ownership in the 4-to 16-way space. These are customers who are attracted to the p690 but do not require the overall performance or scaling. The p670 is positioned for both the High-Performance Computing environments as well as the commercial markets. The p670 can participate in the IBM eServer Cluster 1600 solution for systems management and HACMP scenarios. The p670 is an ideal server for back-end database serving, an ideal application server (or servers) when used with partitioning, or an appropriate consolidation point for multiple smaller UNIX servers across several application areas. Because of its excellent RAS characteristics, this server fits well in mission critical environments. The following are typical types of applications that customers will run on the p670. Database serving for ERP, SCM, CRM, and e-infrastructure environments Partitioned application servers for ERP, SCM, CR, and e-infrastructure environments Server consolidation Industry-specific, back-office applications Back to top   Model Model Summary Matrix Models 64-Bit Processor Speed Memory Hard Drive Slot Maximum Optical Storage Device 671 4- 8- 16-way 1.1 GHz or 1.5 GHz 4 GB to 256 GB Up to 48 hot-swap disk bays 60 PCI or PCI-X CD-ROM DVD-RAM Customer Setup (CSU) None. Devices Supported The following external machine types are supported on the indicated models for MT 7040. This list is not all inclusive. Many devices are supported through standard ports. Please refer to the sales manual of the external machine type and the list of supported devices in the appropriate section of the AIX sales manual for further attach support information. |6| X = SUPPORTED DEVICE |7| |1| MT-MOD | | DESCRIPTION ---------|-|----------------------------------------- ---------+-+--------UNKNOWN GROUP-------------------- 2109-M12 |X| IBM Model 2109-M12 Single/Dual 64 port - 2Gb FC Switch 3534-F08 |X| IBM TotalStorage SAN Switch F08 - Entry Fabric 2GB Switch ---------+-+--------SWITCH--------------------------- - - - - -|-|- - - - - - - - - - - - - - - - - - - - - 2031-016 |X| McDATA Model 016 Departmental ES-3032 Fabric Switch 2031-032 |X| McDATA Model 032 Departmental ES-3032 Fabric Switch 2031-L00 |X| McDATA Model L00 ES-1000 Loop Switch 2032-001 |X| McDATA ED-5000 Enterprise Fibre Channel Switch 2032-064 |X| McDATA Model 064 Enterprise Fibre Channel Director 2042-001 |X| Inrange FC/9000 64-port Fibre Channel Director 2042-128 |X| Inrange FC/9000 128-port Fibre Channel Director 2109-F16 |X| IBM SAN 2GB Fibre Channel Switch Model F16 2109-S08 |X| IBM SAN Fibre Channel Switch Model S08 2109-S16 |X| IBM SAN Fibre Channel Switch Model S16 | | ---------+-+--------DISK----------------------------- - - - - -|-|- - - - - - - - - - - - - - - - - - - - - 2101-100 |X| Seascape Solutions Rack 2102-D00 |X| IBM Expandable Storage Unit 2102-F10 |X| IBM Fibre Channel Raid Storage Server 2103-H07 |X| Fibre Channel Storage Hub 2104-DL1 |X| IBM Expandable Storage Plus Model DL1 2104-DU3 |X| Expandable Storage Plus Model DU3 2104-TL1 |X| IBM Expandable Storage Plus Model TL1 2104-TU3 |X| Expandable Storage Plus Model TU3 2105-E10 |X| IBM Enterprise Storage Server Model E10 2105-E20 |X| IBM Enterprise Storage Server Model E20 2105-F10 |X| IBM Enterprise Storage Server Model F10 2105-F20 |X| IBM Enterprise Storage Server Model F20 7027-HSC |X| IBM High Capacity Drawer Model HSC 7027-HSD |X| IBM High Capacity Drawer Model HSD 7131-105 |X| IBM Multi-Storage Tower Model 105 7131-405 |X| IBM Multi-Storage Tower Model 405 7133-010 |X| IBM Serial Storage Architecture (SSA) Disk Subsystem | | Model 010 7133-020 |X| IBM Serial Storage Architecture (SSA) Disk Subsystem | | Model 020 7133-500 |X| IBM Serial Storage Architecture (SSA) Disk Subsystem | | Model 500 7133-600 |X| IBM Serial Storage Architecture (SSA) Disk Subsystem | | Model 600 7133-D40 |X| IBM Serial Disk System Advanced Model D40 7133-T40 |X| IBM Serial Disk System Advanced Model T40 7134-010 |X| High Density SCSI Disk Subsystem 7135-210 |X| IBM RAIDiant Array Model 210 7137-412 |X| IBM Disk Array Subsystem Model 412 7137-413 |X| IBM Disk Array Subsystem Model 413 7137-414 |X| IBM Disk Array Subsystem Model 414 7137-415 |X| IBM Disk Array Subsystem Model 415 7137-512 |X| IBM Disk Array Subsystem Model 512 7137-513 |X| IBM Disk Array Subsystem Model 513 7137-514 |X| IBM Disk Array Subsystem Model 514 7137-515 |X| IBM Disk Array Subsystem Model 515 7203-001 |X| IBM RS/6000 External Portable Disk Drive Model 001 7204-001 |X| 1 GB Disk Drive 7204-010 |X| 1 GB Disk Drive 7204-112 |X| 1.1 GB Fast/Wide Disk Drive 7204-113 |X| IBM RS/6000 External Disk Drive Model 113 7204-114 |X| IBM RS/6000 External Disk Drive Model 114 7204-118 |X| IBM 7204 18.2 GB External Disk Drive Model 118 7204-139 |X| IBM RS/6000 External Disk Drive Model 139 7204-215 |X| 2 GB Differential Disk Drive 7204-315 |X| IBM RS/6000 External Disk Drive Model 315 7204-317 |X| IBM RS/6000 External Disk Drive Model 317 7204-320 |X| 320 MB Disk Drive 7204-325 |X| IBM RS/6000 External Disk Drive Model 325 7204-339 |X| IBM RS/6000 External Disk Drive Model 339 7204-402 |X| IBM External Disk Drive Model 402 7204-404 |X| IBM External Disk Drive Model 404 7204-409 |X| IBM 9.1 GB External Disk Drive Model 409 7204-418 |X| IBM 7204-418 18GB DE External Disk Drive 7204-419 |X| IBM 18.2 GB External Disk Drive Model 419 7204-518 |X| IBM 7204 Model 518 18.3 GB External Disk Drive (through I/O drawer (7040-61D)) 7204-536 |X| IBM 7204 Model 536 36.7 GB External Disk Drive (through I/O drawer (7040-61D)) | | ---------+-+--------DISPLAYS------------------------- - - - - -|-|- - - - - - - - - - - - - - - - - - - - - 6546-00E |X| G52 Display 6546-00N |X| G52 Display 6546-01E |X| G52 Display 6546-01S |X| G52 Display 6546-0AE |X| G54 Display 6546-0AN |X| G54 Display 6546-0BE |X| G54 Display 6546-0BN |X| G54 Display 6546-0BS |X| G54 Display 6546-21N |X| G52 Display 6546-2BN |X| G54 Display 6546-31N |X| G52 Display 6546-4AN |X| G54 Display 6546-6BN |X| G54 Display 7315-C01 |X| Hardware Management Console   ---------+-+--------STORAGE NETWORK DEVICES---------------- - - - - -|-|- - - - BUS CONVERTER - - - - - - - - - - - - - 2108-G07 |X| IBM Storage Area Network Data Gateway Model G07 - - - - -|-|- - - - ROUTER- - - - - - - - - - - - - - 2108-R03 |X| IBM Storage Area Network Data Gateway Model R03 | | ---------+-+--------SCSI DEVICES--------------------------- - - - - -|-|- - - - - - - - - - - - - - - - - - - - - - - - 3995-063 |X| Optical Library Dataserver (2 Drives) 3995-163 |X| Optical Library Dataserver (4 Drives) 3995-A63 |X| Optical Library Dataserver (1 Drive) 3995-C60 |X| IBM Optical Library Dataserver 3995-C62 |X| IBM Optical Library Dataserver 3995-C64 |X| IBM Optical Library Dataserver 3995-C66 |X| IBM Optical Library Dataserver 3995-C68 |X| IBM Optical Library Dataserver 7209-003 |X| IBM Multifunction Optical Disk Drive Model 003 7210-025 |X| 4.7GB DVDRAM Drive | | ---------+-+--------TAPE--------------------------------- - - - - -|-|- - - - - - - - - - - - - - - - - - - - - - - 3490-C11 |X| IBM Magnetic Tape Subsystem Model C11 3490-C1A |X| IBM Magnetic Tape Subsystem Family Model C1A 3490-C22 |X| IBM Magnetic Tape Subsystem Model C22 3490-C2A |X| Magnetic Tape Subsystem 3490-E01 |X| IBM Magnetic Tape Subsystem Model E01 3490-E11 |X| IBM Magnetic Tape Subsystem Model E11 3490-F00 |X| IBM Magnetic Tape Subsystem Model F00 3490-F01 |X| IBM Magnetic Tape Subsystem Model F01 3490-F11 |X| IBM Magnetic Tape Subsystem Model F11 3490-F1A |X| Magnetic Tape Subsystem * 18/36 track, 3494 att, 1 drive, | | 2.4GB 3490-FC0 |X| IBM Rack Model FC0 3494-B10 |X| IBM TotalStorage Virtual Tape Server (VTS) Model B10 3494-B18 |X| IBM Magstar Virtual Tape Server Model B18 3494-B20 |X| IBM TotalStorage Virtual Tape Server (VTS) Model B20 3494-D10 |X| IBM Magstar Tape Library Model D10 3494-D12 |X| IBM Magstar Tape Library Model D12 3494-D14 |X| Tape Library Dataserver (Tape Drive Unit) 3494-HA1 |X| IBM Magstar 3494 High Availability Unit Model HA1 3494-L10 |X| IBM Magstar Tape Library Model L10 3494-L12 |X| IBM Magstar Tape Library Model L12 3494-L14 |X| IBM Magstar Tape Library Model L14 3494-S10 |X| IBM Magstar Tape Library Model S10 3570-B00 |X| IBM Magstar MP Tape Subsystem Model B00 3570-B01 |X| IBM Magstar MP Tape Subsystem Model B01 3570-B02 |X| IBM Magstar MP Tape Subsystem Model B02 3570-B11 |X| IBM Magstar MP Tape Subsystem Model B11 3570-B12 |X| IBM Magstar MP Tape Subsystem Model B12 3570-B1A |X| IBM Magstar MP Tape Drive Model B1A 3570-C00 |X| IBM Magstar MP Tape Drive Model C00 3570-C01 |X| IBM Magstar MP Tape Drive Model C01 3570-C02 |X| IBM Magstar MP Tape Drive Model C02 3570-C11 |X| IBM Magstar MP Tape Drive Model C11 3570-C12 |X| IBM Magstar MP Tape Drive Model C12 3575-L06 |X| IBM Magstar MP Tape Library Dataserver Model L06 3575-L12 |X| IBM Magstar MP Tape Library Dataserver Model L12 3575-L18 |X| IBM Magstar MP Tape Library Dataserver Model L18 3575-L24 |X| IBM Magstar MP Tape Library Dataserver Model L24 3575-L32 |X| IBM Magstar MP Tape Library Dataserver Model L32 3580-H11 |X| Linear Tape Open (LTO) Bridge Box (HVD) 3580-H23 |X| IBM TotalStorage Ultrium 2 Tape Drive 3580-L11 |X| Linear Tape Open (LTO) Bridge Box (LVD) 3580-L23 |X| IBM TotalStorage Ultrium 2 Tape Drive 3581-H17 |X| Linear Tape Open (LTO) Autoloader (HVD) 3581-L17 |X| Linear Tape Open (LTO) Autoloader (LVD) 3581-H23 |X| IBM TotalStorage Ultrium 2 Tape Autoloader 3581-L23 |X| IBM TotalStorage Ultrium 2 Tape Autoloader 3583-L18 |X| Linear Tape Open (LTO) Tape Library - Scalable 3583-L36 |X| Linear Tape Open (LTO) Tape Library - Scalable 3583-L72 |X| Linear Tape Open (LTO) Tape Library - Scalable 3584-D22 |X| IBM TotalStorage UltraScalable Tape Library | | 3584 Model D22 Expansion Frame 3584-D32 |X| IBM Ultrium 3584 Ultra-Scalable Tape Library - Base Frame 3584-D42 |X| IBM UltraScalable Tape Library Model D42 3584-D52 |X| IBM TotalStorage UltraScalable Tape Library | | 3584 Model D52 Expansion Frame 3584-HA1 |X| IBM TotalStorage 3584 High Availability Frame Model HA1 3584-L22 |X| IBM TotalStorage UltraScalable Tape Library | | 3584 Model L22 Base Frame 3584-L32 |X| IBM Ultrium 3584 Ultra-Scalable Tape Library - Expansion | | Frame 3584-L52 |X| IBM TotalStorage UltraScalable Tape Library | | 3584 Model L52 Base Frame 3590-B11 |X| IBM Magstar Tape Subsystem Model B11 3590-B1A |X| IBM Magstar Tape Subsystem Model B1A 3590-C12 |X| IBM Magstar Silo Compatible Frame Model C1A 3590-E11 |X| Magstar Tape Subsystem 3590-E1A |X| Magstar Tape Subsystem 3590-H11 |X| IBM TotalStorage Enterprise Tape Drive 3590 Model H11 3590-H1A |X| IBM TotalStorage Enterprise Tape Drive 3590 Model H1A 7205-311 |X| IBM 35 GB External Digital Linear Tape Drive Model 311 7205-440 |X| IBM 7205 Model 440 40 GB External Digital Linear Tape | | Drive 7206-005 |X| IBM External 4MM Tape Drive Model 005 7206-110 |X| IBM 12GB External 4MM DDS-3 Tape Drive Model 110 7206-220 |X| IBM 20GB External 4MM DDS-4 Tape Drive Model 220 7206-VX2 |X| IBM 7206 Model VX2 External Tape Drive 7207-011 |X| IBM RS/6000 1/4-inch External Cartridge Tape Drive Model | | 011 7207-012 |X| IBM RS/6000 1/4-inch External Cartridge Tape Drive Model | | 012 7207-122 |X| IBM 4GB External SLR5 QIC Tape Drive Model 122   |6| X = SUPPORTED DEVICE |7| |1| MT-MOD | | DESCRIPTION ---------|-|------------------------------------------------ 7207-315 |X| IBM RS/6000 13GB 1/4-inch Tape Drive Model 315 7208-011 |X| IBM External 8MM Tape Drive Model 011 7208-341 |X| IBM 20GB External 8MM Tape Drive Model 341 7208-345 |X| IBM 7208 Model 345 60GB External 8MM Tape Drive 7331-205 |X| IBM 8MM Tape Library Model 205 7331-305 |X| IBM 8MM Tape Library Model 305 7332-005 |X| IBM 4MM DDS-2 Tape Autoloader Model 005 7332-110 |X| IBM 4MM DDS-3 Tape Cartridge Autoloader Model 110 7332-220 |X| IBM 4MM DDS-4 Tape Cartridge Autoloader Model 220 7334-410 |X| IBM 7334 Model 410 8MM Tape Library (MAM2 4x30) 7336-205 |X| IBM 4MM Tape Library Model 205 7337-305 |X| IBM Digital Linear Tape Library Model 305 7337-306 |X| IBM Digital Linear Tape Library Model 306 7337-360 |X| IBM 7337 Digital Linear Tape Library Model 360 | | ---------+-+--------EXPANSION CABINETS------------------------------- - - - - -|-|- - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2032-C36 |X| McDATA Model 0C3 FC-512 Cabinet for McDATA Directors and | | Fabric Switch 2042-C40 |X| Inrange 40U Cabinet 7012-G02 |X| Expansion Cabinet 7014-S00 |X| 1.6 Meter System Rack - 32U 7014-T00 |X| 1.8 Meter System Rack - 36U 7014-T42 |X| 2.0 Meter System Rack - 42U 7015-R00 |X| 1.6 Meter System Rack - 32U 7040-61D |X| I/O Drawer 7040-61R |X| System Rack Feature Availability Matrix The following feature availability matrix for MT 7040 uses the letter "A" to indicate features that are available and orderable on the specified models. "S" indicates a feature that is supported on the new model during a model conversion; these features will work on the new model, but additional quantities of these features cannot be ordered on the new model; they can only be removed. "N" indicates that the feature is not supported on the new model and must be removed during the model conversion. As additional features are announced, supported, or withdrawn, this list will be updated. Please check with your Marketing Representative for additional information. |6| A = AVAILABLE S = SUPPORTED |7| N = NOT SUPPORTED, MUST BE REMOVED |1| FEAT/PN | | DESCRIPTION --------|-|---------------------------------------------------- 0986 |A| CCS Customer Service Specify (US) 2623 |S| 4.7 GB SCSI-2 DVD-RAM Drive (Black Bezel) 2624 |S| 32X (Max) SCSI-2 CD-ROM Drive 2634 |S| 16X/48X(max) IDE DVD-ROM Drive 2934 |A| Asynchronous Terminal/Printer Cable EIA-232 2943 |A| 8-Port Asynchronous Adapter EIA-232/RS-422, PCI bus 2944 |S| 128-Port Asynchronous Controller, PCI bus 3155 |S| Diskette Drive Cable 3255 |S| Operator Panel Attachment Cable 3627 |S| IBM P76/P77 Color Monitor, Business Black, Captured Cable 3628 |S| IBM P260/P275 Color Monitor, Business Black, and Cable 3637 |A| IBM T541H/L150p 15" TFT Color Monitors, Business Black, | | Captured Cable 3638 |S| IBM C220p 21-inch Color Monitor, Business Black, and Cable 3639 |S| IBM ThinkVision L170p Flat Panel Monitor 3640 |A| IBM ThinkVision L171p Flat Panel Monitor 3642 |A| ThinkVision L191p Flat Panel Monitor 4181 |S| 8GB Memory Card, Inward Facing 4183 |S| 16GB Memory Card, Inward Facing 4188 |S| 32GB Memory Card, Inward Facing 4196 |S| 4GB Memory Card, Inward Facing 4253 |A| SCSI-to-IDE Interface Bridge 4468 |A| 64GB Memory Card, 633MHz, Inward Facing 4472 |A| 32GB Memory Card, 633MHz, Inward Facing 4480 |A| 4GB Memory Card, 567MHz, Inward Facing 4482 |A| 8GB Memory Card, 567MHz, Inward Facing 4484 |A| 16GB Memory Card, 567MHz, Inward Facing 4486 |S| 32GB Memory Card, 567MHz, Inward Facing 4488 |S| 64GB Memory Card, 567MHz, Inward Facing 4618 |A| Drawer Placement Indicator, 18U Position, Primary Rack 4651 |A| Rack Indicator, Rack #1 4652 |A| Rack Indicator, Rack #2 4653 |A| Rack Indicator, Rack #3 4654 |A| Rack Indicator, Rack #4 4655 |A| Rack Indicator, Rack #5 4656 |A| Rack Indicator, Rack #6 4657 |A| Rack Indicator, Rack #7 4658 |A| Rack Indicator, Rack #8 4659 |A| Rack Indicator, Rack #9 4660 |A| Rack Indicator, Rack #10 4661 |A| Rack Indicator, Rack #11 4662 |A| Rack Indicator, Rack #12 4663 |A| Rack Indicator, Rack #13 4664 |A| Rack Indicator, Rack #14 4665 |A| Rack Indicator, Rack #15 4666 |A| Rack Indicator, Rack #16 4962 |S| 10/100 Mbps Ethernet PCI Adapter II 5005 |A| Software Preinstall 5247 |S| 4-Way POWER4+ Processor with 128MB L3 Cache 5248 |A| 8-Way POWER4+ Processor with 128MB L3 Cache 5251 |S| Processor Clock Card, Programmable 5253 |S| 4-Way POWER4 Processor with 128 MB L3 Cache 5256 |S| 8-Way POWER4 Processor with 128 MB L3 Cache 5723 |A| 2 Port Asynchronous EIA-232 PCI Adapter 5752 |A| 4.7 GB SCSI DVD-RAM Drive 6120 |A| IBM 80/160 GB Internal Tape Drive with VXA Technology 6158 |A| 20/40GB 4mm Internal Tape Drive 6161 |S| Cable Group, Power Controller to CEC and Fans 6162 |S| Interface Cable, Service Processor to Power Subsystem 6170 |S| Power Converter Assembly, Central Electronics Complex 6181 |S| Power Cable Group, CEC to Power Controller, First Processor | | Module 6182 |A| Power Cable Group, CEC to Power Controller, Second | | Processor Module 6189 |A| DC Power Converter, CEC, Additional 6198 |A| Capacitor Book, Two Processor Modules 6404 |S| Support Processor with Remote I/O Loop Attachment, Two Loops 6410 |A| Remote I/O Loop Adapter, Four Loop 6418 |A| Support Processor with Remote I/O-2 (RIO-2) Loop | | Attachment, Two Loops 6419 |A| Remote I/O-2 (RIO-2) Loop Adapter, Four Loop 7043 |A| 32GB 633MHz CUoD Memory Card, Inward Facing, 16GB Active 7050 |A| 16GB 567MHz CUoD Memory Card, Inward Facing, 8GB | | Active 7054 |S| 32GB 567MHz CUoD Memory Card, Inward Facing, 16GB | | Active 7060 |A| 4GB CUoD Memory Activation for Feature #7050 and #7051 7061 |A| 4GB CUoD Memory Activation for Feature #7054 and #7055 7064 |A| 4GB CUoD Memory Activation for Feature #7043 and #7045 7316 |S| Hardware Management Console II, Black 7400 |A| 8-Way POWER4+ CUoD Processor with 128MB L3 Cache, | | 4-Way Active 7401 |A| 8-Way POWER4+ CUoD Processor with 128MB L3 Cache, 0-Way 7402 |S| 8-Way POWER4 CUoD Processor with 128MB L3 Cache, 4-Way Active 7410 |A| Two Processor Activation for CUoD Processor Feature | | #7400 7412 |A| Two Processor Activation for CUoD Processor Feature #7402 7420 |A| On/Off CoD 30-Day Two Processor Activation for | | Processor Feature #7400 7422 |A| On/Off CoD 30-Day Two Processor Activation for | | Processor Feature #7402 7779 |A| OEM Publications for IBM Logo Product 8120 |A| Attachment Cable, Hardware Management Console to Host, | | 6-Meter 8121 |A| Attachment Cable, Hardware Management Console to Host, | | 15-Meter 8131 |A| 128-Port Asynchronous Controller Cable, 4.5 Meter 8132 |A| 128-Port Asynchronous Controller Cable, 23cm (9-Inch) 8133 |A| RJ-45 to DB-25 Converter Cable 8137 |S| Enhanced Remote Asynchronous Node 16-Port EIA-232 8692 |S| Media Drawer, Operator Panel, Diskette 8700 |A| Quiet Touch Keyboard - Business Black, US English, #103P 8701 |A| Quiet Touch Keyboard - Business Black, French, #189 8702 |A| Quiet Touch Keyboard - Business Black, Italian, #142 8703 |A| Quiet Touch Keyboard - Business Black, German/Austrian, #129 8704 |A| Quiet Touch Keyboard - Business Black, UK English, #166 8705 |A| Quiet Touch Keyboard - Business Black, Spanish, #172 8706 |A| Quiet Touch Keyboard - Business Black, Japanese, #194 8729 |A| Quiet Touch Keyboard - Business Black, LA Spanish, #171 8735 |A| Quiet Touch Keyboard - Business Black, French Canadian, #445 8738 |A| Quiet Touch Keyboard - Business Black, Russian, #443 8740 |A| Quiet Touch Keyboard - Business Black, US English ISO9995, | | #103P 9004 |A| Southern Hemisphere Designator for Monitors 9300 |A| Language Group Specify - US English 9670 |S| Manufacturing Optimization Indicator 9703 |A| Language Group Specify - French 9704 |A| Language Group Specify - German 9705 |A| Language Group Specify - Polish 9707 |A| Language Group Specify - Portuguese 9708 |A| Language Group Specify - Spanish 9711 |A| Language Group Specify - Italian 9712 |A| Language Group Specify - Canadian French 9714 |A| Language Group Specify - Japanese 9715 |A| Language Group Specify - Traditional Chinese (Taiwan) 9716 |A| Language Group Specify - Korean 