7017-S80详细参数:
7017-S80

Latest member of the S-family of 64-bit enterprise servers. The S80 blends new copper technology and enhanced backplane speeds. The S80 is scalable to 24 processors (24-way) using 64-bit 450 MHz RS64 III processors with 8 MB of Level 2 (L2) cache per processor. The entry configuration is a 6-way system with 2.0GB memory and 9.1GB disk.

Memory is expandable to to 64.0GB with 2.0GB standard (4.0GB minimum recommended).

The Model S80 is packaged as a Central Electronics Complex and an I/O rack.

The I/O subsystem supports five 32-bit and nine 64-bit standard PCI adapters for a total of 14 PCI slots per I/O drawer. These utilize four independent PCI buses per drawer providing up to 500 MB per second aggregate bandwidth per drawer. The system is expandable to 56 PCI adapter slots (three of which are reserved for the service processor and the two required Ultra SCSI adapters)

12 hot swap disk bays - expandable to 48. (Up to 873.6GB internal disk).
2 media bays (one of which is reserved for the CD-ROM drive) - expandable to 8.

The I/O rack contains the first I/O drawer with:
Service processor
High-performance disk drive
32X Maximum speed CD-ROM
1.44 MB, 3.5-inch diskette drive
Two PCI disk adapters

Up to three additional Model S80 I/O drawers can be added (four per server). Additional I/O racks can also be ordered with the Model S80. Existing RS/6000 7015 Model R00 racks or the 7014 Model S00 rack can also be used for additional storage and communication drawers. The remaining space in the I/O racks is used for various storage and communication subsystems.

S80 is shipped and delivered with all the internal adapters and devices already installed and configured. AIX Version 4.3.3 software is included with every Model S80 and can be preinstalled, if desired.

System power supplies are designed for either 12-way or 24-way configurations.
Support for Ultra SCSI, SSA, and FCAL interfaces
Support for 32-bit and 64-bit applications
AIX (1 - 2 users) license included

Reliability, availability, and serviceability (RAS) providing:
Error checking and correcting (ECC) system memory and cache
I/O link failure recovery
Disk drives that can be hot-swapped
Environmental sensing
N+1 Power
N+1 Cooling units
Service processor for integrated system monitoring
Concurrent diagnostics

Open industry standards, such as Open Firmware based on IEEE P1275 standard.
RAID support SSA. The operating system provides RAID 0 and 1. The optional SSA RAID adapter provides RAID level 0, 1, and 5.

Upgrades are available from existing S70 Advanced systems.

Reliability -- Fault tolerance
N+1 power subsystem provides redundancy in case of failures in either the bulk or regulated power subsystems. Concurrent repair is supported on the bulk supplies while the regulators will initiate a deferred repair scenario. Optional uninterruptible power supply (UPS) systems are supported for this system.

The CEC cooling subsystem also has N+1 blowers, which can be replaced concurrently. In the I/O units, N+1 power and cooling is provided with the capability for concurrent repair.

Constant power monitoring hardware assists in detection of early loss of source power and notifies the operating system to effect an orderly shutdown. This same power monitoring hardware detects the loss of redundant bulk power supplies, regulators, fans, and blowers and reports them to the operating system for logging in the system error log and for notification for deferred maintenance.

The Model S80 uses AIX online (concurrent) diagnostics with error log analysis and service aids, which 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.

Functions such as power-on and power-off, reading the service processor error logs and POST error logs, reading vital product data (VPD), and accessing NVRAM can be performed remotely. You can also enable console mirroring to monitor remote activity.

Flash updates for firmware can be performed on the system. Firmware updates are available from an RS/6000 support page on the Internet and can be downloaded and installed on the system.

Service Director
Service Director for RS/6000 is shipped with every Model S80 system. There is no additional charge for its use as long as the RS/6000 processor is covered by an IBM Warranty or IBM Maintenance Service Agreement. Service Director requires a modem in order to dial for service.

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.

