hp AlphaServer ES80 - North America/U.S. QuickSpecs

Overview Standard Features SystemsOptions Options Upgrades TechSpecs

QuickSpecs

hp AlphaServer ES80

At A Glance

AlphaServerä ES80 systems

Two, four, six, or eight 1000-MHz Alpha 21364 processors

Advanced on-chip memory controllers and switch logic capable of providing 10.7-GB/s of peak memory bandwidth per processor

Choice of memory options; up to 4-GB of RDRAM memory per processor (32-GB total for an 8P system) - Future expansion to 8-GB/processor planned

Redundant features providing maximum uptime - N+1 Voltage Regulator Modules (VRMs); hot- plug redundant power supplies; cooling provided by four hot-plug redundant system fans

Optional RAID memory support

Up to 42 PCI/PCI-X I/O slots
(8P system with I/O expansion)

Up to six AGP slots
(8P system with I/O expansion))

Internal hot-plug drive storage of 1.1TB (8P system)

Integrated Ultra3 SCSI controller (one per System Building Block Drawer)

CD-RW drive

Dual USB port (one per System Building Block Drawer)

Enhanced reliability with ECC-protected memory, processor cache and system data paths

Tru64 UNIX or OpenVMS factory installed software (FIS); optional high availability support with Tru64 UNIX and OpenVMS cluster solutions

Product warranty, 1-year hardware, on-site next business day and 90-day software, telephone support delivered by HP Services

Consult the HP Customer Support Center at 1-800-345- 1518 for details

Overview Standard Features SystemsOptions Options Upgrades TechSpecs

Standard Features

Processor	Two, four, six, or eight Alpha 21364 1000-MHz CPUs

Cache Memory	1.75-MB ECC L2 on-chip cache per CPU

Architecture	Glue-less processor-to-processor multiprocessor architecture constructed from a set of basic components: System Building Block Drawers CPU Building Block Modules I/O Expansion Drawers

CPUs, Memory, and I/O slots	ES80 Model 2	ES80 Model 4	ES80 Model 6	ES80 Model 8
Maximum CPUs supported	2	4	6	8
Maximum memory supported	8 GB	16 GB	24 GB	32 GB
Maximum PCI/PCI-X slots supported	16	32	48	64
Maximum AGP slots supported	2	4	6	8


Storage Controller	Integrated Ultra3 SCSI controller for internal disk drives (One per System Building Block Drawer)

Interfaces	USB	One Dual USB port per System Building Block Drawer
	Server Management	One MBM Server Management LAN Connection per System Building Block Drawer
	Serial	One MBM serial connection per System Building Block Drawer

Form Factor	Rack (mounting slide rails included)

Boot/Diagnostic Devices	CD-R	Slim-line multi-bay 16X/10X/24X CD-RW
	Hard Drives	Choice of 18.2/36.4/72.8/146-GB SCSI disk drives

Internal Disk Expansion	Total Internal Drive Bays	Model 2 - Up to 2 drives may be mounted in the System Building Block Drawer Model 4 - Up to 4 drives may be mounted in the two System Building Block Drawers Model 6 - Up to 6 drives may be mounted in the three System Building Block Drawers Model 8 - Up to 8 drives may be mounted in the four System Building Block Drawers Up to 14 drives may be mounted in each optional StorageWorks Universal Shelves

Power Supplies	Two @208V (700–Watt @120V) 48V auto-sensing power supplies, hot swappable, N+1 Cabinets require power distribution units, NA or International variant

OS Support	AlphaServer ES80Tru64 UNIX systems include pre-installed software, Base license, Unlimited User license, Server Extension license, Internet Express, and Secure Web Server
	AlphaServer ES80 OpenVMS systems include pre-installed software, Base license with System Manager license and Enterprise Integration Server License Package for OpenVMS
	Minimum OS support - Tru64 UNIX V5.1B + IPK or OpenVMS V7.3-1 plus VMS731-EV7_V0100 upgrade kit
	NOTE: For the complete list of supported options, refer to the following Web page: http://h18002.www1.hp.com/alphaserver/es80/es80_tech.html

Service and Support	Protected by HP Services including a 1-year on-site hardware warranty Training, consulting, network integration, software support, comprehensive system maintenance and guaranteed uptime services are also available for customers requiring higher levels of service and support.

Overview Standard Features SystemsOptions Options Upgrades TechSpecs

SystemsOptions

Step 1 - Assess Application Requirements

Selection of system components must be made in the context of total application requirements. Although the configuration of system components must be done in steps (for example, base system, CPUs, memories, etc.), these steps should not be done in isolation.