9718 |A| Language Group Specify - Turkish 9719 |A| Language Group Specify - Hungarian 9720 |A| Language Group Specify - Slovakian 9721 |A| Language Group Specify - Russian 9722 |A| Language Group Specify - Simplified Chinese (PRC) 9724 |A| Language Group Specify - Czech 9800 |A| Power Cord Specify - United States/Canada 9802 |A| Power Cord Specify - Brazil (125V, 15A) 9820 |A| Power Cord Specify - Belgium, Finland, France (250V, 16A) 9821 |A| Power Cord Specify - Denmark (250V, 10A) 9825 |A| Power Cord Specify - United Kingdom (250V, 13A) 9827 |A| Power Cord Specify - Israel (250V, 6-16A) 9828 |A| Power Cord Specify - Switzerland (250V, 10A) 9829 |A| Power Cord Specify - South Africa/Pakistan (250V, 16A) 9830 |A| Power Cord Specify - Italy (250V, 10A and 16A) 9831 |A| Power Cord Specify - Argentina (250V, 10A) 9833 |A| Power Cord Specify - Thailand (250V, 15A) 9834 |A| Power Cord Specify - Uruguay (250V, 10A) Model Conversions None. Feature Conversions -- pSeries 670 Model 671 Customers with installed pSeries 670 (7040-671) systems may increase the processing power or memory of their systems via feature conversions. Such conversions are accomplished by replacing the system's existing processor or memory with processors or memory operating at higher speeds or having greater capacity. The existing pSeries 670 components being replaced become the property of IBM and must be returned. Feature conversions are always implemented on a "quantity of one for quantity of one" basis. Multiple existing features may not be converted to a single new feature. Single existing features may not be converted to multiple new features. The following feature conversions are available for the 7040-671: From To 5253 - 1.1 GHz 4-way MCM/L3 5256 - 1.1 GHz 8-way MCM/L3 5253 - 1.1 GHz 4-way MCM/L3 5248 - 1.5 GHz 8-way MCM/L3 5256 - 1.1 GHz 8-way MCM/L3 5248 - 1.5 GHz 8-way MCM/L3 5247 - 1.5 GHz 4-way MCM/L3 5248 - 1.5 GHz 8-way MCM/L3 5253 - 1.1 GHz 4-way MCM/L3 7402 - 1.1 GHz 4/8-way CUoD MCM/L3 5253 - 1.1 GHz 4-way MCM/L3 7400 - 1.5 GHz 4/8-way CUoD MCM/L3 7402 - 1.1 GHz 4/8-way CUoD MCM/L3 7400 - 1.5 GHz 4/8-way CUoD MCM/L3 5247 - 1.5 GHz 4-way MCM/L3 7400 - 1.5 GHz 4/8-way CUoD MCM/L3 7412 - 1.1 GHz CUoD 2-way Activation 7410 - 1.5 GHz CUoD 2-way Activation 4196 - 4 GB 500 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4183 - 16 GB 500 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4188 - 32 GB 500 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4480 - 4 GB 567 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4482 - 8 GB 567 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4484 - 16 GB 567 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4486 - 32 GB 567 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 4488 - 64 GB 567 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4183 - 16 GB 500 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4188 - 32 GB 500 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4482 - 8 GB 567 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4484 - 16 GB 567 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4486 - 32 GB 567 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4488 - 64 GB 567 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 4472 - 32 GB 633 MHz Memory Inward 4181 - 8 GB 500 MHz Memory Inward 7043 - 32 GB 633 MHz CUoD Memory 4181 - 8 GB 500 MHz Memory Inward 4468 - 64 GB 633 MHz Memory Inward 4183 - 16 GB 500 MHz Memory Inward 4188 - 32 GB 500 MHz Memory Inward 4183 - 16 GB 500 MHz Memory Inward 4486 - 32 GB 567 MHz Memory Inward 4183 - 16 GB 500 MHz Memory Inward 4488 - 64 GB 567 MHz Memory Inward 4484 - 16 GB 567 MHz Memory Inward 4486 - 32 GB 567 MHz Memory Inward 4484 - 16 GB 567 MHz Memory Inward 4488 - 64 GB 567 MHz Memory Inward 4188 - 32 GB 500 MHz Memory Inward 4488 - 64 GB 567 MHz Memory Inward 4486 - 32 GB 567 MHz Memory Inward 4488 - 64 GB 567 MHz Memory Inward 4196 - 4 GB 500 MHz Memory Inward 7050 - 8/16 GB 567 MHz MOD Memory Inward 4196 - 4 GB 500 MHz Memory Inward 7054 - 16/32 GB 567 MHz MOD Memory Inward 4181 - 8 GB 500 MHz Memory Inward 7054 - 16/32 GB 567 MHz MOD Memory Inward 7050 - 8/16 GB 567 MHz Memory Inward 7054 - 16/32 GB 567 MHz MOD Memory Inward 7060 - 8/16 GB MOD 4 GB Activation 7061 - 16/32 GB MOD 4 GB Activation   Back to top   Technical Description Physical Specifications Operating Environment Limitations Hardware Requirements Software Requirements pSeries 670 Central Electronics Complex -- (7040-671) The pSeries 670 provides outstanding 64-bit compute performance for the UNIX environment. It features SOI (silicon on insulator) copper chip technology, mainframe inspired logical partitioning (LPAR) and self- managing capabilities. Its features include: Excellent performance in 4-, 8-, or 16-way servers utilizing multi- chip modules (MCMs) each containing four or eight POWER4 or POWER4+ processors. Each MCM also contains 5.6 MB of L2 cache shared across the processors. High-performance ECC L3 cache of 128 MB per processor MCM. Excellent reliability, availability, and serviceability (RAS) providing: Dynamic processor de-allocation Error checking and correcting (ECC) system memory and cache I/O link failure recovery Disk drives and PCI cards that can be hot-swapped Environmental sensing Redundant Power and cooling Service processor for integrated system monitoring Concurrent diagnostics Logical partitioning (LPAR) of the system hardware into as many as sixteen partitions. Each logical partition operates under the control of it's own copy of the operating system. A minimum LPAR configuration requires one processor and 1 GB of system memory. PCI cards may be assigned to an LPAR on a slot by slot basis if required. Processor speeds and memory growth and I/O capabilities are enhanced over previous high-end pSeries products: The configuration can be expanded from a 4-way to a 16-way SMP processor operating at 1.1 GHz or 1.5 GHz speeds. Memory can be expanded up to 256 GB in 4 GB, 8 GB, 16 GB, 32 GB, or 64 GB increments. Internal I/O system scalability and expandability that supports up to three I/O drawers to provide: Industry-standard PCI or PCI-X subsystem supporting 32-bit and 64-bit adapters 20 blind-swap slots per drawer (60 total per system) 16 hot-plug capable Ultra3 SCSI bays per drawer (48 total per system) A redundant system power which provides a modular design that allows adding power regulators and power converters as required based on the system configuration. Industry recognized AIX 5L operating system license is included with each system. Open industry standards, such as Open Firmware based on IEEE P1275 standard. I/O Drawer -- (7040-61D) The 7040-61D I/O drawer provides PCI adapter slots and internal disk capabilities for use with pSeries servers such as the pSeries 670 (7040-671) or pSeries 690 (7040-681). The Model 61D is a 4U drawer which mounts in the 24-inch 7040-61R System Rack and connects to the system Central Electronics Complex via remote I/O cables. Each Model 61D I/O drawer provides twenty blind swap PCI slots and sixteen hot-swap disk bays. The Model 61D utilizes redundant power converters and power cabling to ensure high reliability and availability. It utilizes 350 V bulk power supplied from the 7040-61R system rack. System Rack -- (7040-61R) The 7040-61R System Rack provides space for mounting system drawer components for pSeries servers such as the pSeries 670 (7040-671) or pSeries 690 Central Electronics Complex (7040-681) and the 7040-61D I/O drawers. The Model 61R is a 24-inch rack which provides 42U of rack space. The 7040-61R incorporates a 350 V DC bulk power subsystem to provide power for the components within the rack. The bulk power subsystem incorporates redundant bulk power assemblies mounted in the front and rear sections of the top 8U of the rack. Physical Specifications pSeries 670 (7040-671) (single rack): Width: 79 cm (30.9 inches) (with acoustic rear door) 79 cm (30.9 inches) (with slim line rear door) Depth: 149 cm (58.8 inches) (with acoustic rear door) 134 cm (52.8 inches) (with slim line rear door) Height: 202 cm (79.7 inches) (with acoustic rear door) 202 cm (79.7 inches) (with slim line rear door) Weight: 1,184 kgs (2,605 lbs maximum) (with acoustic rear door) 1,170 kgs (2,574 lbs maximum) (with slim line rear door) Operating Environment Temperature: 16 to 32 degrees C (61 to 90 degrees F) Temperature with 4mm Tape or DVD RAM or DVD-ROM device in rear positions of the Media Drawer (#8692): Maximum of 24C (75.2F). Temperature with VXA Tape in front positions of Media Drawer (#8692) without Primary Integrated Battery Backup (#6200) or Redundant Integrated Battery Backup (#6201) installed in system: Maximum operating temperature of 28 C (82.4 F). Refer to the 7040 System Planning Guide for additional details. Relative Humidity: 8% to 80% Maximum Wet Bulb: 23 degrees C (73 degrees F) Sound Power: 7.5 bels (operating/idling with acoustic covers) 7.9 bels (operating/idling with slim line covers) Sound Pressure: 57 dBa (operating/idling with acoustic covers) 62 dBa (operating/idling with slim line covers) Maximum Altitude: System: 3,040 meters (10,000 ft) Server with DVD-R, DVD-R/W/CD-R, or CD-R/W media installed in the rear positions of the media drawer (#8692): 2,134 meters (7,000 ft) Power Requirements Operating voltage @ 50/60 Hz: (3-phase) 200 to 240 V AC 380 to 415 V AC 480 V AC Operating voltage @ 50/60Hz (Single-phase): 200 to 415V AC Electrical output: 15,400 watts (maximum) Power source loading: 6.7 kVA (maximum configuration) Thermal Output: 6,670 joules/sec (22,800 Btu/hr) (maximum configuration, 16-way CEC) EMC Conformance Classification This equipment is subject to FCC rules and it shall comply with the appropriate FCC rules before final delivery to the buyer or centers of distribution. U.S. - FCC CFR47 Part 15 Class A Europe - CISPR 22 Class A; "CE" Mark of Conformity Japan - VCCI-1 Korea - Korean Requirement Class A Homologation: Telecom Environmental Testing (Safety and EMC) Homologation approval for specific countries has been initiated with the IBM Homologation and Type Approval (HT&A) organization in LaGaude. This IBM pSeries model and applicable features meet the environmental testing requirements of the country TELECOM and have been designed and tested in compliance with the Full Quality Assurance Approval (FQAA) process as delivered by the British Approval Board for Telecom (BABT), the U.K. Telecom Regulatory authority. Product Safety/Country Testing/Certification U.S.: UL Canada: CNL (CSA or cUL) Germany/Europe: GS Mark (Safety, TUV, EN60 950) General Requirements The pSeries 670 is in compliance with IBM Corporate Bulletin C-B 0-2594-000 Statement of Conformity of IBM Product to External Standard (Suppliers Declaration). Limitations pSeries 670 Central Electronics Complex (CEC) (7040-671) The pSeries 670 CEC (7040-671) is a 17U-tall, 24-inch, rack-mounted device. It houses the system processors, memory, system support processor, I/O drawer connection capability, and associated components. It is installed with the bottom of the drawer at placement indicator (#4418), the 18U position of the 7040-61R rack. The p670 is powered by one or two multi-chip processor modules. Each Multi-Chip Module (MCM) contains either four or eight processors. The p670 is available in 4-, 8-, or 16-way configurations of 1.1 GHz, POWER4 processors or 1.5 GHz POWER4+ processors (4 or 8 processors per MCM). The following configurations are supported: One - 4-way POWER4 or POWER4+ MCM with 128 MB L3 Cache One - 8-way POWER4 or POWER4+ MCM with 128 MB L3 Cache Two - 8-way POWER4 or POWER4+ MCMs with 128 MB L3 Cache All processors in a p670 must operate at the same speed. Each processor contains 32 KB of data cache and 64 KB of instruction cache. Each processor MCM contains by 5.6 MB of Level 2 cache which is shared between the processors. This provides 1.44 MB of L2 cache per processor for four processor MCMs and 0.72 MB of L2 cache per processor for eight processor MCMs. Each installed processor MCM is supported with 128 MB of Level 3 cache. A programmable processor clock card (#5251) is required to provide system and processor clocking. p670 processor MCMs require one capacitor book (#6198) to operate. p670 servers with 1.5 GHz POWER4+ processors must be equipped with feature Support Processor with Remote I/O-2 (RIO-2) Loop Attachment (#6418). The p670 utilizes redundant power throughout it's design. It implements redundant bulk power assemblies, bulk power regulators, power controllers, power distribution assemblies, DC power converters and associated cabling. Power for the p670 CEC is supplied from DC bulk power assemblies in the 7040-61R rack. The bulk power is converted to the power levels required for the CEC via DC power convertors. Two DC power converters (#6170) and attachment cables (#6181 and #6161) are required for the CEC and the first processor MCM, memory, and miscellaneous CEC components. The addition of a second MCM requires an additional DC power converter (#6189) and cable group (#6182). One Media Drawer (#8692) is required for each p670 server. The media drawer is a 1U rack drawer which is located directly below the CEC at the 17U location of the 7040-61R rack. It incorporates the system operator panel, a diskette drive, and up to four media devices. The media drawer is split into two separate sections. The front section houses the system operator panel, a diskette drive, and two media bays. Utilization of the rear section is optional to provide space for two additional media devices if desired. The front and rear sections of the media drawer must be connected to separate ports on SCSI PCI adapters in the first 7040-61D I/O drawer which is located in drawer position #4609. When connecting to a SCSI adapter with a 68 pin P-style connector the I/O drawer to media drawer SCSI cable #2122 is used. When connecting to a SCSI adapter with a Mini-68 pin VHDCI connector converter cable #2118 is used in conjunction with #2122. The SCSI adapters and cables for this attachment are ordered with the first 7040-61D I/O drawer. Power for each half of the media drawer is provided by the first I/O drawer via one or two I/O Drawer to Media Drawer Power Cables (#6179) ordered with the 7040-61D I/O drawer. One media device capable of reading CD-ROM media is required for each p670 system. The 4-mm tape drive (#6158) is allowed in the rear bays of the media drawer only if the operating environment is maintained at 24 degrees C (75.2 degrees F) or below and only on systems installed at 2,134 meters (7,000 ft) altitude or below. The DVD-RAM drive (#2623), CD-ROM drive (#2624), and DVD-ROM drive (#2634) are limited to systems without Primary Integrated Battery Backup (#6200) or Redundant Integrated Battery Backup (#6201) when installed in the Media Drawer (#8692) rear bay locations. The IBM 80/160 GB Internal Tape Drive with VXA Technology (#6120) is limited to systems without Primary Integrated Battery Backup (#6200) or Redundant Integrated Battery Backup (#6201) installed, Media Drawer (#8692) front bay locations only, and a maximum system ambient operating temperature of 28 degrees C (82.4 F) at a maximum operating altitude of 2,134 m (7,000 ft). Lower altitude have higher maximum ambient operating temperatures. Refer to the 7040 System Planning Guide for additional details. USB keyboards supporting various language groups can be ordered with the 7040-61D I/O Drawer for use with native-attached displays on the pSeries 670. A three-button USB mouse connects to the USB keyboard. Memory The pSeries 670 has four memory slots. These memory slots utilize inward facing memory cards. The number of active memory positions on a p670 system is related to the number of populated MCM locations. Two memory positions are activated for each MCM installed. The first MCM installed activates the first and second inward facing memory positions. The second MCM installed activates the third and fourth inward facing memory positions. Minimum system memory is 4 GB. Maximum system memory is 256 GB. Memory is available in 4 GB, 8 GB, 16 GB, 32 GB, and 64 GB increments. Memory is available in 500 MHz and 567 MHz speeds. 500 MHz and 567 MHz memory can be simultaneously installed in a 7040-671 server. In this configuration all memory will perform at 500 MHz. 500 MHz memory allows maximum memory subsystem performance for 7040-671 servers with POWER4 or POWER4+ processor MCMs operating at speeds up to 1.5 GHz. The following memory configuration considerations are recommended to ensure the best performance is obtained for the pSeries 670 system: Memory should be installed in identical pairs. All activated memory locations should be populated with memory cards. Memory sizes should be balanced as closely as possible across all populated MCM locations. The following memory configurations (in GB) are supported on the p670. The configurations are based on the number of processor MCMs installed and the total systems memory required: GB Mem MCM MCM ------ ----- ----- One MCM 4 4+0 installed 8 4+4 8(1) 8+0 16 8+8 32 16+16 64 32+32 128 64+64 Two MCMs 8 4+4 0+0 installed 16 4+4 4+4 16(1) 8+8 0+0 24 8+8 4+4 32 8+8 8+8 48 16+16 8+8 64 16+16 16+16 96 32+32 16+16 128 32+32 32+32 192 64+64 32+32 256 64+64 64+64 Note: (1) This memory configuration is valid but is not recommended. Please review application performance implications before ordering this memory configuration. The above configuration table applies to Capacity Upgrade on Demand (CUoD) memory cards as well as conventional memory cards. Utilize maximum card capacity when applying the above configuration rules to CUoD memory cards: Partially activated 16 GB CUoD memory cards apply 16 GB configuration rules. Partially activated 32 GB CUoD memory cards apply 32 GB configuration rules. For additional information regarding the effect of memory card placement and balancing on system performance review the Configuring p670 for Performance white paper. IBM recommends systems configured with 4 GB of memory, or greater, to have access to a 4-mm or 8-mm tape drive for submission of system dump information, if required. This function may be accomplished via locally attached or network attached devices as appropriate. Logical Partitioning (LPAR) The pSeries 670 can be divided into as many as 16 logical partitions. System resources can be dedicated to each LPAR. p670 servers configured with Support Processor with Remote I/O Loop Attachment (#6404) can support up to 16 LPARs maximum p670 servers configured with Support Processor with Remote I/O-2 (RIO-2) Loop Attachment (#6418) can support up to 16 LPARs maximum. LPAR allocation, monitoring, and control is provided by the Hardware Management Console. Each LPAR functions under it's own instance of the operating system. A minimum of one processor is required per LPAR. A minimum of 1 GB of system memory is required per LPAR While it is not required, 4 GB of system memory is recommended per LPAR to ensure adequate memory is available.. I/O adapters in PCI slots may be allocated to an LPAR on an individual slot basis. Integrated Ultra3 SCSI controllers located in the 7040-61D I/O drawers may be individually allocated to an LPAR. These integrated SCSI adapters each support one 4-pack disk backplane. While it is not mandatory, consideration should be given to allocating one half of a 7040-61D I/O