Model Conversions
Installed 7017 Model S70 Advanced (S7A) systems can be converted to 7017-S80 systems. This conversion requires replacement of the entire Central Electronic Complex (CEC) including processors and system memory. The support processor group must also be exchanged to provide the proper firmware for interfacing to the Model S80 CEC. The S7A I/O rack and drawers, PCI adapter cards, hard disks, and media devices carry forward to the upgraded S80 system. This conversion preserves the your existing system serial number.

The model upgrade consists of the following items:
Central Electronics Complex (CEC) -- the S7A CEC & Support Processor are returned to IBM.
7017-S80 labels -- preserving the customers serial number
S80 publications

Processor cards and I/O drawer attachment hardware must be ordered separately. The following items are required and must be ordered separately:

One - First RS64 III Processor, 6-Way SMP 450 MHz, 8 MB L2 Cache (FC 5318) (See processor conversion below.)

2 GB Minimum System Memory (See Memory Conversions Below)
Cabling for connection to the primary I/O drawer.

One - System Control And Initialization Cable - Upgrade Indicator (FC 8006)
Two - Power Control Cable - Upgrade Indicator (FC 8008)
Two - Remote I/O Cables (FC 3143 or FC 3144)
One - Remote I/O Hub - Dual Loop - (FC 6503)
One - Support Processor Group - Model Upgrade Only (FC 8326)

The following items must be carried forward from the predecessor system:
I/O drawer attachment cables (FC 8006 and FC 8008 above)
I/O rack
Primary and secondary I./O drawers (including backplanes, SCSI adapters & cables)
PCI adapters
Hard disk drives
Media devices

7017-S7A to S80 Processor Conversion
7017-S70 Advanced (S7A) systems that are converted to S80 systems will require replacement of all system processors. The first Model S7A 4-way processor can be replaced with the first Model S80 6-way processor via feature conversion. This processor conversion is available at the time of initial model upgrade only. A maximum of one S7A 4-way processor may be converted to one S80 6-way processor for each system being converted. The existing Model S7A 4-way processor being replaced is returned to IBM.

7017-S7A to S80 Memory Conversion
7017-S70 Advanced (S7A) systems that are converted to S80 systems will require replacement of all system memory. This memory replacement will be implemented by converting existing S7A memory features to S80 memory features. The memory conversions will be available at the time of initial model upgrade only, and are allowed on a one for one feature conversion basis. A maximum of four S7A memory features may be converted to S80 memory features for each system being converted from S7A to S80. The existing Model S7A memory being replaced is returned to IBM.

Technical Description
Physical Specifications
Central Electronics Complex
Width: 567 mm (22.3 in)
Depth: 1041 mm (40.98 in)
Height: 1577 mm (62 in)
Weight: 400 kg (880 lb)

I/O Rack
Width: 650 mm (25.5 in)
Depth: 1019 mm (40.1 in)
Height: 1577 mm (62 in)
Empty Weight: 159 kg (349 lb)

I/O Drawer
Width: 443 mm (17.5 in)
Depth: 843 mm (33.2 in)
Height: 440 mm (17.3 in)
Weight: 89 kg (195 lb) Minimum Configuration
Weight: 93.2 kg (205 lb) Maximum Configuration

Operating Environment
Temperature: 10 to 40 degrees C (50 to 104 degrees F)
Relative Humidity: 8% to 80%
Maximum Wet Bulb: 23 degrees C (59 degrees F)
Sound Power: 5.9 Bels Idle/5.3 Bels Operating

Power Requirements
Central Electronics Complex
Operating Voltage: 200 to 245 V AC 50/60 Hz
Power Source Loading: 2,129 VA
Thermal output: 6,904 Btu/hr
Power Requirements (maximum): 2,023 watts

SCSI I/O Drawer, 10 - EIA
AC Voltage: 200 to 400 V AC
Power source loading (typical): 0.40 kVA
Power source loading (maximum): 1.0 kVA
Thermal output (typical): 1,228 Btu/hr
Thermal output (maximum): 3,071 Btu/hr
Power requirements (typical): 360 watts
Power requirements (maximum): 900 watts

I/O Rack
AC Power distribution of: 200/240 V AC to drawer
Power source loading: up to 4.8 kVA per PDU (Maximum PDU per Rack=3)

General Requirements

This product complies with IBM Corporate Bulletin C-B 0-2594-000 Statement of Conformity of IBM Product to External Standard (Suppliers Declaration).