The order in which requirements are assessed is also important, since one requirement may impact others. Before proceeding, it would be useful to assess the total application requirements in the following order:

What level of availability is required?

If no single points of failure are allowed, then the solution should be configured as a multi-system cluster.

If access to specific devices must be assured, consider redundant adapters, RAID, redundant I/O Expansion Drawers, etc.

What overall capacities are required in terms of performance, memory capacity, and disk storage?

How should the system be configured to optimize performance?

In most cases, optimum performance is achieved if the system resources (CPUs, memory and I/O adapters) are balanced across the System Building Blocks in the system.

Memory should be configured according to application guidelines listed in Step 4.

What are the near-term system expansion needs?

NOTE: Most configuration steps require that the above data be considered in whole or in part. Be sure to execute each step in the context of the total application requirements.

NOTE: Support for hard partioning and soft partioning (Galaxy) planned for a future date.

System Ordering Requirements:

Certain system components or services are either required for normal operation or are recommended for best system performance and/or operation. This document uses the following definitions to specify these options:

Mandatory purchase: The system cannot function without this option or service - the option or service must be ordered with the system.

Required to function: This option or service is needed to support a working system - the option or service must be ordered with the system or be available onsite.

Recommended: System performance or function will be enhanced if this option or service is ordered.

Step 1b - System Requirements

AlphaServer ES80 systems require selection of the following items:

Mandatory Purchases:

One Base System (see Step 2)

One CPU Building Block Module (see Step 3)

Memory option(s) (see Step 4)

One system disk drive (see Step 5)

Ethernet adapter (see Step 11)

Optional Purchases:

Software media and documentation only required for first system onsite

Country-specific keyboard and mouse only if required (see Step 14)

See Step 7 for 11000 Series Cabinet, PDU, and Factory Integration Service if required

Recommended Services:

CarePaq Priority Service Plan

System Management Hardware/Software Requirements

NOTE: The following Server Management requirements only apply to customers who prefer to use the AMS or AMU Server Management software.

The AlphaServer Management Station (AMS) provides the highest level of server management for a single or multi platform environment.
The AMS provides for a local or remote web accessible central point of management and control for a multiple ES47/ES80/GS1280 environment

The AlphaServer Management Station (AMS) software requires the following hardware in order to operate:
- Tru64 UNIX platform with 1-GB memory, 1-GB disk space, and two network interface cards running Tru64 UNIX V5.1B

The AlphaServer Management Utility provides the next highest level of server management. The AMU is a GUI based application that provides a sophisticated, yet user-friendly graphics interface to monitor and manage a single ES47/ES80/GS1280 system. From this application, the user can monitor the status of the platform, and provide a significant level of control of the platform. The AMU is a Web based utility, which allows a user local and remote access from a browser.

The AlphaServer Management Utility (AMU) requires one of the following hardware platforms in order to operate:
- Wintel Platform running Windows 2000, 500-MHz CPU or faster, 1-GB memory, 10-GB disk space
- Tru64 UNIX platform running V5.1B or later, 1-GB memory, 10-GB disk space

Both the AMS and AMU Software require Internet Explorer 5 or later or Netscape 6

Step 2 - Select base system

Mandatory selection of at least one Base System required

Base Systems include:

Model 2 systems include one System Building Block Drawer
Model 4 systems include two System Building Block Drawers
Model 6 systems include three System Building Block Drawers
Model 8 systems include four System Building Block Drawers

NOTE: Base systems do not include CPUs or memory (see Steps 3 and 4)
Each System Building Block Drawer includes:

Space for one CPU Building Block Module (CPU Building Block Module contains two processors (Step 3) and space for four memory options (Step 4)

Five PCI-X slots, one AGP 2X slot

Two redundant power supplies

Two disk drive bays (see Step 5)

AlphaServer ES80 Base Systems
Model	OS	CPUs Supported (See Step 3)	I/O Slots	Order No.
Model 2	Tru64 UNIX	2	5 PCI-X, 1 AGP	DA-20AAA-AA
Model 2	OpenVMS	2	5 PCI-X, 1 AGP	DY-20AAA-AA
Model 4	Tru64 UNIX	4	10 PCI-X, 2 AGP	DA-40AAA-AA
Model 4	OpenVMS	4	10 PCI-X, 2 AGP	DY-40AAA-AA
Model 6	Tru64 UNIX	6	15 PCI-X, 3 AGP	DA-60AAA-AA
Model 6	OpenVMS	6	15 PCI-X, 3 AGP	DY-60AAA-AA
Model 8	Tru64 UNIX	8	20 PCI-X, 4 AGP	DA-80AAA-AA
Model 8	OpenVMS	8	20 PCI-X, 4 AGP	DY-80AAA-AA