drawer for each LPAR. This would provide one 10-slot PCI or PCI-X planar, two integrated SCSI controllers, and two 4-Pack SCSI disk backplanes to the LPAR. This will help to ensure balanced I/O bandwidth for the LPAR configurations. Systems with CUoD features do not support the Affinity Logical Partitioning option. IBM Hardware Management Console for pSeries The IBM Hardware Management Console for pSeries (HMC) provides a set of functions that are necessary to manage the pSeries 670 LPAR configurations. These functions include: Create and store LPAR profiles which define the processor, memory, and I/O resources allocated to an individual partition. Starting, stopping, and resetting a system partition. Boot a partition or system by selecting a profile. Display system and partition status. Displaying the contents of a virtual operator panel for each partition or controlled system. The following Hardware Management Consoles can be used to control a p670 server: HMC feature #7315 purchased with a 7040-681 server HMC feature #7316 purchased with a 7040-671 or 7040-681 server IBM 7315-C01 Hardware Management Console The HMC also provides a service focal point for the systems it controls. It is connected to the support (service) processor of the system via a dedicated serial link. The HMC provides tools for problem determination and service support, such as call-home and error log notification through an analog phone line. The HMC is a dedicated function device. It is utilized only for the control and service functions of the pSeries servers it serves. It is not available for use as a general purpose computing resource. Each HMC must be configured with a graphics display and a keyboard. Various native language keyboards are available for the HMC. However, the HMC displays menus and control information in English regardless of the keyboard utilized. The number of servers an HMC can control is dependent on the particular HMC and the server environment. HMC feature #7315 (ordered with a 7040-681 server) can control up to four pSeries servers in a non-clustered environment. The 7315-C01 HMC or HMC feature #7316 (ordered with a 7040-671 or 681 server) can control the following numbers of servers in a non-clustered environment: 12 pSeries 670 and/or p690 servers with up to 64 LPARS or 16 pSeries 655 servers with up to 32 LPARS or 16 pSeries 630 or pSeries 650 servers with up to 64 LPARS or 16 pSeries servers and 64 LPARS in a mixed server environment. A mixed server environment can contain a combined maximum of eight p670 and/or p690 servers. Information regarding HMC control of clustered servers can be found in the "Scaling Statement" section of the Family 9078+01 IBM eServer Cluster 1600, 9078-160 sales manual. If redundant HMC function is desired, the pSeries 670 can be attached to two separate hardware management consoles. An Ethernet connection between the HMC and each active partition on the pSeries server is recommended for all installations and required for dynamic LPAR configurations. This connection is utilized to provide: Additional systems management such as WebSM management of AIX in the individual partitions. Collection and passing of hardware service events to the HMC for automatic notification of error conditions to IBM. Total system inventory collection. The HMC provides two integrated serial ports. One serial port is required for each pSeries server controlled by the HMC. An additional serial port is required for modem attachment if the Service Agent call- home function is implemented. When more than two serial ports are required 8-port (#2943) and 128-port (#2944) asynchronous adapters should be utilized. Note: 128-Port Asynchronous Adapters are not supported on the #7315 HMC. Up to two 8-port or 128-port asynchronous adapters are allowed per HMC. System Control Each p670 CEC must be connected to a Hardware Management Console (HMC) for system control, LPAR (logical partitioning), Capacity Upgrade on Demand, and service functions. The HMC is capable of supporting multiple p670 systems. The p670 provides two special async ports special dedicated for HMC attachment. The connectors on these ports are differentiated from standard async ports by providing a 9-pin female connector vs the standard 9-pin male connector. The connection between the HMC and the p670 CEC is through cables available in 6-meter (#8120) and 15-meter (#8121) lengths. The p670 also provides two async ports which are available for attachment of ASCII terminals and devices. These two async ports are under the control of the system's service processor and are not available for functions such as HACMP heartbeat cabling or UPS control which require fully dedicated ports. The service processor menus may be accessed through an ASCII terminal attached to one of the async ports or via an internal firmware controlled "wrap" connection to the HMC. When not in use for accessing service processor menus the async ports are available for general purpose uses which do not require dedicated ports. I/O Drawers The pSeries 670 utilizes the 7040-61D I/O drawer for directly attached PCI or PCI-X adapters and SCSI disk capabilities. The p670 requires a minimum of one 7040-61D drawer; a maximum of 3 I/O drawers can be attached. Each 7040-61D I/O drawer is divided into two separate halves. Each half contains ten blind-swap PCI or PCI-X slots and two Ultra3 SCSI 4-pack back planes for a total of twenty PCI slots and sixteen hot-swap disk bays per drawer. The first 7040-61D I/O drawer ordered with a complete new build pSeries 670 server order may be configured with only one I/O planar (#6563 or #6571) and two SCSI 4-pack backplanes. An I/O drawer configured with a single PCI planar (#6563) is connected to the p670 CEC via two 2-meter RIO cables (#3149). The 0.5 meter RIO cable (#3145) is not required for this configuration. An I/O drawer configured with a single PCI-X planar (#6571) is connected to the p670 CEC via two 1.75-meter RIO-2 cables (#3156). A single planar I/O drawer may be updated in the future via MES. This update must include one additional I/O planar (#6563 or #6571) and two additional SCSI 4-pack backplanes (#6564). All other 7040-61D I/O drawers must be configured with two I/O planars and four SCSI 4-pack backplanes. p670 servers configured with a 7040-61D containing only one I/O planar (#6563 or #6571) are limited to a maximum of two media devices that must be mounted in the front half of the media drawer (#8692 One single-wide, blind-swap cassette (equivalent to those in feature #4599) is provided in each PCI or PCI-X slot of the 7040-61D. Cassettes not containing an adapter will be shipped with a "dummy" card installed to ensure proper environmental characteristics for the drawer. If additional single-wide, blind-swap cassettes are needed, feature #4599 should be ordered. All ten PCI or PCI-X slots on each I/O drawer planar are capable of supporting either 64-bit or 32-bit PCI or PCI-X adapters. Each #6563 planar provides seven 3.3V, 66 MHz, 64-bit PCI slots and three 5V, 32 MHz, 64-bit PCI slots. Each #6571 planar provides ten PCI-X slots capable of supporting 3.3V signaling PCI or PCI-X adapters operating at speeds up to 133 MHz. While it is not optimized, #6563 PCI and #6571 PCI-X planars may reside in the same 61D I/O drawer. Each I/O drawer planar incorporates two integrated Ultra3 SCSI adapters for direct attachment of the two 4-pack hot swap backplanes in that half of the drawer. These adapters do not support external SCSI device attachments. Each half of the 7040-61D I/O drawer is powered separately. I/O drawers occupy specific locations in the 7040-61R rack. Drawer placement is specified by the mounting location of the bottom of the drawer. Drawer placement is as follows: Drawer #1 - Placement indicator #4609 - 9U position of 7040-61R rack Drawer #2 - Placement indicator #4605 - 5U position of 7040-61R rack Drawer #3 - Placement indicator #4601 - 1U position of 7040-61R rack I/O Drawer Attachment 7040-61D I/O drawers are always connected to the p670 CEC via RIO (Remote I/O) or RIO-2 loops. 61D connections are always made in loops to help protect against a single point-of-failure resulting from an open, missing, or disconnected cable. p670 systems with non-looped configurations could experience degraded performance and serviceability. RIO loop connections operate at 500 MHz. RIO loops connect to the 7040-671 CEC via - Support Processor with Remote I/O Loop Attachment (#6404) (2 Loops) or Remote I/O Loop Adapter (#6410) (4 Loops). RIO-2 loop connections operate at 1 GHz. RIO-2 loops connect to the 7040-671 CEC 8 - Support Processor with Remote I/O-2 (RIO-2) Loop Attachment (#6418) (2 Loops) or Remote I/O-2 (RIO-2) Loop Adapter (#6419) (4 Loops). RIO loop attachment adapters (#6404 and #6410) are mutually exclusive with RIO-2 loop attachment adapters (#6418 and 6419). Up to three 7040-61D I/O drawers can be attached to the p670 depending on the server and attachment configuration. The Support Processor and Remote I/O Loop Attachment card (RIO #6404 or RIO-2 #6418) provides system control function as well as two RIO or RIO-2 loops for drawer attachment. The Remote I/O Loop Adapter (RIO #6410 or RIO-2 #6419) provides up to four additional RIO or RIO-2 loops. When utilizing RIO attachment the following number of I/O drawers are allowed per MCM: One MCM allows attachment of up to two I/O Drawers Two MCMs allow attachment of up to three I/O Drawers When utilizing RIO-2 attachment a maximum of four loops are available for I/O drawer attachment. The following table indicates the number of available I/O loops for each combination of MCMs vs loop attachment adapters available: Number With Only With One Of MCMs #6418 #6419 One 2 N/A Two 2 4 When utilizing RIO-2 loop attachment the number of drawers that can be attached to a 7040-671 server is as follows: Up to three I/O drawers if all are attached via single-loop mode. Up to two I/O drawers if all are attached via dual-loop mode. Up to three I/O drawers if two are attached in single-loop mode and one is attached in dual-loop mode. 7040-61D I/O drawers may be connected to the 7040-671 CEC in either single-loop or dual-loop mode. Dual-loop mode is recommended whenever possible as it provides the maximum bandwidth between the I/O drawer and the CEC. Single-loop mode connects an entire I/O drawer via one RIO or RIO-2 loop (2 ports) on the CEC. The two I/O planars in the I/O drawer are connected together via a short RIO or RIO-2 cable. Single-loop connection requires one loop (2 ports) per I/O drawer. Single-loop mode connection is required for I/O drawers containing two #6563 PCI Planars whether connected via RIO or RIO-2 ports on the Model 671 CEC. Single-loop mode is allowed for I/O drawers containing two #6571 PCI-X planars. However dual-loop mode is recommended for this configuration. Dual-loop mode connects each I/O planar in the drawer to the CEC separately. Dual-loop connection requires RIO-2 connection and is not available with RIO connection. Each I/O planar is connected to the CEC via a separate RIO-2 loops. Dual-loop connection requires two loops (4 ports) per I/O drawer. Dual-loop mode is required for I/O drawers containing one #6563 PCI I/O planar and one #6571 PCI-X I/O planar. Dual-loop mode is recommended for all I/O drawers containing two #6571 I/O planars. To aid in manufacturing it is recommended that initial p670 server orders containing both single and dual-looped drawers specify the single- looped drawers as the lowest numbered drawers in the configuration. #6563 PCI planars provide a RIO type cable connector for system attachment. When connecting to a CEC equipped with RIO ports 2 meter RIO cables (#3149) are used. When connecting to a CEC equipped with RIO-2 ports 3 meter RIO to RIO-2 cables (#3165) are used. Single-loop connection of two #6563 planars within an I/O drawer utilizes a 0.5 meter RIO cable (#3145) between the planars to complete the I/O loop. #6571 PCI-X I/O planars must be attached to the 7040-671 CEC via RIO-2 connections. RIO-2 connections for I/O drawers residing in the 7040-61R primary system rack are made via 1.75 meter RIO-2 cables (#3156). Single-loop connection of two #6571 planars within an I/O drawer utilize a 1.2 meter RIO-2 cable (#3146) between the planars to complete the I/O loop Disks and Boot Devices Minimum of two internal SCSI hard disks are required per p670 server. It is recommended that these disks be utilized as mirrored boot devices. These disks should be mounted in the first 7040-61D I/O drawer. This configuration provides service personnel the maximum amount of diagnostic information if the system encounters errors in the boot sequence. Boot support is also available from local SCSI, SSA, and Fibre Channel adapters, or from networks via ENET or token-ring adapters. The pSeries 670 does not support booting from FDDI adapters #2741 or #2742 located in 7040-61D I/O drawers. Consideration should also be given to the placement of AIX rootvg volume group in the first I/O drawer. This allows AIX to boot any time other I/O drawers are found offline during boot. If the boot source other than internal disk is configured, the supporting adapter should also be in the first I/O drawer. The p670 incorporates an Early Power Off Warning (EPOW) capability that assists in performing an orderly system shutdown in the event of a sudden power loss. IBM recommends use of the integrated battery backup features or an uninterruptible power system (UPS) to help ensure against loss of data due to power failures. Rack and Power The 7040-61R rack is a 24-inch rack with an integrated power subsystem to support the pSeries 670 system. It provides 42U of rack space. The 7040-61R rack can be utilized in multi-rack clusters. Rack indicators (such as #4651) will be used to identify the racks within the cluster and specify the desired rack in which to place various rack mounted components. When assigning rack indicators, the 7040-61R and it's expansion rack feature #8691 (not available for p670 implementations) are considered a single rack. All 7040-61R racks and expansion feature racks must have door assemblies installed. The following door assemblies are available: A sculptured black front door with copper accent (#6070) is required for the primary Model 61R rack. A sculptured black front door (#6071) is required for the expansion rack feature, if installed. An acoustic rear door (#6075) is available for the primary rack or the expansion feature rack. This door should be utilized for installations requiring a quieter environment. A slim line rack door (#6074) is available for the primary or expansion rack feature. This door should be utilized for installations where system footprint is the primary consideration. If additional external communication and storage devices are required 7014-T00 or T42 racks should be ordered. There is no limit on the quantity of 7014 racks allowed. The height of the 7040-61R rack (42U) or expansion feature rack may require special handling when shipping by air or when moving under a low doorway. The 7040-61R rack always incorporates two bulk power assemblies for redundancy (#8690). These provide 350V DC power for devices located in the 61R rack and associated expansion rack feature. These bulk power assemblies are mounted in front and rear positions and occupy the top 8U of the rack. To provide optimum system availability these bulk power assemblies should be powered from separate power sources via separate line cords. Bulk power regulators (#6186) interface to the bulk power assemblies to ensure proper power is supplied to the systems components. Bulk power regulators are always installed in pairs in the front and rear bulk power assemblies to provide redundancy. The number of bulk power regulators required is configuration dependent based on the number of processor MCMs and I/O drawers installed. The following table provides the number of bulk power regulators required for servers containing POWER4 1.1 GHz or 1.3 GHz processor MCMs: Number of POWER4 Processor MCMs Installed ----------------------------------------- 1 2 --- --- Number of 7040-61D 1 2 2 I/O Drawers Installed 2 2 2 3 - 4   The following table provides the number of bulk power regulators required for servers containing POWER4+ 1.5 GHz MCMs: Number of POWER4+ Processor MCMs Installed ------------------------------------------ 1 2 --- --- Number of 7040-61D 1 2 2 I/O Drawers Installed 2 2 4 3 - 4   Two Power Controller features (#6187) are required for all pSeries 670 systems, one per bulk power assembly. Each Power Controller provides power connections to support the systems four cooling fans. It also provides three additional connectors which can be utilized to attach DC power converters contained in the CEC. Ten additional connector locations are provided by the Power Distribution Assembly (#6188). Two Power Distribution Assemblies (one per Bulk Power Assembly) are required on each system. Two additional Power Distribution Assemblies may be added to provide more connections for large system configurations. . Optional Integrated Battery Backup is available, if desired. The battery backup features protect against power line disturbances and provide sufficient power to allow an orderly system shutdown in the event that the power sources fail. The battery backup features each require 2U of space in the primary 7040-61R system rack or in the expansion rack feature (#8691). PCI and PCI-X Slots and Adapters System maximum limits for adapters and devices may not provide optimal system performance. These limits are given for connectivity and functionality assurance. Configuration limitations have been established to help ensure appropriate PCI or PCI-X bus loading, adapter addressing, and system and adapter functional characteristics when ordering I/O drawers. These I/O drawer limitations are in addition to individual adapter limitations shown in the feature descriptions section. Adapters Most PCI and PCI-X adapters for the pSeries 670 system are capable of being hot-plugged. Any PCI adapter supporting a boot device or system console should not be hot-plugged. The SP Switch Attachment Adapter (#8396) can not be hot plugged. The maximum number of a specific PCI or PCI-X adapter allowed per p670 server may be less than the number allowed per I/O drawer multiplied by the maximum number of I/O drawers supported. The maximum "per drawer" adapter information is contained in the 7040-61D I/O drawer sales manual. The following table provides the maximum number of each adapter supported per p670 server and per LPAR within a p670 server: Max Max Max Per Per Per LPAR 7040-671 7040-671 With With Only Only #6563 #6571 Planars Planars & RIO & RIO-2 ---- --------- -------- (#2732) IBM Short-wave Serial HIPPI 2 8 8 (#2733) IBM Long-wave Serial HIPPI 2 8 8 (#2737) Keyboard/Mouse Attachment Card 1 8 8 (#2741) SysKonnect SK-NET FDDI-LP SAS 8 8 8 (#2742) SysKonnect SK-NET FDDI-LP DAS 8 8 8 (#2848) POWER GXT135P Graphics Accelerator 1 8 8 (#2849) POWER GXT135P Graphics Accelerator 1 8 8 W/Digital (#2751) S/390 ESCON Channel Adapter 4 8 0(2) (#2943) 8-Port Asynchronous Adapter 16 16(1) 16(1) (#2944) 128-Port Asynchronous Controller 32 32(1) 32(1) (#2946) Turboways 622 Mbps PCI MMF ATM 30 30 30 (#2947) IBM ARTIC960Hx 4-Port Multiprotocol 14 16 16 (#2962) 2-Port Multiprotocol