Product Safety/Country Testing/Certification
U.S.A.: UL
Canada: CNL (CSA or CUL)
Germany/Europe: GS Mark (Safety, TUV, EN60 950)

Hardware Requirements
Either an IBM supported ASCII terminal with an attachment cable or an IBM supported graphics display with an attachment cable and graphics adapter is required for initial set up and must be available locally for service. If an ASCII terminal is used, it must be attached through a serial port.

Software Requirements
AIX Version 4.3.3 (5765-C34), or a later modification level

Publications
SA38-0558 RS/6000 Enterprise Server S80 Installation and Service Guide
SA38-0557 RS/6000 Enterprise Server S80 User's Guide
SA38-0538 PCI Adapter Placement Reference
SA38-0509 Diagnostic Information for Multiple bus Systems
SA38-0516 Adapters, Devices, and Cable Information for Multiple bus Systems
No number Customer Installable Options Library CD-ROM

Limitations

Memory
Memory must be installed in four card sets (for example, FC 4193 = four 2 GB cards = 8 GB). Memory card sizes cannot be mixed within the four- card set. Max 16 memory card slots.

Memory should be installed and balanced between the memory ports for optimal performance.

The memory is accessed as four related but distinct ports. Balanced accesses use all four ports in a coordinated parallel manner and can obtain up to four times the data in the same amount of time. Unbalanced configurations will function properly, but the unbalanced portion of the memory will not make use of the full memory bus bandwidth.

Example: A system with 8 GB of memory should perform better if two 4 GB features are installed than if one 8 GB feature is installed, while installing four 2GB features may provide additional performance for some applications.

Plans for future memory upgrades should be taken into account to obtain optimal performance without limiting future memory expansion.

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.

Power
In cases where non-interruptive power is desired, two different models of power supplies are needed.

The Central Electronics Complex requires the use of 9910-EP8.
The I/O rack requires the use of 9910-U33. An additional 9910-U33 is required for each optional

I/O rack.
Maximum of four total Model S80 I/O racks (FC 7000). I/O drawers should be spread between I/O racks but not exceeding two per rack.

I/O racks ordered as feature numbers of the Model S80 (FC 7000) must contain an I/O drawer. If additional external communication and storage devices (such as FC 7133 and FC 7027) do not fit in the space remaining in the Model S80 I/O racks, additional empty I/O racks should be ordered (7014-S00 or 7015-R00). There is no limit to the quantity of 7014-S00 and 7015-R00.

There is a maximum of 32 EIA units per I/O rack. Space for additional drawers in Model S80 I/O racks are limited to 22 EIA due to the I/O drawer (10 EIA).

If quantity of power distribution units (FC 6171 or FC 6173) is greater than one, the space available is reduced by one EIA.

Many 3490 and 3590 tape libraries cannot be installed in a Model S80 I/O rack due to interference with the rack door. These machine types are supported for attachment to the Model S80, but must be in a separate rack (7015-R00) unless the I/O rack door is removed. Instructions for proper removal of the rack door are included in the tape library installation instructions.

Two IBM 3590-B11 or 3590-E11 may share a 12 EIA space in the rack. (Order one placement for each pair of units.)

The 3490 Model F11 and 3590 Model B1A can be installed in the Model S80 I/O rack without interference with the rack door installed.

I/O Drawers
Maximum of two I/O drawers (FC 6320) per I/O rack. Remote I/O cables and SPCN cables must be ordered for each drawer. Refer to rack interconnection limitations for more information.

Maximum of four total I/O drawers per system (FC 6320).

I/O drawers must be connected to the Central Electronics Complex via remote I/O loops. A maximum of two I/O drawers are allowed per remote I/O loop.

The primary I/O drawer must implement Ultra SCSI adapters and SCSI 6-pack backplanes. Two or three Ultra SCSI SE adapters are required depending on the desired configuration. The first SCSI adapter controls only the systems media devices, such as CD-ROM and internal tape drives. Either one or two SCSI 6-Pack Hot-Swap Backplanes (FC 6547) may be installed in the primary I/O drawer. Each backplane is controlled by a separate Ultra SCSI SE Adapter (FC 6206) via a SCSI SE adapter to 6-pack cable (FC 2447). One PCI Dual Channel Ultra2 SCSI adapter may be used in place of two Ultra SCSI SE adapters if desired, but will operate at Ultra SCSI speed.