Step 3 - CPU Building Block Module - Mandatory
Mandatory selection of one CPU Building Block Module required per ES80 Model 2 system
Mandatory selection of two CPU Building Blocks Modules required per ES80 Model 4 system
Mandatory selection of three CPU Building Block Modules required per ES80 Model 6 system
Mandatory selection of four CPU Building Blocks Modules required per ES80 Model 8 system
CPU Building Block Module includes two Alpha 21364 CPUs
Selection of CPU Building Block Module type (Tru64 UNIX or OpenVMS) must match base system operating system selected in Step 2
	AlphaServer ES80, Dual CPU Building Block, 2xEV7 CPUs, 1000-MHz, Tru64 UNIX SMP License	3X-KN73A-AB
	AlphaServer ES80, Dual CPU Building Block, 2xEV7 CPUs, 1000-MHz, OpenVMS SMP License	3X-KN73A-AC

Overview Standard Features SystemsOptions Options Upgrades TechSpecs

Options

Step 4- Memory - Mandatory

Memory Configuration Guidelines

Memory options should be selected in the context of the application’s sensitivity to memory bandwidth and future memory capacity expansion. This will determine the number of memory options to order. The total capacity required will determine the size of the options to be ordered.

Mandatory selection of memory option required

ES80 Model 2 systems require a minimum of one memory option
ES80 Model 2 systems ordered with one I/O Expansion Drawer require a minimum of two memory options
ES80 Model 4 systems require a minimum of two memory options
ES80 Model 4 systems ordered with one I/O Expansion Drawer require a minimum of three memory options
ES80 Model 4 systems ordered with two I/O Expansion Drawers require a minimum of four memory options
ES80 Model 6 systems require a minimum of three memory options
ES80 Model 6 systems ordered with one I/O Expansion Drawer require a minimum of four memory options
ES80 Model 6 systems ordered with two I/O Expansion Drawers require a minimum of five memory options
ES80 Model 8 systems require a minimum of four memory options
ES80 Model 8 systems ordered with one I/O Expansion Drawer require a minimum of five memory options
ES80 Model 8 systems ordered with two I/O Expansion Drawers require a minimum of six memory options

Each ES80 Model 2 system supports up to four memory options (four RIMMs each) and up to four memory RAID options
(one RIMM each) for a total of 20 RIMMs.
ES80 Model 4 system supports up to eight memory options and up to eight memory RAID options for a total of 40 RIMMs.
ES80 Model 6 system supports up to 12 memory options and up to 12 memory RAID options for a total of 60 RIMMs.
ES80 Model 8 system supports up to 16 memory options and up to 16 memory RAID options for a total of 80 RIMMs.
If an I/O Expansion Drawer is ordered (see Step 6), both CPUs in the CPU Building Block Module connected to the I/O Drawer must contain memory in at least one memory controller.
Each CPU has two memory controllers – Each memory controller can support four RIMMs (one memory option) and a fifth
RIMM slot for redundancy (RAID option).
If populated, the two memory controllers per CPU must contain the same size RIMMs.
Order one RAID option (one RIMM) per memory option if desired.

If RAID memory option is selected, the number of RAID options selected must equal the number of memory options selected.

The following examples illustrate different ways of configuring an ES80 Model 4 system with a total of 4 GB (1 GB per CPU)

	CPU Building Block Module 1				CPU Building Block Module 2
Memory Option	CPU 1		CPU 2		CPU 3		CPU 4
Memory Option	Controller 1	Controller 2	Controller 1	Controller 2	Controller 1	Controller 2	Controller 1	Controller 2
3X-MS7AB-AA (4x128MB)	1	1	1	1	1	1	1	1
3X-MS7AB-BA (4x256MB)	1	-	1	-	1	-	1	-
3X-MS7AB-CA (4x512MB)	1	-	-	-	1	-	-	-