Adapter 18 18 18 (#2969) Gigabit Ethernet - SX PCI Adapter 30 30 30 (#2975) 10/100/1000 Base-T Ethernet PCI Adapter 30 30 30 (#4953) IBM 64-Bit/66MHz ATM 155 UTP Adapter 40 40 40 (#4957) IBM 64-Bit/66MHz ATM 155 MMF Adapter 40 40 40 (#4959) IBM Token-Ring PCI Adapter 40 40 40 (#4960) IBM e-business Cryptographic Accelerator 24 24 24 (#4961) IBM 4-Port 10/100 Ethernet Adapter 20 20 40 (#4962) 10/100 Mbps Ethernet PCI Adapter II 60 60 60 (#4963) PCI Cryptographic Coprocessor (FIPS-4) 4 24 24 (#5700) IBM Gigabit Ethernet-SX PCI-X Adapter 30 30 60 (#5701) IBM 10/100/1000 Base-TX Ethernet PCI-X Adapter 30 30 60 (#5706) IBM 2-Port 10/100/1000 Base-TX E-net PCI-X Adapter 40 20 40 (#5707) IBM 2-Port Gigabit Ethernet-SX PCI-X Adapter 40 20 40 (#6203) PCI Dual Channel Ultra3 SCSI Adapter 30 30 30 (#6204) PCI Universal Differential Ultra SCSI Adapter 20 20 20 (#6206) PCI Single-Ended Ultra SCSI Adapter 2 2 0(2) (#6228) Gigabit Fibre Channel Adapter 50 30 50 (#6230) Advanced SerialRAID Plus Adapter 30 30 30 (#6239) 2 Gigabit Fibre Channel PCI-X Adapter 50 30 50 (#8396) IBM SP Switch Attachment Adapter 1 4 0(2) (#8397) IBM SP Switch2 Attachment Adapter 2 8 0(2) (#8398) SP Switch2 PCI-X Attachment Adapter 2 0(3) 8 Note: (1) Does not include #2943 and #2944 adapters configured as part of a #7315 or #7316 IBM Hardware Management Console for pSeries. Note: (2) Requires #6563 PCI Planar. Note: (3) Requires #6571 PCI-X Planar. When configured with I/O drawers containing PCI planars (#6563), the combined quantities of the following adapters are limited to 30 adapters per pSeries 670 server, 10 per 7040-61D I/O drawer, and 5 per PCI planar (#6563). When configured with I/O drawers containing PCI-X planars (#6571), the combined quantities of these adapters are limited to 60 adapters per pSeries 670 server, 20 per 7040-61D I/O drawer, and 10 per PCI planar (#6571). Turboways 622 Mbps PCI MMF ATM Adapter (#2946) Gigabit Ethernet - SX PCI Adapter (#2969) 10/100/1000 Base-T Ethernet PCI Adapter (#2975) IBM Gigabit Ethernet-SX PCI-X Adapter (#5700) IBM 10/100/1000 Base-TX Ethernet PCI-X Adapter (#5701) IBM 2-Port 10/100/1000 Base-TX E-net PCI-X Adapt(#5706) IBM 2-Port Gigabit Ethernet-SX PCI-X Adapter (#5707) PCI Dual Channel Ultra3 SCSI Adapter (#6203) Gigabit Fibre Channel Adapter for 64-bit PCI Bus (#6228) Advanced SerialRAID Plus Adapter (#6230) 2 Gigabit Fibre Channel PCI-X Adapter (#6239) SP Switch PCI Attachment Adapter (#8396) (Note) SP Switch2 PCI Attachment Adapter (#8397) (Note) SP Switch2 PCI-X Attachment Adapter (#8398) (Note) Note: Each instance of an SP Switch (#8396), SP Switch2 (#8397) or SP Switch2 PCI-X (#8398) adapter should be counted as two adapters when calculating the 30 or 60 adapters per p670 limitation. A combined maximum of 32 total 8-Port and 128-Port Asynchronous adapters (#2943 plus #2944) are allowed per 7040-671 server. A combined maximum of eight total SysKonnect SK-Net FDDI adapters (#2741 plus #2742) are allowed per 7040-671 server. A combined maximum of eight total Serial HIPPI adapters (#2732 plus #2733) are allowed per 7040-671 server. A combined maximum of eight total POWER GXT135P Graphics Accellerators (#2848 plus #2849) are allowed per 7040-671 server. A combined total of 30 ATM adapters (#2946 plus #4953 plus #4957) are allowed per 7040-671 server. The SP Switch Attachment Adapter (#8396) and the SP Switch2 Attachment Adapters (#8397 and #8398) are mutually exclusive on a pSeries 670 system. A combined maximum of 14 total ESCON (#2751) and 4-port Multiprotocol Adapters (#2947) are allowed per LPAR. A maximum of eight total 4-port Multiprotocol Adapters (#2947) are allowed per LPAR when using SDLC, X.25 or bi-sync protocols. Clustered Server Environment IBM eServer pSeries and RS/6000 servers may be incorporated into a clustered environment operating under the control of the IBM Parallel Systems Support Programs for AIX (PSSP). Each cluster may contain a maximum of 16 pSeries 670 (7040-671) and pSeries 670 (7040-671) servers. Additional information regarding cluster configuration and scaling is available in the "Scaling Statement" section of the Family 9078+01 IBM eServer Cluster 1600, 9078-160 sales manual. The pSeries 670 can be divided into multiple logical partitions (LPARs). Up to 16 LPARs on a p670 can be configured to function in the clustered server environment. Each LPAR configured as a clustered server is considered as one of the servers that can be incorporated into the overall cluster. A maximum of 48 servers in a cluster may be created using pSeries server LPARs. Clustered server environments always incorporate a control workstation for cluster control. Clustered server environments are available in either switch-attached or non-switch attached implementations. SP Switch2 attached servers utilize one or two SP Switch2 Attachment adapters (#8397) or Switch2 PCI-X Attachment Adapter (#8398) for high speed interconnection to the SP Switch2 mounted in a 9076 frame. This environment does not require a 9076 SP Node in the configuration. SP Switch attached servers utilize the SP Switch Attachment adapter (#8396) for high speed interconnection to the SP Switch mounted in a 9076 frame. The SP Switch (#8396), and Switch2 (#8397) adapters are "double wide" PCI cards and take up the space of two PCI slots. They must be mounted in the optional PCI Blind-Swap Cassette Kit for Double Wide Adapters (#4598). A non-switch attached environment utilizes an Ethernet connection to pass data between the clustered servers. This environment does not require a switch, 9076 Frame, or 9076 SP node in the configuration. The SP Switch2 supports two configurations allowing communications over either one or two switch planes. Two switch plane configurations must incorporate two SP Switch2 Attachment Adapters (#8397) or Switch2 PCI-X Attachment Adapters (#8398) in each attached server. Implementations utilizing a one switch plane configuration are limited to a maximum of one Switch2 Attachment Adapter (#8397) or Switch2 PCI-X Attachment Adapter (#8398) per attached server. Each pSeries 670 clustered server interfaces to the control workstation via Ethernet twisted pair connections. An Ethernet connection to the control workstations is required for each clustered server (or LPAR operating as a clustered server) as well as on the HMC controlling the p670 system. The 10/100 Mbps Ethernet PCI Adapter II (#4962) should be utilized for this connection for the p670 server. The Ethernet adapters supporting the LPARs and clustered servers are allowed in slots 8, 9, 18, and 19 of the 7040-61D I/O drawer when utilizing the SP Switch2 Attachment Adapter (#8397) or Switch2 PCI-X Attachment Adapter (#8398). It can be installed in slots 1 through 7 or slots 11 through 17 with the SP Switch Attachment Adapter (#8396). The HMC incorporates an Ethernet connection in it's basic configuration which is utilized for this connection. An appropriate length switch cable is required to attach each switch attached server. This cable is ordered as a feature of the 9076 SP. Four SP Switch Attachment Adapters (#8396) are allowed per 7040-671 server. These adapters are located in the 7040-61D I/O drawers. A maximum of one adapter is allowed per #6563 I/O planar and two adapters per 7040-61D I/O drawer. Eight SP Switch2 Attachment Adapters (#8397) or Switch2 PCI-X Attachment Adapters (#8398) are allowed per 7040-671 server. These adapters are located in the 7040-61D I/O drawers. A maximum of two #8397 adapters is allowed per #6563 PCI I/O planar. A maximum of two #8398 adapters is allowed per #6571 PCI-X I/O planar. Feature #8397 adapters are not allowed with #6571 PCI-X planars. Feature #8398 adapters are not allowed with #6563 PCI planars. Some I/O adapters supported on the 7040-671 servers when utilized in a non-clustered environment are not supported in the clustered server environments and must be removed. Refer to the IBM RS/6000 9076-550 Sales Manual pages for a list of the currently supported adapters. For more information, refer to the document RS/6000 SP Planning, Volume 1, Hardware and Physical Environment, (GA22-7280). Graphics adapters and natively attached displays are not supported in the clustered server environment. An ASCII terminal may be attached to servers in these environments but is not required. System control functions are provided by the SP control workstation. For additional information regarding server clustering and control workstations, visit the IBM PSSP Web site: http://www.rs6000.ibm.com/resource/aix_resource/sp_books/ The establishment of a trusted network between the control workstation (CWS) and the Hardware Management Console (HMC) is needed to bypass a security vulnerability in Cluster 1600 systems with pSeries 670 or 670 servers. Refer to the PSSP V3.4 Read This First document at the Web site: http://www-1.ibm.com/servers/eserver/pseries/ library/sp_books/pssp.html AIX 5L for POWER V5.2 Prerequisites The following are required for using AIX 5L for POWER V5.2, or later: Hardware Management Console for pSeries with V1.3 (also known as HMC Recovery Software Release 3 Version 1.0), or later p670/670 (7040-671/681) system microcode (machine code) at the 11/14/2002 (RH021114) update, or later IBM eServer Capacity Upgrade on Demand for Processors Capacity Upgrade on Demand (CUoD) for processors is available for pSeries 670 (7040-671) servers. CUoD for processors allows inactive processors to be installed in the p670 server which can be permanently activated by the customer as required. A minimum of four active processors are required on any 7040-671 server implementing CUoD for processors. There is no permanent activation available for 0 of 8-way feature #7401. Any number of additional 30-day On/Off CoD activations may be ordered as needed. The first MCM in a 7040-671 servers implementing CUoD for POWER4 1.1 GHz processors must always have eight fully active processors. The second MCM may be implemented with CUoD for processors if desired. 7040-671 servers utilizing POWER4+ 1.5 GHz processors may implement CUoD for processors on all installed MCMs if desired. Additional processors on the CUoD MCMs are activated in increments of two by ordering the appropriate activation feature number. If more than two processors are to be activated at the same time the activation code should be ordered multiples. Upon receipt of an order for a CUoD for processors activation code IBM will provide the customer a 32-character encrypted key. This key is entered into the system to activate the desired number of additional processors. CUoD processors which have not been activated are available to the 7040-671 server for dynamic processor sparing when running AIX V5.2. If the server detects the impending failure of an active processor it will attempt to activate one of the unused CUoD processors and add it to the system configuration. This helps to keep the server's processing power at full strength until a repair action can be scheduled. The following are required to support CUoD for processors: AIX 5L V5.1 (with AIX 51-003 or higher Recommended Maintenance Package and PTFs U483632 and U483633), or later Hardware Management Console for pSeries with V1.3, or later software p670/670 (7040-671/681) system microcode (machine code) at the 11/14/2002 (RH021114) update, or later AIX 5L V5.2 or later is recommended as it provides enhanced CUoD function. CUoD on servers configured with AIX V5.1 are subject to the following limitations: In SMP mode activation of standby processors requires a system IPL to enable additional processors. AIX V5.1 LPAR mode activation of standby processors requires a partition IPL to enable additional processors. In mixed AIX V5.1 and V5.2 LPAR mode activation of standby processors for any partition running AIX V5.1 requires a partition IPL. AIX V5.2 partitions can dynamically allocate additional processors. Dynamic processor sparing is limited to systems and/or partitions which are running AIX V5.2. Systems running only AIX V5.1 provide processor sparing for a failed processor on a system IPL. IBM eServer On/Off Capacity on Demand for Processors On/Off Capacity on Demand (On/Off CoD) for processors is available for pSeries 670 (7040-671) servers. On/Off CoD for processors allows customers to temporarily activate installed CUoD processors and later deactivate the resources as desired. Customers with installed but inactive CUoD processor resources can order On/Off CoD activation features. Each On/Off CoD activation ordered authorizes activation of two processors for 30 days of usage. These activations may be utilized for 30 consecutive days or turned on and off over a longer period of time if desired. Customers may order multiple On/Off CoD activation codes if desired. These may be utilized to activate multiple two processor increments for the 30 day period or to activate two processors for periods longer than thirty days. The HMC controlling the p670 server will be utilized to set the parameters desired when utilizing multiple On/Off CoD activation codes. Each On/Off CoD (Capacity on Demand) activation feature provides thirty days of usage for two processors on a CUoD (Capacity Upgrade on Demand) processor feature such as #7400. Each activation provides for 60 processor usage days since processors are activated and deactivated in pairs. Each On/Off CoD feature applies to any of the inactive CUoD processors in the system. The following are examples of the usage calculation: A processor day is measured each time a processor is activated in a 24 hour period or any fraction thereof. If four processors are activated for 2 hours of testing or production, the result is four processor usage days. Each time processors are activated starts a new measurement day. If a customer activates four processors for a two hour test and later in the same 24 hour period activates 2 processor for 2 hours to meet a peak workload the result is 6 processor days usage. Trial Capacity on Demand (Trial CoD) Trial Capacity on Demand (Trial CoD) is a function delivered with all pSeries servers supporting CUoD resources beginning May 30, 2003. Those servers with standby CUoD processors or memory will be capable of using a one-time, no-cost activation for a maximum period of 30 consecutive days. This enhancement allows for benchmarking of CUoD resources or can be used to provide immediate access to standby resources when the purchase of a permanent activation is pending. Trial CoD is a complementary service offered by IBM. Although IBM intends to continue it for the foreseeable future, IBM reserves the right to withdraw Trial CoD at any time with or without notice. IBM eServer Capacity Upgrade on Demand for Memory Capacity Upgrade on Demand (CUoD) for memory is available for pSeries 670 (7040-671) servers. CUoD for processors allows inactive memory to be installed in the p670 server which can be permanently activated by the customer as required. Memory CUoD is not supported on systems with 4-way MCM features #5247 or #5253. CUoD for memory utilizes inward facing 567 MHz memory cards in the following capacities: 16 GB total card capacity with 8 GB active 32 GB total card capacity with 16 GB active CUoD for memory cards must always be ordered in identical pairs. Memory configuration rules for the 7040-671 server apply to CUoD for memory cards as well as conventional memory cards. The memory configuration rules are applied based upon the maximum capacity of the memory card. Apply 16 GB configuration rules for 16 GB CUoD for memory cards with less than 16 GB of active memory. Apply 32 GB configuration rules for 32 GB CUoD for memory cards with less than 32 GB of active memory. CUoD for memory may be utilized in any available memory position. Additional memory CUoD memory cards are activated in increments of 4 GB by ordering the appropriate activation feature number. If more than one 4 GB memory increment is to be activated at the same time the activation code should be ordered multiples. Upon receipt of an order for a CUoD for memory activation code IBM will provide the customer a 32-character encrypted key. This key is entered into the system to activate the desired number of additional 4 GB memory increments. The following are required to support CUoD for memory: AIX V5.2 with 5200-01 Recommended Maintenance package (APAR IY39795), or later. AIX 5.1 is supported only when the system is configured for a single system image. Use of AIX 5.1 requires a system reboot to access activated CoD processor and/or memory resources. Hardware Management Console for pSeries with V1.3.2, or later software p670/670 (7040-671/681) system microcode (machine code) at the 05/2003 level update, or later Dynamic Logical Partitioning Dynamic logical partitioning (dynamic LPAR) allows system resources to be easily and quickly configured across multiple logical partitions (LPARs) on the p670 server. Dynamic LPAR can be used to add newly activated Capacity Upgrade on Demand processors and memory into the p670 configuration without requiring a system re-boot. The following are required for dynamic LPAR: AIX 5L for POWER V5.2, or later Hardware Management Console for pSeries with V1.3, or later software p670/670 (7040-671/681) system microcode (machine code) at the 11/14/2002 (RH021114) update, or later Hardware Requirements pSeries 670 -- Minimum System Configuration The minimum configuration for an IBM eServer pSeries 670 includes the following items: One - 7040-671 Central Electronics Complex (17U rack space required) One - CD-ROM (#2624) One - Diskette Drive Cable (#3155) One - Operator Panel Attachment Cable (#3255) One - 4 GB Memory Card, Inward Facing (#4196) One - 4-Way, POWER4 Processor with 128 MB L3 Cache (#5253) One - Processor Clock Card, Programmable (#5251) One - Power Cable Group, Bulk Power to CEC and Fans (#6161) One - Interface Cable, Power to Service Processor (#6162) Two - Power Converter Assembly, Central Electronics Complex (#6170) One - Power Cable Group, CEC to Power Controller, First Processor Module (#6181) One - Capacitor Book, First and Second Processor Modules (#6198) One - Service Processor with Remote I/O Loop Attachment, Two Loops (#6404) One - Media Drawer, Operator Panel, Diskette (#8692) - (1U Rack Space Required) One - Drawer Placement Indicator, 18U Position, Primary Rack (#4618) One - Language Specify (#9xxx) One - 7040-61D I/O Drawer (4U rack space required) One - SCSI Cable - I/O Drawer to Media Drawer (#2122) Two - Remote I/O Cables, 2M (#3149) Two - 18.2 GB, 10,000 RPM Ultra3 SCSI Disk Drive Assembly (#3157) One - I/O Drawer Attachment Cable Group, Drawer Position #4609 (#6121) Two - Power Converter Assembly, I/O Drawer (#6172) One - Power Cable, I/O Drawer to Media Drawer (#6179) One - PCI Single Ended SCSI Adapter (Media Drawer Attach) (#6206) One - I/O Drawer PCI Planar, 10 Slot, 2 Integrated Ultra3 SCSI Ports (#6563) Two - Ultra3 SCSI 4-Pack Hot Swap Back Plane (#6564) One - Drawer Placement Indicator, 9U Position, Primary Rack (#4609) One - Language Specify (#9xxx) One - 7040-61R System Rack (24-inch rack with 42U available space) One - Front Door, Black with Copper Accent, Primary Rack (#6070) One - Rear Door, Slim Line, Primary or Secondary Rack (#6074) Two - Bulk Power Regulators (#6186) Two - Power Controller, Four Cooling Fans, Three DC Power Converter Connections (#6187) Two - Power