Secondary I/O drawers may be implemented with SCSI adapters and the appropriate attachment cables and 6-pack backplanes.

Disks and Media
Minimum of 9 GB of SCSI hard disk is required.

Boot support is available from local SCSI adapters, SSA adapters, or from network via ENET or token-ring adapters.

Recommended location for the boot device is within the primary I/O drawer. This configuration provides service personnel the maximum amount of diagnostic information if the system encounters errors in the boot sequence.

Consideration should also be given to the placement of AIX rootvg volume group in the base I/O drawer. This allows AIX to boot any time other I/O drawers are found offline during boot.

Default boot drive is in the lowest location in the first 6-pack in the I/O drawer. If the boot source other than internal disk is configured, the supporting adapter must also be in the first I/O drawer.

All disk drives must be 16-bit devices.
Disk drives are not supported in the media section of the I/O drawers.
Internal media devices are limited to one plus two times the quantity of secondary I/O drawers.

The Model S80 incorporates an Early Power Off Warning (EPOW) capability that assists in performing an orderly system shutdown in the event of a sudden power loss. For systems with more than eight SCSI adapters, to ensure sufficient time for orderly shutdown, IBM recommends either powering the entire system from a single AC power circuit or use an Uninterruptible Power System (UPS).

SP Attachment
The Model S80 can function as an attached SMP server within the IBM RS/6000 SP environment operating under the control of the IBM Parallel Systems Support Programs for AIX. This interconnection can be accomplished utilizing the IBM RS/6000 SP System Attachment Adapter (FC 8396) or via Ethernet connection. Some I/O adapters available on the Model S80 systems are not supported in the SP environment and must be removed. Refer to the IBM RS/6000 SP 9076-550 Sales Manual for a list of currently supported adapters.

IBM Parallel System Support Programs for AIX, Version 3.1.1 (5765-D51), or later, is required for a Model S80 system to function as an attached SMP server within the IBM RS/6000 environment.

A minimum of one Ethernet adapter is required for a Model S80 system to function as an attached SMP server within the IBM RS/6000 SP environment. This adapter must be recognized by the Model S80 as "EN0" and must reside in slot FC 5 of the primary I/O drawer.

PCI Slots and Adapters
The Model S80 PCI slot population rules are very complex and cannot easily be explained in the Sales Manual text. The following PCI slot and adapter limitations are provided for general guidance purposes. Extensive configuration rules and checking procedures are incorporated into the PCRS6000 configurator to ensure valid system configurations. Configurations generated without utilizing the PCRS6000 configurator may create orders that cannot be manufactured, resulting in possible order rejection and/or delayed delivery.

There are 14 PCI slots split across four PCI busses in each I/O drawer. Slots assigned to each bus are: 1-4, 5-8, 9-10, and 11-14. Slots 1, 5, 9, 10, and 14 are 64-bit slots. The remaining slots are 32-bit. The 32-bit adapters can be used in 64-bit slots.

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 bus loading, adapter addressing, and system and adapter functional characteristics when ordering primary and secondary I/O drawers. These I/O drawer limitations are in addition to individual adapter limitations shown in the feature descriptions section.

The support processor (FC 6326) must always be located in slot 8 of the primary I/O drawer. To ensure proper functionality of the support processor, certain other adapters (such as SCSI RAID and SSA adapters) cannot share a PCI bus with the support processor.

The support processor (FC 6326) provides two asynch ports for direct console attachment and support processor use only. These ports are not to be utilized for other functions such as HACMP heartbeat cables or UPS interface.

Only two SSA adapters are allowed on a PCI bus, with a maximum of 26 per system. A maximum of five SSA adapters are allowed in the primary I/O drawer while up to seven are allowed in each secondary I/O drawer.