Memory Application Examples
Configuring memory is a compromise between cost, total memory capacity, and memory bandwidth requirements. The behavior of the application must be used to define the most-desired configuration. Some applications are sensitive to memory capacity while some are sensitive to memory bandwidth. If actual application measurements are not available, the following may be used as guidelines:
Large memory (VLM) applications, in which large amounts of memory can substantially reduce I/O, may be optimized for total memory capacity and future capacity growth. In VLM applications, the right balance might be one memory option per CPU. (Case B) Typical commercial applications, such as transaction processing (OLTP) and multi-user timesharing, usually operate efficiently from cache and may not be materially affected by memory bandwidth. Memory configuration is a balance between memory bandwidth and future capacity growth. It is advisable to match the number of memory options to the number of CPUs. (Case B) Data mining can benefit from additional memory bandwidth. In these cases, configure four memory options, two per CPU. (Case A) The most demanding high-performance technical applications (HPTC) achieve a performance level that is directly proportional to memory bandwidth. In these cases, configure four memory options, two per CPU. (Case A)
	512-MB RDRAM Memory (4x128) Option	3X-MS7AB-AA
	512-MB RDRAM Memory (1x128) RAID Option	3X-MS7AB-AC
	1-GB RDRAM Memory (4x256) Option	3X-MS7AB-BA
	1-GB RDRAM Memory (1x256) RAID Option	3X-MS7AB-BC
	2-GB RDRAM Memory (4x512) Option	3X-MS7AB-CA
	2-GB RDRAM Memory (1x512) RAID Option	3X-MS7AB-CC

Step 5 - Select System Disk
Mandatory selection of at least one system disk drive is required for each ES80 system ordered. NOTE: Integrated Ultra3 SCSI controller for internal disk drives and cabling included. AlphaServer ES80 Model 2 systems support up to two internal hard disk drives AlphaServer ES80 Model 4 systems support up to four internal hard disk drives AlphaServer ES80 Model 6 systems support up to six internal hard disk drives AlphaServer ES80 Model 8 systems support up to eight internal hard disk drives

	36.4-GB Ultra320 SCSI 10,000 rpm 1-inch Universal disk drive	3R-A3838-AA
	72.8-GB Ultra320 SCSI 10,000 rpm 1-inch Universal disk drive	3R-A3839-AA
	146-GB Ultra320 SCSI 10,000 rpm 1-inch Universal disk drive	3R-A3841-AA
	18.2-GB Ultra320 SCSI 15,000 rpm 1-inch Universal disk drive	3R-A3848-AA
	36.4-GB Ultra320 SCSI 15,000 rpm 1-inch Universal disk drive	3R-A3849-AA
	72.8-GB Ultra320 SCSI 15,000 rpm 1-inch Universal disk drive	3R-A3851-AA

I/O Configuration Guidelines:
Each System Building Block Drawer in an AlphaServer ES80 system supports six total slots spread over three buses (ports). The following details the internal I/O slots:

Port #	Slot #	Maximum Bus Speed	Signal Voltage	Number of Devices Supported
0	1	133 MHz	3.3V	1 – 133 MHz or 66 MHz PCI-X or 1 – 66 or 33 MHz PCI
1	1	66 MHz	3.3V	2 – 66 MHz PCI-X or 2 – 66 MHz PCI or 4 – 33 MHz PCI
	2	66 MHz	3.3V
	3	66 MHz	3.3V
	4	66 MHz	3.3V
3	1	2X AGP	1.5V	1 – 1X or 2X AGP

NOTE: ES80 Model 2 Base Systems contain one System Building Block Drawer; ES80 Model 4 Base Systems contain two System Building Block Drawers; ES80 Model 6 Base Systems contain three System Building Block Drawers; ES80 Model 8 Base Systems contain four System Building Block Drawers

AlphaServer ES80 Model 2 system supports one optional I/O Expansion Drawer

AlphaServer ES80 Model 4 systems support up to two optional I/O Expansion Drawer

AlphaServer ES80 Model 6 supports up to three optional I/O Expansion Drawers; Model 8 systems support up to four I/O Expansion Drawers

Each I/O Expansion Drawer supports 12 total slots spread over four buses (ports)

The following details the External I/O Expansion Drawer slots:

Port #	Slot #	Maximum Bus Speed	Signal Voltage	Number of Devices Supported
0	1	33 MHz	3.3V	1 – 33 MHz PCI
	2	33 MHz	5.0V	1 – CCMAB-AA (Memory Channel) or 1 – CIPCA-BA or 2 – 3X- KZPBA-CC (NOTE: No mixing of options within 5v slots)
	3	33 MHz	5.0V
1	1	133 MHz	3.3V	2 – 66 or 33 MHz PCI or 2 – 66 MHz PCI-X or 1⁽¹⁾ – 133 MHz PCI-X
1	2	133 MHz	3.3V
2	1	66 MHz	3.3V	6– 33 MHz PCI or 3⁽²⁾ – 66 MHz PCI or 2 – 66 MHz PCI- X
	2	66 MHz	3.3V
	3	66 MHz	3.3V
	4	66 MHz	3.3V
	5	66 MHz	3.3V
	6	66 MHz	3.3V
3	1	2X AGP	1.5V	1 – 1X or 2X AGP