Distribution Assembly, Ten DC Power Converter Connections (#6188) One - Bulk Power Assembly, Redundant (#8690) One - Rack Content Specify, 7040/671 - 17U (#0209) One - Rack Content Specify, 7040/61D - 4U (#0191) One - Rack Content Specify, Media Drawer One - Rack Content Specify -7040/61R Feature #8490 - 8U (#0193) Two - Line Cords, 60A/240VAC, 6-AWG, 14 feet, IEC309 Plug (#8678) One - Language Specify (#9xxx) p.pSeries 670 -- Capacity Backup Configuration CUoD for memory is supported on p670 Capacity BackUp (CBU) systems. This enables the disaster recovery system to permanently grow memory to match memory growth on the production server. It is recommended that the backup system maintain the same amount of active memory as the production system to ensure the highest level of service in the event of a disaster. CUoD for memory is permanent activation only and is separate and independent from the On/Off CoD for processors on the CBU system. Software Requirements AIX 5L for POWER V5.1 with the 5100-02 Recommended Maintenance package (APAR IY 28102), or later, or AIX 5L V5.2, or later. Back to top   Publications The following publications are shipped with the pSeries 670. Additional copies are available. To order, contact your IBM representative. Title Order Number ------------------------------------------ ------------ IBM eServer pSeries 670 Installation Guide SA38-0613 Refer to the Related Publications section of the IBM eServer pSeries 670 Installation Guide for information regarding other available pSeries 670 publications or on the Web, visit: http://techsupport.services.ibm.com/eserver/ techKnow?expanded=pSeriespubs#pSeries Back to top   Features -- Specify/Special/Exchange No Charge Specify Codes Special Feature Codes -- Chargeable Feature Exchanges No Charge Specify Codes Specify Features for Machine Type 7040 LANGUAGES (#9300) - Language Group Specify - US English (#9703) - Language Group Specify - French (#9704) - Language Group Specify - German (#9705) - Language Group Specify - Polish (#9707) - Language Group Specify - Portuguese (#9708) - Language Group Specify - Spanish (#9711) - Language Group Specify - Italian (#9712) - Language Group Specify - Canadian French (#9714) - Language Group Specify - Japanese (#9715) - Language Group Specify - Traditional Chinese (Taiwan) (#9716) - Language Group Specify - Korean (#9718) - Language Group Specify - Turkish (#9719) - Language Group Specify - Hungarian (#9720) - Language Group Specify - Slovakian (#9721) - Language Group Specify - Russian (#9722) - Language Group Specify - Simplified Chinese (PRC) (#9724) - Language Group Specify - Czech LINECORDS (#9800) - Power Cord Specify - United States/Canada (#9802) - Power Cord Specify - Brazil (125V, 15A) (#9820) - Power Cord Specify - Belgium, Finland, France (250V, 16A) (#9821) - Power Cord Specify - Denmark (250V, 10A) (#9825) - Power Cord Specify - United Kingdom (250V, 13A) (#9827) - Power Cord Specify - Israel (250V, 6-16A) (#9828) - Power Cord Specify - Switzerland (250V, 10A) (#9829) - Power Cord Specify - South Africa/Pakistan (250V, 16A) (#9830) - Power Cord Specify - Italy (250V, 10A and 16A) (#9831) - Power Cord Specify - Argentina (250V, 10A) (#9833) - Power Cord Specify - Thailand (250V, 15A) (#9834) - Power Cord Specify - Uruguay (250V, 10A) MISCELLANEOUS (#5005) - Software Preinstall (#9670) - Manufacturing Optimization Indicator (#0986) - CCS Customer Service Specify (US) SPECIFY CODES (#4618) - Drawer Placement Indicator, 18U Position, Primary Rack (#4651) - Rack Indicator, Rack #1 (#4652) - Rack Indicator, Rack #2 (#4653) - Rack Indicator, Rack #3 (#4654) - Rack Indicator, Rack #4 (#4655) - Rack Indicator, Rack #5 (#4656) - Rack Indicator, Rack #6 (#4657) - Rack Indicator, Rack #7 (#4658) - Rack Indicator, Rack #8 (#4659) - Rack Indicator, Rack #9 (#4660) - Rack Indicator, Rack #10 (#4661) - Rack Indicator, Rack #11 (#4662) - Rack Indicator, Rack #12 (#4663) - Rack Indicator, Rack #13 (#4664) - Rack Indicator, Rack #14 (#4665) - Rack Indicator, Rack #15 (#4666) - Rack Indicator, Rack #16 Special Feature Codes -- Chargeable Special Features for Machine Type 7040 Special Features - Initial Orders PROCESSORS (#5247) - 4-Way POWER4+ Processor with 128MB L3 Cache (#7401) - 8-Way POWER4+ CUoD Processor with 128MB L3 Cache, 0-Way Active Special Features - Plant and/or Field Installable ADAPTERS (#2943) - 8-Port Asynchronous Adapter EIA-232/RS-422, PCI bus (#2944) - 128-Port Asynchronous Controller, PCI bus (#4962) - 10/100 Mbps Ethernet PCI Adapter II (#5723) - 2 Port Asynchronous EIA-232 PCI Adapter (#6404) - Support Processor with Remote I/O Loop Attachment, Two Loops (#6410) - Remote I/O Loop Adapter, Four Loop (#6418) - Support Processor with Remote I/O-2 (RIO-2) Loop Attachment, Two Loops (#6419) - Remote I/O-2 (RIO-2) Loop Adapter, Four Loop CABLES (#2934) - Asynchronous Terminal/Printer Cable EIA-232 (#3155) - Diskette Drive Cable (#3255) - Operator Panel Attachment Cable (#4253) - SCSI-to-IDE Interface Bridge (#8120) - Attachment Cable, Hardware Management Console to Host, 6-Meter (#8121) - Attachment Cable, Hardware Management Console to Host, 15-Meter (#8131) - 128-Port Asynchronous Controller Cable, 4.5 Meter (#8132) - 128-Port Asynchronous Controller Cable, 23cm (9-Inch) (#8133) - RJ-45 to DB-25 Converter Cable (#8137) - Enhanced Remote Asynchronous Node 16-Port EIA-232 DISPLAYS (#3627) - IBM P76/P77 Color Monitor, Business Black, Captured Cable (#3628) - IBM P260/P275 Color Monitor, Business Black, and Cable (#3637) - IBM T541H/L150p 15" TFT Color Monitors, Business Black, Captured Cable (#3638) - IBM C220p 21-inch Color Monitor, Business Black, and Cable (#3639) - IBM ThinkVision L170p Flat Panel Monitor (#3640) - IBM ThinkVision L171p Flat Panel Monitor (#3642) - ThinkVision L191p Flat Panel Monitor (#7316) - Hardware Management Console II, Black KEYBOARDS (#8700) - Quiet Touch Keyboard - Business Black, US English, #103P (#8701) - Quiet Touch Keyboard - Business Black, French, #189 (#8702) - Quiet Touch Keyboard - Business Black, Italian, #142 (#8703) - Quiet Touch Keyboard - Business Black, German/Austrian, #129 (#8704) - Quiet Touch Keyboard - Business Black, UK English, #166 (#8705) - Quiet Touch Keyboard - Business Black, Spanish, #172 (#8706) - Quiet Touch Keyboard - Business Black, Japanese, #194 (#8729) - Quiet Touch Keyboard - Business Black, LA Spanish, #171 (#8735) - Quiet Touch Keyboard - Business Black, French Canadian, #445 (#8738) - Quiet Touch Keyboard - Business Black, Russian, #443 (#8740) - Quiet Touch Keyboard - Business Black, US English ISO9995, #103P MEMORY (#4181) - 8GB Memory Card, Inward Facing (#4183) - 16GB Memory Card, Inward Facing (#4188) - 32GB Memory Card, Inward Facing (#4196) - 4GB Memory Card, Inward Facing (#4468) - 64GB Memory Card, 633MHz, Inward Facing (#4472) - 32GB Memory Card, 633MHz, Inward Facing (#4480) - 4GB Memory Card, 567MHz, Inward Facing (#4482) - 8GB Memory Card, 567MHz, Inward Facing (#4484) - 16GB Memory Card, 567MHz, Inward Facing (#4486) - 32GB Memory Card, 567MHz, Inward Facing (#4488) - 64GB Memory Card, 567MHz, Inward Facing (#7043) - 32GB 633MHz CUoD Memory Card, Inward Facing, 16GB Active (#7050) - 16GB 567MHz CUoD Memory Card, Inward Facing, 8GB Active (#7054) - 32GB 567MHz CUoD Memory Card, Inward Facing, 16GB Active (#7060) - 4GB CUoD Memory Activation for Feature #7050 and #7051 (#7061) - 4GB CUoD Memory Activation for Feature #7054 and #7055 (#7064) - 4GB CUoD Memory Activation for Feature #7043 and #7045 POWER (#6170) - Power Converter Assembly, Central Electronics Complex (#6189) - DC Power Converter, CEC, Additional (#6198) - Capacitor Book, Two Processor Modules (#6161) - Cable Group, Power Controller to CEC and Fans (#6162) - Interface Cable, Service Processor to Power Subsystem (#6181) - Power Cable Group, CEC to Power Controller, First Processor Module (#6182) - Power Cable Group, CEC to Power Controller, Second Processor Module MEDIA DEVICES (#2623) - 4.7 GB SCSI-2 DVD-RAM Drive (Black Bezel) (#2624) - 32X (Max) SCSI-2 CD-ROM Drive (#2634) - 16X/48X(max) IDE DVD-ROM Drive (#5752) - 4.7 GB SCSI DVD-RAM Drive (#6120) - IBM 80/160 GB Internal Tape Drive with VXA Technology (#6158) - 20/40GB 4mm Internal Tape Drive MISCELLANEOUS NONE PROCESSORS (#5248) - 8-Way POWER4+ Processor with 128MB L3 Cache (#5253) - 4-Way POWER4 Processor with 128 MB L3 Cache (#5256) - 8-Way POWER4 Processor with 128 MB L3 Cache (#5251) - Processor Clock Card, Programmable (#7400) - 8-Way POWER4+ CUoD Processor with 128MB L3 Cache, 4-Way Active (#7402) - 8-Way POWER4 CUoD Processor with 128MB L3 Cache, 4-Way Active (#7410) - Two Processor Activation for CUoD Processor Feature #7400 (#7412) - Two Processor Activation for CUoD Processor Feature #7402 (#7420) - On/Off CoD 30-Day Two Processor Activation for Processor Feature #7400 (#7422) - On/Off CoD 30-Day Two Processor Activation for Processor Feature #7402 (#7425) - On/Off CoD 30-Day Two Processor Activation for Processor Feature #7405 (#7426) - On/Off CoD 30-Day Two Processor Activation for Processor Feature #7406 RACK RELATED (#8692) - Media Drawer, Operator Panel, Diskette SPECIFY CODES (#9004) - Southern Hemisphere Designator for Monitors Feature Descriptions The following is a list of all feature codes in numeric order. Attributes, as defined in the following feature descriptions, state the interaction of requirements among features. Minimums and maximums are the absolute limits for a single feature without regard to interaction with other features. The maximum valid quantity for MES orders may be different than for initial orders. The maximums listed below refer to the largest quantity of these two possibilities. The order type defines if a feature is orderable only on initial orders, only on MES orders, on both initial and MES orders, or if a feature is supported on a model due to a model conversion. Supported features cannot be ordered on the converted model, only left on or removed from the converted model. (#0986) CCS Customer Service Specify (US) This feature code specifies that the system will receive special request services from the Center for Customized Solutions (CCS). FC 0986 is available only on the initial plant order. Attributes provided: None Attributes required: None For 7040-671: (#0986) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#2623) 4.7 GB SCSI-2 DVD-RAM Drive (Black Bezel) (No Longer Available as of September 24, 2004) The SCSI-2 DVD-RAM drive is a multifunction storage device capable of reading and writing 4.7GB DVD-RAM discs and reading CD-ROM discs. This device also provides read/write compatibility with conventional 2.6GB DVD-RAM discs. System boot and install functions are supported with CD-ROM and DVD-RAM media. Characteristics: Media Data Transfer Rate: 3600KB/sec CD-ROM (24X) max @ outer diameter, 1350KB/sec write (1X DVD) and 2705KB/sec read (2X DVD) Interface: SCSI-2 supporting synchronous and asynchronous data transfer Average Random Access Time: 100ms CD-ROM, 155ms DVD-RAM High-speed synchronous burst rate of 10MB/second Loading tray accommodates both 8cm discs (in horizontal orientation only), 12cm discs (CD-ROM) and 4.7GB DVD cartridges Operates in either vertical or horizontal position Reads multi-session discs Reads CD-recordable discs Reads CD-RW discs Reads and writes 2.6GB, 4.7GB and 9.4GB (double sided) DVD-RAM media Supports all major CD-ROM formats including Mode 1, Mode 2, XA, CDDA and audio Contains headphone output and line output for audio Limitations: DVD video is not supported. Attributes provided: 4.7GB 2X DVD (2705 KB/Sec) DVD-RAM Attributes required: 1 half high media bay and one SCSI address For 7040-671: (#2623) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1 or later. Linux - Refer to the following URL for systems and features that operate with Linux: www.ibm.com/servers/eserver/pseries/hardware/factsfeatures.html Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: One device capable of reading CD media is required per 7040-671. This DVD RAM may be mounted in the rear bays of the #8692 media drawer only if the operating environment is maintained at 24 degrees C (75.2 degrees F) or below. This device is allowed in the rear bays of the #8692 media drawer only on systems installed at 2134 meters (7000 ft) or below. (#2624) 32X (Max) SCSI-2 CD-ROM Drive (No Longer Available as of September 12, 2003) The 32X (Max) SCSI-2 Internal CD-ROM Drive is a tray loading CD-ROM drive providing up to 4800KB/sec maximum media data transfer rate. It is a 5.25 inch half-high form factor, single ended, 8 bit, multi-session capable, CD-ROM drive which provides state of the art performance and supports existing 600MB CD-ROM discs. Characteristics: Media Data Transfer Rate: 4800 KB/sec (Max) Interface: SCSI-2 8 bit Single Ended (SE) Avg. Random Access Time: 90 ms (typical) Buffer Memory: 512 KB Media capacity: Greater than 600 MB Multisession capable (Reads CD-R & CD-RW media) 5.25-inch half-high form factor Operates in either vertical or horizontal positions Interface supports standard and extended XA formats Loading tray supports 12 cm and 8 cm disks Attributes provided: 600 MB 32X (max)(up to 4800 KB/sec) CDROM Attributes required: 1 half high media bay and 1 SCSI-2 internal SE 8-bit address For 7040-671: (#2624) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1 or later. Linux - Refer to the following URL for systems and features that operate with Linux: www.ibm.com/servers/eserver/pseries/hardware/factsfeatures.html Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: One device capable of reading CD media is required per 7040-671. (#2634) 16X/48X(max) IDE DVD-ROM Drive (No Longer Available as of December 30, 2005) The 16X/48X(max) IDE DVD-ROM Drive is an internal tray loading DVD-ROM drive providing up to 7200KB/sec (CD-ROM) and 22.16MB/sec (DVD-ROM) data transfer rates. It is a 5.25 inch half-high form factor multi-session capable, DVD-ROM drive which provides state of the art performance and supports existing 650MB CD-ROM, 4.7 GB DVD-ROM, and 9.4 GB DVD-ROM (double-sided) discs. This drive also reads Type II (removable from cartridge) DVD-RAM discs at DVD-ROM speeds. System boot and install functions are supported with CD-ROM and DVD-RAM media. Characteristics: Media Data Transfer Rate: CD-ROM=7200 KB/sec (max): DVD-ROM=22.16MB/sec (max) Interface: IDE/ATAPI Avg. Random Access Time: CD-ROM=90ms(typical); DVD-ROM=135ms(typical) Buffer Memory: 256KB Media capacity: CD-ROM=650MB; DVD-ROM= 4.7 GB(single sided); 9.4 GB(double-sided) Multisession capable (Reads CD/R & CD-R/W media) 5.25-inch half-high form factor Operates in either vertical or horizontal positions Interface supports standard and extended XA formats Loading tray supports 12cm and 8cm disks Limitations: DVD video is not supported. This DVD-ROM drive is limited to reading only CD-type formatted media when running with AIX 5.1 software. Attributes provided: 16X/48X(max) IDE DVD-ROM Drive Attributes required: 1 half-high media bay The 16X/48X(max) IDE DVD-ROM Drive (#2634) requires a SCSI-to-IDE Interface Bridge (#4253) when installed in this system. The (#2634) 16X/48X(max) IDE DVD-ROM Drive is allowed in the rear bays of the media drawer only if it is limited to a maximum system ambient operating temperature of 24 C (75.2 F) at a maximum operating altitude of 2134 m (7,000 ft). For 7040-671: (#2634) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1, 5.2 or later. Linux - Refer to the following URL for systems and features that operate with Linux: www.ibm.com/servers/eserver/pseries/hardware/factsfeatures.html Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#2934) Asynchronous Terminal/Printer Cable EIA-232 The Asynchronous Printer/Terminal Cable is used for attaching printers, plotters, and terminals that support the EIA-232 standard to any asynchronous adapter. This cable is the equivalent of the combination of FC 2936 (modem cable) and FC 2937 (printer/terminal interposer) and replaces this method of printer/terminal attachment. This cable is 3m (9.8 feet) long, uses DB25 connectors and is supported on all RS/6000 systems using any asynchronous ports. It is is used in conjunction with: FC 2931 (8-port Async Adapter EIA232, ISA bus) FC 8133 (RJ45-DB25 converter cable for 16-port RANs 8130, 8134, 8136) Attributes provided: EIA232 device attachment capability Attributes required: Any RS/6000 Asynchronous port For 7040-671: (#2934) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: No Max) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#2943) 8-Port Asynchronous Adapter EIA-232/RS-422, PCI bus For connection of up to 8 asynchronous EIA-232 or RS-422 devices. All eight ports are software programmable to support either EIA-232E or RS-422A protocols, at up to 230K baud. Attributes provided: 8 Async ports Attributes required: One PCI slot For 7040-671: (#2943) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This adapter is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7315 only. Adapters for general purpose use on pSeries 690 systems are ordered with the 7040-61D I/O drawer. A maximum of two #2943 adapters are allowed per #7316 HMC. Feature #2943 and #2944 adapters may not be installed in combination in the #7316 Hardware Management Console. (#2944) 128-Port Asynchronous Controller, PCI bus (No Longer Available as of March 31, 2006) The 128-Port Async Adapter subsystem provides attachment for a high concentration of asynchronous lines (up to 128) from a single PCI bus slot. This gives the system the ability to serve a large number of user of EIA-232 or RS-422 devices such as terminals, printers, and modems. Two 2.4 Mbps synchronous channels link the adapter to a maximum of eight 16-Port Remote Async Nodes (RANs), up to four RANs can be linked to each synchronous channel. RANs can also be used with this adapter. If these RANs are connected the synchronous channel the data rate drops down to 1.2 Mbps. For the best results keep the previous and new RANs on separate synchronous channels. Attributes provided: Up to 128 Async Ports Attributes required: One PCI slot, One to eight (#8137) or (#8138) For 7040-671: (#2944) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This adapter is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Adapters for general purpose use on pSeries 690 systems are ordered with the 7040-61D I/O drawer. A maximum of two #2944 adapters are allowed per #7316 HMC. Feature #2943 and #2944 adapters may not be installed in combination in the #7316 Hardware Management Console (#3155) Diskette Drive Cable (No Longer Available as of November 18, 2005) This cable connects a diskette drive in a system media drawer with the diskette controller. Attributes provided: Diskette attachment cable Attributes required: Diskette controller and diskette For 7040-671: (#3155) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#3255) Operator Panel Attachment Cable (No Longer Available as of November 18, 2005) This cable connects an operator panel in a media drawer with the system Central Electronics Complex. Attributes provided: Operator panel connection Attributes required: Operator panel and CEC connection For 7040-671: (#3255) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#3627) IBM P76/P77 Color Monitor, Business Black, Captured Cable (No Longer Available as of July 25, 2003) The P76/P77 monitor