The S/390 ESCON Channel Adapter (FC 2751) is limited to four per system and two per I/O drawer. These adapters must be located in drawers attached via the primary I/O loop for addressing considerations.

The RS/6000 SP System Attachment Adapter (FC 8396) must always be located in slot 10 of the primary I/O drawer. No adapters may be installed in slot 9 or 11 of the primary drawer when the SP attachment adapter is installed.

The following adapters are limited to one per system:
2708 Eicon ISDN DIV A PRO 2.0 PCI S/T Adapter
2830 POWER GXT130P Graphics Adapter
2838 POWER GXT120P Graphics Adapter
6326 Support Processor
8396 RS/6000 SP System Attachment Adapter

A maximum total of four of the following adapters is allowed per drawer in any combination:
2751 S/390 ESCON Channel Adapter
2969 Gigabit Ethernet - SX PCI Adapter
6227 Gigabit Fibre Channel Adapter
6326 Support Processor
8396 RS/6000 SP System Attachment Adapter

A maximum of seven of the following adapters is allowed per drawer in any combination:
2947 ARTIC960Hx 4-Port Selectable PCI Adapter
2948 ARTIC960Hx 4-Port T1/E1 PCI Adapter

A maximum of seven of the following adapters is allowed per primary drawer or 11 per secondary drawer in any combination:
2963 TURBOWAYS 155 UPT ATM Adapter
2988 TURBOWAYS 155 MMF ATM Adapter

A maximum of 11 of the following adapters is allowed per drawer in any combination:
2741 SysKonnect SK-NET FDDI-LP SAS Adapter
2742 SysKonnect SK-NET FDDI-LP DAS Adapter
2743 SysKonnect SK-NET FDDI-UP SAS Adapter
2751 S/390 ESCON Channel Adapter
2968 10/100 Mbps Ethernet Adapter
2969 Gigabit Ethernet - SX PCI Adapter
6227 Gigabit Fibre Channel Adapter
6326 Support Processor
8396 RS/6000 SP System Attachment Adapter

A maximum of 10 of the following adapters is allowed per drawer in any combination:
6205 PCI Dual Channel Ultra2 SCSI Adapter
6206 Single-Ended Ultra SCSI Adapter
6207 Differential Ultra SCSI Adapter
6208 SCSI-2 Fast/Wide Single-ended Adapter
6209 SCSI-2 Fast/Wide Differential Adapter
6215 SSA Multi-Initiator/RAID EL Adapter
6225 IBM Advanced Serial RAID Adapter

Remote I/O Cables
There are four remote I/O (RIO) ports available on the Central Electronics Complex. Port 0 is always connected to the base I/O drawer. This I/O drawer contains the service processor card and native I/O interface.

RIO connections are always made in loops to help protect against a single point-of-failure resulting from an open, missing, or disconnected cable. Model S80 systems with non-looped configurations could experience degraded performance and serviceability. If a non-loop connection is detected during configuration, a problem is reported, but the system continues to boot.

Two RIO loops are available, each supporting up to two I/O drawers. For optimum performance it is recommended that the first and second I/O drawers be connected via separate RIO loops. A minimum of two RIO cables are required for attachment of the first I/O drawer on each RIO loop. One additional RIO cable is required for loop attachment of a second I/O drawer on a loop. RIO cables are available in 6-meter (FC 3143), 15-meter (FC 3144), and 3-meter (FC 3142) lengths. The 3-meter cables can only be used to interconnect two I/O drawers in the same rack.

SPCN Cables
All I/O drawers and Central Electronics Complex must be connected in an SPCN loop for redundancy. SPCN functions with any single connection broken, regardless of the location of the open connection. A minimum of two SPCN cables are required for attachment of the first I/O drawer on each Model S80 system. Each additional I/O drawer requires one additional SPCN cable for loop attachment. SPCN cables are available in 6-meter (FC 6008), 15-meter (FC 6007), or 2-meter (FC 6006) lengths. The 2-meter cables (FC 6006) can only be used to interconnect two I/O drawers in the same rack.

System Control and Initialization Cable
One system control and initialization cable (FC 6000) is required to connect the first (primary) I/O drawer and the Central Electronics Complex on each Model S80 system.