has the following general characteristics: Business Black color 17-inch Flat Trinitron** CRT with a viewable image size of 406 mm (16.0 inches) measured diagonally, incorporating a 0.24 mm stripe pitch for bright, high-definition images. Designed to provide reduced flicker operation at an optimum 1024 x 768 pels at up to 85 Hz non-interlaced, with a maximum addressability of 1600 x 1200 pels at 70 Hz. Note: The P76 and P77 monitors are functionally equivalent. Attributes provided: Color Monitor Attributes required: Graphics Adapter For 7040-671: (#3627) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: Maximum of one display per #7316 Hardware Management Console. (#3628) IBM P260/P275 Color Monitor, Business Black, and Cable (No Longer Available as of February 27, 2004) The P260/P275 monitor has the following general characteristics: Business Black color 21-inch Flat Trinitron** CRT with a viewable image size of 503 mm (19.8 inches) measured diagonally, incorporating a 0.24 mm stripe pitch for bright, high-definition images. Designed to provide reduced flicker operation at an optimum addressability of 1600 x 1200 pels at up to 85 Hz non-interlaced. Note: The P260 and P275 monitors are functionally equivalent. Attributes provided: Color Monitor Attributes required: Graphics Adapter For 7040-671: (#3628) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: Maximum of one display per #7316 Hardware Management Console. (#3637) IBM T541H/L150p 15" TFT Color Monitors, Business Black, Captured Cable The T541H and the L150p monitors have the following general characteristics: Business Black color 15-inch TFT LCD digital screen with a viewable image size of 381 mm (15.0 inches) measured diagonally, incorporating a 0.297 mm pixel pitch/type for bright, high-definition images. Designed to provide flicker free operation at a maximum resolution of 1024 x 768 pels at 75Hz in analog mode and 1024 x 768 pels at 60Hz in digital mode. Tilt/swivel stand Supports 2D Graphics Adapters only Attributes provided: Color Flat-panel Monitor Attributes required: 2D Graphics Adapter For 7040-671: (#3637) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 2) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#3638) IBM C220p 21-inch Color Monitor, Business Black, and Cable (No Longer Available as of June 24, 2005) The IBM C220p monitor has the following general characteristics: Business Black color 21.0-inch Flat Aperture Grille CRT with a viewable image size of 508 mm (20.0 inches) measured diagonally, incorporating a 0.248 mm pixel pitch for bright, high-definition images. Designed to provide reduced flicker operation at an optimum and maximum supported addressability of 1600 x 1200 pels at up to 85 Hz (Vesa)non-interlaced. Capable of 2048 x 1636 at 75 Hz (Vesa). Tilt/swivel stand Dual input allows attachment to two systems concurrently. Depth: 483.6 mm (19.0 in.) Height: 516.4 mm (20.3 in.) Width: 512.8 mm (20.2 in.) Weight: 30.5 kg (67.2 lbs.) Attributes provided: Color Monitor Attributes required: Graphics Adapter For 7040-671: (#3638) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: Maximum of one display per #7315 Hardware Management Console. (#3639) IBM ThinkVision L170p Flat Panel Monitor (No Longer Available as of September 30, 2005) The IBM ThinkVision L170p LCD flat-panel monitor has the following general characteristics: Business color 17.0-inch LCD digital screen with a viewable image size of 432 mm (17.0 inches) measured diagonally, incorporating a 0.264mm pixel pitch/type for bright, high-definition images. Maximum resolution of 1280 x 1024. Tilt/swivel and height adjustable stand Analog or digital connection Dual input allows attachment to two systems concurrently. Internal power Depth: 237.0 mm (9.3 in.) Height: 457.0 mm (18.0 in.) Width: 400.0 mm (15.7 in.) Weight: 5.7 kg (12.6 lbs.) Viewing angle: Vertical +/-85 degrees; horizontal +/-85 degrees Contrast ratio: 500:1 (typical) Video inputs: 15-pin D / DVI-D Two removable cables: one analog and one digital Attributes provided: Color Flat-panel Monitor Attributes required: Graphics Adapter For 7040-671: (#3639) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0 ) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: Maximum of one display per #7316 Hardware Management Console. (#3640) - IBM ThinkVision L171p Flat Panel Monitor The IBM ThinkVision L171p LCD flat-panel monitor has the following general characteristics: Business black color 17.0-inch LCD digital screen with a viewable image size of 432 mm (17.0 inches) measured diagonally, incorporating a 0.280mm pixel pitch/type for bright, high-definition images. Maximum resolution of 1280 x 1024. Tilt/swivel and height adjustable stand Analog or digital connection Dual input allows attachment to two systems concurrently. Internal power Depth: 237.0 mm (9.3 in.) Height: 457.0 mm (18.0 in.) Width: 400.0 mm (15.7 in.) Weight: 5.7 kg (12.6 lbs.) Viewing angle: Vertical +/-75 degrees; horizontal +/-75 degrees Contrast ratio: 500:1 (minimal) 700:1 (typical) Video inputs: 15-pin D / DVI-D Two removable cables: one analog and one digital Attributes provided: Color Flat-panel Monitor Attributes required: Graphics Adapter For 7040-671: (#3640) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#3642) - ThinkVision L191P Flat Panel Monitor The ThinkVision L191p LCD flat-panel monitor has the following general characteristics: Business black color 19.0-inch LCD digital screen with a viewable image size of 483 mm (19.0 inches) measured diagonally, incorporating a 0.294mm pixel pitch/type for bright, high-definition images. Maximum resolution of 1280 x 1024. Tilt/swivel and height adjustable stand Analog or digital connection Dual input allows attachment to two systems concurrently. Internal power Depth: 237.0 mm (9.3 in.) Height: 457.0 mm (18.0 in.) Width: 408.0 mm (16.1 in.) Weight: 7.1 kg (15.7 lbs.) Contrast ratio: 1000:1 (typical) Video inputs: 15-pin D / DVI-D Two removable cables: one analog and one digital Attributes provided: Color Flat-panel Monitor Attributes required: Graphics Adapter For 7040-671: (#3642) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4181) 8GB Memory Card, Inward Facing (For IBM, No Longer Available as of May 24, 2004) This feature provides 8GB of system memory. Attributes provided: 8GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4181) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Yes Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#4183) 16GB Memory Card, Inward Facing (No Longer Available as of August 8, 2003) This feature provides 16GB of system memory Attributes provided: 16GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4183) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Yes Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#4188) 32GB Memory Card, Inward Facing (No Longer Available as of August 8, 2003) This feature provides 32GB of system memory. Attributes provided: 32GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4188) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Yes Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#4196) 4GB Memory Card, Inward Facing (For IBM, No Longer Available as of May 24, 2004) This feature provides 4GB of system memory: Attributes provided: 4GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4196) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4253) SCSI-to-IDE Interface Bridge This converter card attaches to the back of an IDE Optical Storage device and creates an advanced SCSI-to-IDE interface bridge. It is being used with the 16/48X (max) IDE DVD-ROM drive (# 2634) to allow the drive to attach as an LVD SCSI DVD-ROM drive. With a built-in high-speed RISC micro-controller it can handle synchronous data transfer rates. The card contains a 68-pin connector, and acquires its power through a floppy drive connector. Attributes provided: one SCSI to IDE Interface Bridge Attributes required: one DVD-ROM drive (# 2634) For 7040-671: (#4253) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1, AIX 5.2 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4468) 64GB Memory Card, 633MHz, Inward Facing This feature provides 64GB of system memory. Attributes provided: 64GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4468) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5L Version 5.1 with the 5100-05 Recommended Maintenance package (APAR IY48486), or later. or AIX 5L Version 5.2 with the 5200-02 Recommended Maintenance package (APAR IY48488), or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only (#4472) 32GB Memory Card, 633MHz, Inward Facing This feature provides 32GB of system memory. Attributes provided: 32GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4472) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5L Version 5.1 with the 5100-05 Recommended Maintenance package (APAR IY48486), or later. or AIX 5L Version 5.2 with the 5200-02 Recommended Maintenance package (APAR IY48488), or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Note: This feature requires returned parts when shipped as a feature converson only. Standard MES shipments do not require return of parts. (#4480) 4GB Memory Card, 567MHz, Inward Facing This feature provides 4GB of system memory. Attributes provided: 4GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4480) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4 ) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY44478) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY44479) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires returned parts when shipped as a feature converson only. Standard MES shipments do not require return of parts. (#4482) 8GB Memory Card, 567MHz, Inward Facing This feature provides 8GB of system memory. Attributes provided: 8GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4482) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4 ) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY44478) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY44479) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires returned parts when shipped as a feature converson only. Standard MES shipments do not require return of parts. (#4484) 16GB Memory Card, 567MHz, Inward Facing This feature provides 16GB of system memory. Attributes provided: 16GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4484) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#4486) 32GB Memory Card, 567MHz, Inward Facing (For IBM, No Longer Available as of May 24, 2004) This feature provides 32GB of system memory. Attributes provided: 32GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4486) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#4488) 64GB Memory Card, 567MHz, Inward Facing (For IBM, No Longer Available as of May 24, 2004) This feature provides 64GB of system memory. Attributes provided: 64GB of system memory Attributes required: One inward facing memory location For 7040-671: (#4488) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#4618) Drawer Placement Indicator, 18U Position, Primary Rack This drawer placement indicator specifies that the bottom of a drawer should be positioned at the 18U position of the primary system rack. Attributes provided: Drawer position indicator in rack Attributes required: Available rack space for the drawer For 7040-671: (#4618) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4651) Rack Indicator, Rack #1 This indicator is used to specify the first rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the first rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4651) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4652) Rack Indicator, Rack #2 This indicator is used to specify the second rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the second rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4652) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4653) Rack Indicator, Rack #3 This indicator is used to specify the third rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the third rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4653) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4654) Rack Indicator, Rack #4 This indicator is used to specify the fourth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the fourth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4654) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4655) Rack Indicator, Rack #5 This indicator is used to specify the fifth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the fifth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4655) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4656) Rack Indicator, Rack #6 This indicator is used to specify the sixth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the sixth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4656) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4657) Rack Indicator, Rack #7 This indicator is used to specify the seventh rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the seventh rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4657) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4658) Rack Indicator, Rack #8 This indicator is used to specify the eighth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the eighth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4658) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4659) Rack Indicator, Rack #9 This indicator is used to specify the ninth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the ninth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4659) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4660) Rack Indicator, Rack #10 This indicator is used to specify the tenth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the tenth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4660) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4661) Rack Indicator, Rack #11 This indicator is used to specify the eleventh rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the eleventh rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4661) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4662) Rack Indicator, Rack #12 This indicator is used to specify the twelfth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the twelfth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4662) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4663) Rack Indicator, Rack #13 This indicator is used to specify the thirteenth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the thirteenth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4663) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4664) Rack Indicator, Rack #14 This indicator is used to specify the fourteenth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the fourteenth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4664) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4665) Rack Indicator, Rack #15 This indicator is used to specify the fifteenth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the fifteenth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4665) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4666) Rack Indicator, Rack #16 This indicator is used to specify the sixteenth rack of a multi rack complex. It is also used to specify that a rack mounted device (such as an I/O drawer) is to be mounted in the sixteenth rack of a multi rack complex. Attributes provided: Rack specify Attributes required: Rack For 7040-671: (#4666) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#4962) 10/100 Mbps Ethernet PCI Adapter II (No Longer Available as of March 31, 2006) The 10/100 Mbps Ethernet PCI Adapter II is a small form factor, single port PCI ethernet adapter. This high performance, low power ethernet 10/100Mbps LAN adapter can be used in both client and server PCI systems. The 10/100 Mbps Ethernet PCI Adapter II provides both 10Base-T and 100Base-TX full duplex ethernet LAN connectivity. The adapter supports Category-5 unshielded twisted pair cabling for both 10/100 Mbps and Category-3 unshielded twisted pair cabling for 10 Mbps. The 10/100 Mbps Ethernet PCI Adapter II supports: Half / Full-Duplex 10/100 Mbps Ethernet interface 10/100 Mbps data rates Auto-negotiation for 10/100 speed and half/full-duplex Network boot capability and Network Install Manager (NIM) IEEE 802.3 Ethernet Specification IEEE 802.3u Fast Ethernet Specification After 4/26/02, the 10/100 Mbps Ethernet PCI Adapter II supports the off-load of IP Security cryptographic algorithms by providing hardware assistance in performing data encryption and authentication. This support is provided with AIX 5.1 (with appropriate software updates)and later software. This IP Security function, normally performed with encryption software by the host, is off-loaded to this adapter to enhance network traffic throughput and reduce CPU utilization. If you are running with AIX 5.1, to invoke the IP Security function on the adapter, you must obtain AIX 5.1 software updates IY27069 and IY26514 or the 5100-02 Recommended Maintenance package. These updates can be obtained by ordering APAR IY28102, or by ordering the AIX 5.1 Update CD (LCD4-1103-03) dated 4/2002 or later. Note: This IP Security function is not supported with AIX 4.3 software. Attributes provided: One 10/100 Mbps Ethernet port (connector) Attributes required: One PCI slot For 7040-671: (#4962) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This adapter is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Adapters for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. A maximum of one #4962 adapters are allowed per #7316 HMC. An additional function called 'Large Send' or sometimes known as TCP Segmentation is also available. This function offloads the TCP segmentation operation from the AIX IP layer to the adapter for outgoing (transmit side) TCP segments. Another function known as "Checksum Offload" which offloads the TCP/UDP Checksum Operation or workload from the CPU to the adapter is also available. Both of these functions are available with AIX version 5.1 with APAR IY38248 or later software, or AIX version 5.2 with APAR IY38492 or later software. (#5005) Software Preinstall Licensed programs may be preinstalled on the media selected. To order this option, specify code (#5005) on the initial system order. The preinstalled licensed programs will be at the same release level as programs being shipped from the Program Libraries at the time the system is manufactured. Attributes provided: None Attributes required: None For 7040-671: (#5005) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#5247) 4-Way POWER4+ Processor with 128MB L3 Cache (No Longer Available as of June 24, 2005) This feature is a multi-chip module (MCM) which provides four 1.5GHz POWER4+ processors and incorporates 5.6MB of shared Level 2 cache. This feature also provides four 32MB level 3 cache modules for 128MB of L3 cache. Attributes provided: 4-Way POWER4+ 1.5GHz MCM and 128MB L3 cache Attributes required: Empty processor position For 7040-671: (#5247) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply Note: This feature requires #6418 - Support Processor with Remote I/O-2 (RIO-2) Loop Attachment. (#5248) 8-Way POWER4+ Processor with 128MB L3 Cache This feature is a multi-chip module (MCM) which provides eight 1.5GHz POWER4+ processors and incorporates 5.6MB of shared Level 2 cache. This feature also provides four 32MB level 3 cache modules for 128MB of L3 cache. Attributes provided: 8-Way POWER4+ 1.5GHz MCM and 128MB L3 cache Attributes required: Empty processor position For 7040-671: (#5248) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 2) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires #6418 - Support Processor with Remote I/O-2 (RIO-2) Loop Attachment. This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#5251) Processor Clock Card, Programmable (No Longer Available as of November 18, 2005) This feature provides programmable processor and system clocking. Attributes provided: Programmable clock card Attributes required: Empty clock card position For 7040-671: (#5251) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#5253) 4-Way POWER4 Processor with 128 MB L3 Cache (No Longer Available as of December 31, 2003) This feature is a multi-chip module (MCM) which provides four 1.1 GHz POWER4 processors and incorporates 5.6 MB of shared Level 2 cache. This feature also provides four 32 MB Level 3 cache modules for 128 MB of L3 cache. Attributes provided: 4-Way POWER4 1.1 GHz MCM and 128 MB L3 cache Attributes required: Empty processor position For 7040-671: (#5253) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#5256) 8-Way POWER4 Processor with 128 MB L3 Cache (No Longer Available as of December 10, 2004) This feature is a multi-chip module (MCM) which provides eight 1.1 GHz POWER4 processors and incorporates 5.6 MB of shared Level 2 cache. This feature also provides four 32 MB Level 3 cache modules for 128 MB of L3 cache. Attributes provided: 8-Way POWER4 1.1 GHz MCM and 128 MB of L3 cache Attributes required: Empty processor position For 7040-671: (#5256) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 2) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: Yes Note: This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#5723) 2 Port Asynchronous EIA-232 PCI Adapter Connection for 2 Asynchronous EIA-232 devices. Ports are Programmable to support EIA-232 protocols, at a line speed of 128K bps. Attributes provided: 2 Asynchronous Ports Attributes required: One PCI Slot For 7040-671: (#5723) Minimum required: 0 Maximum allowed: 20 (Initial order maximum: 20 ) OS level required: AIX V5.2 or higher. For Linux information, refer to the following Web site: http://www.ibm.com/servers/eservers/pseries/hardware/ factsfeatures.html   Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#5752) 4.7 GB SCSI DVD-RAM Drive The 4.7 GB SCSI DVD-RAM Drive is an internal tray loading, multifunction storage device capable of reading and writing 4.7GB DVD-RAM discs as well as reading a multitude of other optical media discs. This drive also reads Type II (removable from cartridge) DVD-RAM discs. It is a half high form factor, multi-session capable, DVD-RAM drive which provides state of the art performance. System boot and install functions are supported with CD-ROM and DVD-RAM media. Characteristics: Media Data Transfer Rate: 4800 KB/sec CD-ROM (32X) max @ outer diameter; 13.5 MB/sec read (10X DVD-ROM); 2.77 MB/sec write (2X DVD-RAM) and 2.77 MB/sec read (2X DVD-RAM) Interface: SCSI Average Random Access Time: 110 ms CD-ROM; 130 ms DVD-ROM; 150 ms DVD-RAM Buffer Memory: 2 MB Loading tray accommodates both 8cm discs and 12cm discs. Operates in either vertical or horizontal position (8cm discs in horizontal position only) Reads multi-session discs Reads CD-ROM, CD-R, CD-RW, DVD-ROM, & DVD-RAM discs. Reads 2.6GB DVD-RAM media; reads and writes 4.7GB and 9.4GB double-sided DVD-RAM media Supports all major CD-ROM formats including Mode 1, Mode 2, XA, CDDA and audio Limitations: DVD video is not supported. Drive only reads CD-type formatted media with AIX 5.1. Attributes provided: One 4.7GB IDE DVD-RAM Drive Attributes required: One half high media bay For 7040-671: (#5752) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX 5.1, 5.2 or later. For Linux, Refer to the following URL for systems and features that operate with Linux: http://www.ibm.com/servers/eserver/pseries/ hardware/factsfeatures.html   Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: One device capable of reading CD media is required per 7040-671. This DVD RAM may be mounted in the rear bays of the #8692 media drawer only if the operating environment is maintained at 24 degrees C (75.2 degrees F) or below. This device is allowed in the rear bays of the #8692 media drawer only on systems installed at 2134 meters (7000 ft) or below. (#6120) IBM 80/160 GB Internal Tape Drive with VXA Technology The IBM 80/160 GB Internal Tape Drive with VXA** Technology is a 5.25-inch, half-high, Ultra2 LVD 16-bit tape drive, which provides a high capacity for save/restore and achieve functions. This tape drive uses VXAtape** data cartridges and is compression capable, providing a capacity of up to 160 GB - a significant increase in capacity over the previous internal tape drives. Characteristics: Capacity: 80 GB native mode, 160 GB (typical) compression mode Form Factor: 5.25-inch half high Media: uses VXAtape data cartridges Technology: Helical scan, rotating head Operation: Streaming Data Transfer Rate: 6MBps native mode, 12MBps (typical) compression Interface: SCSI-2 (LVD/SE) asynchronous/synchronous Compatability: 80 GB mode (Read/Write), 160 GB compression (Read/Write) Attributes provided: One 80/160 GB internal tape drive Attributes required: One 1.6-inch (41mm) half-high media bay and one SCSI-2 internal 16-bit address The IBM 80/160 GB Internal Tape Drive with VXA Technology (#6120) is limited to systems without Primary Integrated Battery Backup (#6200) or Redundant Integrated Battery Backup (#6201) installed, Media Drawer (#8692) front bay locations only, and a maximum system ambient operating temperature of 28 C (82.4 F) at a maximum operating altitude of 2134 m (7000 ft). Lower altitudes have higher maximum ambient operating temperatures. Refer to the 7040 System Planning Guide for additional details. For 7040-671: (#6120) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later, AIX 5.2 or later. Linux - Refer to the following URL for systems and features that operate with Linux: www.ibm.com/servers/eserver/pseries/hardware/factsfeatures.html Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#6158) 20/40GB 4mm Internal Tape Drive The 20/40 GB 4-mm Internal Tape Drive is a 5.25-inch, half-high, single-ended 16-bit tape drive, which provides a high capacity for save/restore and achieve functions. This tape drive uses IBM 4-mm data cartridges and is compression capable, providing a capacity of up to 40 GB - a significant increase in capacity over the previous 12/24 4-mm internal tape drives (when using DDS-4 media). Characteristics: Capacity: 20 GB native mode, 40 GB (typical) compression mode Form Factor: 5.25-inch half high Media: IBM 4-mm DDS-4 data cartridge Technology: Helical scan, rotating head Operation: Streaming Data Transfer Rate: 3MBps native mode, 6 MBps (typical) compression Interface: SCSI-2 (single ended) asynchronous/synchronous Compatibility: 4 GB mode (Read/Write), 8 GB compression (Read/Write); 12 GB mode(Read/Write), 24 GB compression (Read/Write), 20 GB mode (Read/Write), 40 GB compression (Read/Write). Note: MES orders are shipped with both a black and a white bezel. Attributes provided: 4mm tape capability Attributes required: One 1.6-inch (41mm) half-high media bay and one SCSI-2 internal SE 16-bit address For 7040-671: (#6158) Minimum required: 0 Maximum allowed: 3 (Initial order maximum: 3) OS level required: AIX 5.1 or later. Linux - Refer to the following URL for systems and features that operate with Linux: www.ibm.com/servers/eserver/pseries/hardware/factsfeatures.html Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This 4 mm tape may be mounted in the rear bays of the #8692 media drawer only if the operating environment is maintained at 24 degrees C (75.2 degrees F) or below. (#6161) Cable Group, Power Controller to CEC and Fans (No Longer Available as of November 18, 2005) This cable group provides power cables from the Power Controller to the CEC and four cooling fans. Attributes provided: Power cabling for CEC and fans Attributes required: Empty Power connection For 7040-671: (#6161) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#6162) Interface Cable, Service Processor to Power Subsystem (No Longer Available as of November 18, 2005) This cable provides an interface between the power subsystem and the system service processor. Attributes provided: Service Processor Interface Cable Attributes required: None For 7040-671: (#6162) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#6170) Power Converter Assembly, Central Electronics Complex (No Longer Available as of November 18, 2005) This feature converts power from the bulk power assembly to the voltage levels required for the components in the systems Central Electronics Complex. Attributes provided: CEC Power Converter Attributes required: Empty Power Converter Location For 7040-671: (#6170) Minimum required: 2 Maximum allowed: 2 (Initial order maximum: 2) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply Note: Two of these regulators are required to provide sufficient power to support the CEC planar components, memory, and the first processor module. (#6181) Power Cable Group, CEC to Power Controller, First Processor Module (No Longer Available as of November 18, 2005) This power cable group provides power from the power controller to the power converter assembly for the first processor module location in the CEC. Attributes provided: Power Cables Attributes required: 1st processor module power converter and empty power connection. For 7040-671: (#6181) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply Note: Required for first processor module. (#6182) Power Cable Group, CEC to Power Controller, Second Processor Module This power cable group provides power from the power controller to the power converter assembly for the second processor module location in the CEC. Attributes provided: Power Cables Attributes required: 2nd processor module power converter and empty power connection. For 7040-671: (#6182) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: Required for second processor module. (#6189) DC Power Converter, CEC, Additional This feature converts power from the bulk power assembly to the voltage levels required for the components in the systems Central Electronics Complex. Attributes provided: CEC Power Converter Attributes required: Empty Power Converter Location For 7040-671: (#6189) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is utilized when adding a second processor module to the system CEC. (#6198) Capacitor Book, Two Processor Modules Capacitor books are required for processor modules installed in the system Central Electronics Complex. One capacitor book is required for each two populated processor module locations. Attributes provided: Capacitor Book Attributes required: Empty Capacitor Book Position For 7040-671: (#6198) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#6404) Support Processor with Remote I/O Loop Attachment, Two Loops (No Longer Available as of November 18, 2005) This feature provides the systems Support (Service) Processor and four RIO (Remote I/O) ports for connection of two RIO loops. Attributes provided: Support Processor and four RIO Ports Attributes required: Empty first SP and RIO Port Position For 7040-671: (#6404) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#6410) Remote I/O Loop Adapter, Four Loop This feature provides eight additional RIO (Remote I/O) ports for connection of four RIO loops. Attributes provided: Eight RIO Ports Attributes required: Empty RIO Port Position For 7040-671: (#6410) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#6418) Support Processor with Remote I/O-2 (RIO-2) Loop Attachment, Two Loops This feature provides the systems Support (Service) Processor and four RIO-2 (Remote I/O-2) ports for connection of two RIO-2 loops. Attributes provided: Support Processor and four RIO-2 Ports Attributes required: Empty first SP and RIO-2 Port Position For 7040-671: (#6418) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#6419) Remote I/O-2 (RIO-2) Loop Adapter, Four Loop This feature provides eight additional RIO-2 (Remote I/O-2) ports for connection of four RIO-2 loops. Attributes provided: Eight RIO-2 Ports Attributes required: Empty RIO-2 Port Position and Support Processor with Remote I/O-2 (RIO-2) Loop Attachment (#6418) For 7040-671: (#6419) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#7043) 32GB 633MHz CUoD Memory Card, Inward Facing, 16GB Active This feature provides one inward facing 32GB 633MHz CUoD Memory card with 16GB of memory active. It is utilized to provide memory Capacity Upgrade on Demand. Attributes provided: 32GB inward facing memory card with 16GB active Attributes required: Empty inward facing memory position For 7040-671: (#7043) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4 ) OS level required: AIX 5L Version 5.1 with the 5100-05 Recommended Maintenance package (APAR IY48486), or later. or AIX 5L Version 5.2 with the 5200-02 Recommended Maintenance package (APAR IY48488), or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: Feature #7043 must be ordered in pairs. This feature requires returned parts when shipped as a feature converson only. Standard MES shipments do not require return of parts. (#7050) 16GB 567MHz CUoD Memory Card, Inward Facing, 8GB Active This feature provides one inward facing 16GB 567MHz CUoD Memory card with 8GB of memory active. It is utilized to provide memory Capacity Upgrade on Demand. Attributes provided: 16GB inward facing memory card with 8GB active Attributes required: Empty inward facing memory position For 7040-671: (#7050) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: Feature #7050 must be ordered in pairs. This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#7054) 32GB 567MHz CUoD Memory Card, Inward Facing, 16GB Active (For IBM, No Longer Available as of May 24, 2004) This feature provides one inward facing 32GB 567MHz CUoD Memory card with 16GB of memory active. It is utilized to provide memory Capacity Upgrade on Demand. Attributes provided: 32GB inward facing memory card with 16GB active Attributes required: Empty inward facing memory position For 7040-671: (#7054) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: Feature #7054 must be ordered in pairs. This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#7060) 4GB CUoD Memory Activation for Feature #7050 and #7051 This feature provides a 4GB memory activation for FC #7050 or #7051 CUoD memory cards Attributes provided: 4GB memory activation Attributes required: #7050 or #7051 CUoD memory card with inactive memory. For 7040-671: (#7060) Minimum required: 0 Maximum allowed: 8 (Initial order maximum: 8) OS level required: AIX Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: Yes Return parts MES: No (#7061) 4GB CUoD Memory Activation for Feature #7054 and #7055 This feature provides a 4GB memory activation for FC #7054 or #7055 CUoD memory cards Attributes provided: 4GB memory activation Attributes required: #7054 or #7055 CUoD memory card with inactive memory. For 7040-671: (#7061) Minimum required: 0 Maximum allowed: 16 (Initial order maximum: 16) OS level required: AIX Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: Yes Return parts MES: No (#7064) 4GB CUoD Memory Activation for Feature #7043 and #7045 This feature provides a 4GB memory activation for FC #7043 or #7045 CUoD memory cards Attributes provided: 4GB memory activation Attributes required: #7043 or #7045 CUoD memory card with inactive memory. For 7040-671: (#7064) Minimum required: 0 Maximum allowed: 16 (Initial order maximum: 16) OS level required: AIX 5L Version 5.1 with the 5100-05 Recommended Maintenance package (APAR IY48486), or later. or AIX 5L Version 5.2 with the 5200-02 Recommended Maintenance package (APAR IY48488), or later. Initial Order/MES/Both/Supported: Both CSU: Yes Return parts MES: No (#7316) Hardware Management Console II, Black (No Longer Available as of December 31, 2002) The IBM Hardware Management Console for pSeries (HMC) is a dedicated desktop workstation which provides a graphical user interface for configuring and operating pSeries servers functioning in either SMP or Logical Partitioning (LPAR) environments. It incorporates a set of hardware management applications for configuring and partitioning the server. The HMC provides a set of functions that are necessary to manage LPAR configurations. These functions include: Create and store LPAR profiles which define the processor, memory, and I/O resources allocated to an individual partition Starting, stopping, and resetting a system partition Boot a partition or system by selecting a profile Display system and partition status Display a virtual operator panel of the contents for each partition or controlled system The HMC also provides a service focal point for the systems it controls. It is connected to the service processor of the system via a dedicated link. The HMC provides tools for problem determination and service support, such as call-home and error log notification. The HMC is a dedicated function device. It is utilized only for the control and service functions of the pSeries servers it serves. It is not available for use as a general purpose computing resource. This HMC has the following fixed hardware attributes: 1GB of system memory 40 GB minimum hard disk DVD-RAM for configuration backup Two - Integrated serial ports One - Integrated graphics port One - Integrated Ethernet port One - Mouse Attributes provided: Hardware Management Console Attributes required: pSeries Server For 7040-671: (#7316) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 2) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#7400) 8-Way POWER4+ CUoD Processor with 128MB L3 Cache, 4-Way Active This feature provides an 8-way 1.5GHz MCM (equivalent of #5248) with four processors active. It also provides four 32MB Level 3 cache modules for 128MB of L3 cache. It is utilized to provide processor Capacity Upgrade on Demand. Attributes provided: 8-Way POWER4+ MCM with 4 Processors Active and 128MB of L3 Cache Attributes required: Empty Processor Position For 7040-671: (#7400) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 2) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: Feature conversion only Note: This feature requires #6418 - Support Processor with Remote I/O-2 (RIO-2) Loop Attachment. This feature requires returned parts when shipped as a feature conversion only. Standard MES shipments do not require return of parts. (#7401) 8-Way POWER4+ CUoD Processor with 128MB L3 Cache, 0-Way Active This feature provides an 8-way 1.5GHz MCM (equivalent of #5248) with no processors active. It also provides four 32MB Level 3 cache modules for 128MB of L3 cache. It is used to provide a backup server configuration with redundant capacity. This feature includes thirty days of activation for all eight processors, which can be turned on at any time to protect against unplanned system outages. Attributes provided: 8-Way POWER4+ MCM with No Processors Active and 128MB of L3 Cache, with 30 days of activation Attributes required: Feature 7400 processor card For 7040-671: (#7401) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or AIX 5.2 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#7402) 8-Way POWER4 CUoD Processor with 128MB L3 Cache, 4-Way Active (No Longer Available as of December 10, 2004) This feature provides an 8-way 1.1GHz MCM (equivalent of #5256) with four processors active. It also provides four 32MB Level 3 cache modules for 128MB of L3 cache. It is utilized to provide processor Capacity Upgrade on Demand. Attributes provided: 8-Way POWER4 MCM with 4 Processors Active and 128MB of L3 Cache Attributes required: Empty Processor Position For 7040-671: (#7402) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS Level Required: AIX 5L V5.1 (with AIX 51-003 or higher Recommended Maintenance Package and PTFs U483632 and U483633) or later Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#7410) Two Processor Activation for CUoD Processor Feature #7400 This feature provides a two processor activation for processor CUoD MCM feature #7400. Attributes provided: Two processor activation for CUoD feature #7400 Attributes required: CUoD Processor #7400 with two inactive processors For 7040-671: (#7410) Minimum required: 0 Maximum allowed: 4 (Initial order maximum: 4) OS level required: AIX Version 5.1 with 5100-04 Recommended Maintenance package (APAR IY39794) and APAR IY36771 or later, or Version 5.2 with 5200-01 Recommended Maintenance package (APAR IY39795) and APAR IY36772 or later. Initial Order/MES/Both/Supported: Both CSU: Yes Return parts MES: No (#7412) Two Processor Activation for CUoD Processor Feature #7402 This feature provides a two processor activation for processor CUoD MCM feature #7402. Attributes provided: Two processor activation for CUoD feature #7402 Attributes required: CUoD Processor #7402 with two inactive processors For 7040-671: (#7412) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 2) OS Level Required: AIX 5L V5.1 (with AIX 51-003 or higher Recommended Maintenance Package and PTFs U483632 and U483633) or later Initial Order/MES/Both/Supported: MES CSU: Yes Return parts MES: No (#7420) On/Off CoD 30-Day Two Processor Activation for Processor Feature #7400 This On/Off CoD (Capacity on Demand) feature provides thirty days of usage for two processors on CUoD (Capacity Upgrade on Demand) processor feature #7400. Attributes provided: Thirty days of usage for two processors Attributes required: Two inactive processors on CUoD processor feature #7400 For 7040-671: (#7420) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: No Max) OS level required: None Initial Order/MES/Both/Supported: Both CSU: Yes Return parts MES: No (#7422) On/Off CoD 30-Day Two Processor Activation for Processor Feature #7402 This On/Off CoD (Capacity on Demand) feature provides thirty days of usage for two processors on CUoD (Capacity Upgrade on Demand) processor feature #7402. Attributes provided: Thirty days of usage for two processors Attributes required: Two inactive processors on CUoD processor feature #7402 For 7040-671: (#7422) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: No Max) OS level required: None Initial Order/MES/Both/Supported: MES CSU: Yes Return parts MES: No (#8120) Attachment Cable, Hardware Management Console to Host, 6-Meter This 6-meter cable provides an asynch connection between the HMC (Hardware Management Console) and the host system. It provides a 9-pin female connector for HMC connection and a 9-pin male connection to attach to the HMC port on the host system. A 9-pin to 25-pin adapter is also provided. Attributes provided: 6-meter HMC attachment cable Attributes required: Empty 9-pin asynch port on HMC For 7040-671: (#8120) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: No Max) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#8121) Attachment Cable, Hardware Management Console to Host, 15-Meter This 15-meter cable provides an asynch connection between the HMC (Hardware Management Console) and the host system. It provides a 9-pin female connector for HMC connection and a 9-pin male connection to attach to the HMC port on the host system. A 9-pin to 25-pin adapter is also provided. Attributes provided: 15-meter HMC attachment cable Attributes required: Empty 9-pin asynch port on HMC For 7040-671: (#8121) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: No Max) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No (#8131) 128-Port Asynchronous Controller Cable, 4.5 Meter This cable provides attachment between the 128-port Asynchronous Controller and the first RAN in a daisy chain, or attachment between RANs in the daisy chain. Attributes provided: Links 128-port Async Controller to RAN or RAN-to-RAN Attributes required: (1) 128-port Async Controller or RAN-to-RAN connection in a daisy chain. For 7040-671: (#8131) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#8132) 128-Port Asynchronous Controller Cable, 23cm (9-Inch) This cable may be substituted for the 4.5 meter (15 foot) async controller cable whenever a customer configuration requires stacked Remote Async Nodes. Attributes provided: Links 128-port Async Controller to RAN or RAN-to-RAN Attributes required: (1) 128-port Async Controller or RAN-to-RAN connection in a daisy chain. For 7040-671: (#8132) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#8133) RJ-45 to DB-25 Converter Cable This cable can be used to attach EIA-232 devices to the 16 port EIA 232 Remote Async Node (FC 8130 or FC 8134) for the 128-Port Async subsystem. This cable provides a 25-pin D shell connector for device attachment. Four cables are provided per each order. Attributes provided: 4 DB-25 EIA-232 ports Attributes required: 4 RJ-45 ports from a RAN (8130, 8134, 8136) For 7040-671: (#8133) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#8137) Enhanced Remote Asynchronous Node 16-Port EIA-232 (No Longer Available as of March 31, 2006) Provides remote connection of up to 16 EIA-232 devices to a 128-Port Asynchronous Controller. Each port can be individually programmed to provide a asynchronous connection of 230 Kbaud, but a limited number of ports in a maximum configuration (128 ports) can be supported at this baud rate. Operation of 16 to 128 ports by supporting up to 8 RANs (4 per synchronous line) with either a Micro Channel, ISA or PCI host adapter. Ability to monitor individual port operation, synchronous line station, and other diagnostics from front panel. Built-in diagnostics can test ports independent of RS/6000 host. Full modem control supports the following interface signals: TxD, RxD, RTS, CTS, DSR, DCD, DTR, RI. The same RJ-45 to DB-25 Converter Cable (feature #8133 -- quantity four per order) currently used on the existing RANs can be used to attach devices having a DB-25 connector to the Remote Async Nodes. Individual ports support a maximum EIA-232 distance of up to 31 meters (100 feet), depending on the baud rate. Use of the same cabling from host to RAN and RAN to RAN: feature #8131 (4.5 meter), feature #8132 (23 cm) or customer supplied cables. Location of RAN up to 330 meters (sync data rate set at 1.2 Mbps) from host using standard shielded 8-wire twisted pair cabling. Remote operation via synchronous modems or CSU/DSU extends the distance and allows location of RANs at geographically distant location from the host. Attributes provided: 16 EIA-232 Async ports Attributes required: One 128-port adapter per eight (#8137s) For 7040-671: (#8137) Minimum required: 0 Maximum allowed: No Max (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#8692) Media Drawer, Operator Panel, Diskette (No Longer Available as of November 18, 2005) The media drawer feature provides the system operator panel, a diskette drive, and four bays for media devices. The media drawer is divided into front and rear sections. Each section of the media drawer is powered separately from a 7040-61D I/O drawer and must be cabled to separate SCSI PCI adapters. The front section contains the operator panel, diskette drive, and two media bays. It must contain one device capable of reading CD-ROM media. Use of the rear half of the media drawer is optional. It contains space for two additional media devices if desired. These devices are accessible from the rear of the system. Attributes provided: Operator Panel, Diskette Drive, and up to four media bays Attributes required: 6040-61D I/O Drawer and SCSI PCI attachment For 7040-671: (#8692) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: AIX 5.1 or later Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#8700) Quiet Touch Keyboard - Business Black, US English, #103P Attributes provided: Quiet and soft-touch key depression,3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8700) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8701) Quiet Touch Keyboard - Business Black, French, #189 Attributes provided: Quiet and soft-touch key depression, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8701) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8702) Quiet Touch Keyboard - Business Black, Italian, #142 Attributes provided: Quiet and soft-touch key depression, Euro currency key, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8702) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8703) Quiet Touch Keyboard - Business Black, German/Austrian, #129 Attributes provided: Quiet and soft-touch key depression, Euro currency key, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8703) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8704) Quiet Touch Keyboard - Business Black, UK English, #166 Attributes provided: Quiet and soft-touch key depression, Euro currency key, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8704) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8705) Quiet Touch Keyboard - Business Black, Spanish, #172 Attributes provided: Quiet and soft-touch key depression, Euro currency key, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8705) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8706) Quiet Touch Keyboard - Business Black, Japanese, #194 Attributes provided: Quiet and soft-touch key depression, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8706) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8729) Quiet Touch Keyboard - Business Black, LA Spanish, #171 Attributes provided: Quiet and soft-touch key depression, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8729) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8735) Quiet Touch Keyboard - Business Black, French Canadian, #445 Attributes provided: Quiet and soft-touch key depression, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8735) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8738) Quiet Touch Keyboard - Business Black, Russian, #443 Attributes provided: Quiet and soft-touch key depression, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8738) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#8740) Quiet Touch Keyboard - Business Black, US English ISO9995, #103P Attributes provided: Quiet and soft-touch key depression, 3-meter keyboard cable, removable wrist rest, Business Black color, standard 6-pin mini-DIN connection. Attributes required: Supported RS/6000 system with proper AIX operating system installed. For 7040-671: (#8740) Minimum required: 0 Maximum allowed: 2 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No Note: This keyboard is to be ordered with the 7040-671 for use with the Hardware Management Console feature #7316 only. Keyboards for general purpose use on pSeries 670 systems are ordered with the 7040-61D I/O drawer. Maximum of one keyboard per #7316 Hardware Management Console. (#9004) Southern Hemisphere Designator for Monitors Specifies that southern hemisphere models are required for all monitors on the initial plant order or on MES orders. Attributes provided: None Attributes required: Monitor For 7040-671: (#9004) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 0) OS level required: None Initial Order/MES/Both/Supported: MES CSU: No Return parts MES: No (#9300) Language Group Specify - US English English language group for nomenclature and standard publications. Attributes provided: None Attributes required: None For 7040-671: (#9300) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9670) Manufacturing Optimization Indicator (No Longer Available as of November 18, 2005) This feature identifies systems produced under a revised manufacturing process. Attributes provided: None Attributes required: None For 7040-671: (#9670) Minimum required: 1 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9703) Language Group Specify - French French language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9703) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9704) Language Group Specify - German German language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9704) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9705) Language Group Specify - Polish Polish language group for Nomenclature and Standard Publications. Attributes provided: none Attributes required: none For 7040-671: (#9705) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9707) Language Group Specify - Portuguese Portuguese language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9707) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9708) Language Group Specify - Spanish Spanish language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9708) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9711) Language Group Specify - Italian Italian language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9711) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9712) Language Group Specify - Canadian French Canadian French language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9712) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9714) Language Group Specify - Japanese Japanese language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9714) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9715) Language Group Specify - Traditional Chinese (Taiwan) Traditional Chinese language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9715) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9716) Language Group Specify - Korean Korean language group for Nomenclature and Standard Publications. Attributes provided: None Attributes required: None For 7040-671: (#9716) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9718) Language Group Specify - Turkish Turkish language group for nomenclature and publications. Attributes provided: None Attributes required: None For 7040-671: (#9718) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9719) Language Group Specify - Hungarian Hungarian language group for Nomenclature and Standard Publications. Attributes provided: none Attributes required: none For 7040-671: (#9719) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9720) Language Group Specify - Slovakian Slovakian language group for Nomenclature and Standard Publications. Attributes provided: none Attributes required: none For 7040-671: (#9720) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9721) Language Group Specify - Russian Russian language group for nomenclature and standard publications. Attributes provided: None Attributes required: None For 7040-671: (#9721) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9722) Language Group Specify - Simplified Chinese (PRC) Simplified Chinese language group for nomenclature and standard publications. Attributes provided: None Attributes required: None For 7040-671: (#9722) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9724) Language Group Specify - Czech Czech language group for nomenclature and standard publications. Attributes provided: None Attributes required: None For 7040-671: (#9724) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9800) Power Cord Specify - United States/Canada The following countries use the #9800 power cord to power the system unit and/or peripheral features requiring a power cord. DOM U.S. 649 CANADA 832 SAUDI ARABIA 619 BAHAMAS 621 BARBADOS 627 BERMUDA 629 BOLIVIA 631 BRAZIL 661 COLOMBIA 663 COSTA RICA 681 DOMINICAN REPUBLIC 683 ECUADOR 829 EL SALVADOR 731 GUATEMALA 640 GUYANA 735 HONDURAS 759 JAMAICA 781 MEXICO 791 NETHERLANDS ANTILLES 811 PANAMA 843 SURINAM 859 TRINIDAD 871 VENEZUELA 760 JAPAN 761 JAPAN (PDS) 766 KOREA 818 PHILIPPINES 858 TAIWAN Attributes provided: power cord Attributes required: None For 7040-671: (#9800) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9802) Power Cord Specify - Brazil (125V, 15A) Attributes provided: power cord Attributes required: None For 7040-671: (#9802) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Initial CSU: Does not apply Return parts MES: Does not apply (#9820) Power Cord Specify - Belgium, Finland, France (250V, 16A) Attributes provided: power cord Attributes required: None For 7040-671: (#9820) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9821) Power Cord Specify - Denmark (250V, 10A) Attributes provided: power cord Attributes required: None For 7040-671: (#9821) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9825) Power Cord Specify - United Kingdom (250V, 13A) Attributes provided: power cord Attributes required: None For 7040-671: (#9825) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9827) Power Cord Specify - Israel (250V, 6-16A) Attributes provided: power cord Attributes required: None For 7040-671: (#9827) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9828) Power Cord Specify - Switzerland (250V, 10A) Attributes provided: power cord Attributes required: None For 7040-671: (#9828) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9829) Power Cord Specify - South Africa/Pakistan (250V, 16A) Attributes provided: power cord Attributes required: None For 7040-671: (#9829) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9830) Power Cord Specify - Italy (250V, 10A and 16A) Attributes provided: power cord Attributes required: None For 7040-671: (#9830) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9831) Power Cord Specify - Argentina (250V, 10A) Attributes provided: power cord Attributes required: None For 7040-671: (#9831) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9833) Power Cord Specify - Thailand (250V, 15A) Attributes provided: power cord Attributes required: None For 7040-671: (#9833) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. (#9834) Power Cord Specify - Uruguay (250V, 10A) Attributes provided: power cord Attributes required: None For 7040-671: (#9834) Minimum required: 0 Maximum allowed: 1 (Initial order maximum: 1) OS level required: None Initial Order/MES/Both/Supported: Both CSU: No Return parts MES: No Note: This feature is ordered with the 7040-671 to specify the appropriate power cords for the Hardware Management Console (feature #7315) and it's associated displays only. Power cabling for the 7040-671 Central Electronics Complex is provided from the bulk power assemblies in the 7040-61R rack and does not utilize this feature. Feature Exchanges Not available. Back to top   Accessories None. Customer Replacement Parts None. Back to top   Machine Elements None. Back to top   Supplies None. Diskettes None. Trademarks (R), (TM), * Trademark or registered trademark of International Business Machines Corporation. ** Company, product, or service name may be a trademark or service mark of others. 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