NOTE: (1) Two 133 MHz PCI-X devices are supported in Port 1, slots 1 and 2; they will however operate at 100 MHz. (2) Five 66 MHz PCI devices are supported in Port 2, slots 1-5; they will however operate at 50 MHz.
Modules designed for 5.0v signaling and 33-MHz bus speed can only operate in Port 0 – slots 2 and 3 (reserved for Memory Channel or CIPCA) Modules designed for 3.3v signaling and 66-MHz bus speed can not operate in Port 0 – slots 2 and 3
Universal PCI modules capable of operating at 66 MHz will operate at 33 MHz when placed in a 33-MHz slot

Step 6 - I/O System Expansion (Optional)
I/O Expansion Drawer	Model 2 systems support one I/O Expansion Drawer; Model 4 supports two, Model 6 supports three, and Model 8 supports four
	I/O Expansion Drawers contain 11 PCI/PCI-X slots and one AGP 2X slot and an N+1 redundant power system
	I/O Expansion Drawer required for Memory Channel network adapter or CIPCA (PCI-CI) adapter
	I/O Expansion Drawer – Factory Installed	3X-BA70A-BA
	I/O Expansion Drawer – Field Installable	3X-BA70A-ZB
	I/O cable for connection between System Building Block Drawer and I/O Expansion Drawer shelves mounted in system power cabinet; one mandatory per each I/O Expansion Drawer ordered	3X-BNPCB-02

Step 7 - 11000 Series Cabinets
11000 Series Cabinet enclosures support ES80 System Building Block Drawers, I/O Expansion Drawers, and StorageWorks Shelves (see configuration chart below)
All ES80 Base Systems include all necessary hardware to mount the systems in an 11000 Series Cabinet
All ES80 Base Systems include all required internal IEC/IEC power cords
11000 Series Cabinets require the mandatory selection of the following items: 11000 Series Cabinets: 3X-H9A45-ZD (41U) or 3X-H9A40-ZA (34U) Three-phase Power Distribution Unit(s): Choice of 3X-H7606-AA (North America 120/208V) or 3X-H7606-AB (International 380/415V) Factory integration: YS-ASCAA-AA
3X-H9A45-ZD/3X-H9A40-ZA includes one Cable/DSL Hub
NOTE: For configurations beyond those listed in the following charts, or for mounting ES80 systems in non-11000 series cabinet, contact CustomSystems.

Number of Systems for mounting in 3X-H9A45-ZD (41U) Cabinet – Using one 30A three-phase PDU (3X-H7606-AA/AB)							Number of I/O Drawers and/or DS43XX StorageWorks Shelves for mounting in 3X-H9A45-ZD (41U) Cabinet
	ES80 Model 2		ES80 Model 4	ES80 Model 6		ES80 Model 8	I/O Expansion Drawers	Max. DS43xx SW Shelves	Total U’s Consumed	3X-H9A45-ZA Cab	Extra U’s
Size in U's	4U		8U	12U		16U	4U	3U		41U
Configuration #1	1		-	-		-	0	10	40	41	1
Configuration #2	1		-	-		-	1	9	41	41	0
Configuration #3	2	or	1	-		-	0	9	41	41	0
Configuration #4	2	or	1	-		-	1	7	39	41	2
Configuration #5	2	or	1	-		-	2	6	40	41	1
Configuration #6	3	or	-	1		-	0	7	39	41	2
Configuration #7	3	or	-	1		-	1	6	40	41	1
Configuration #8	3	or	-	1		-	2	5	41	41	0
Configuration #9	3	or	-	1		-	3	3	39	41	2
Configuration #10	4	or	2	-	or	1	0	6	40	41	1
Configuration #11	4	or	2	-	or	1	1	5	41	41	0
Configuration #12	4	or	2	-	or	1	2	3	39	41	2
Configuration #13	4	or	-	-		1	3	2	40	41	1
Configuration #14	4	or	-	-		1	4	1	41	41	0
NOTE: For redundancy on any configuration listed above, order second PDU (3X-H7606-AA/AB). Each 3X-H9A45-ZD/3X-H9A40-ZA cabinet includes one Cable/DSL Hub. In order to fully utilize the Server Management capabilities (i.e. running AMS or AMU software), each Model 2 or Model 4 system ordered must have a Cable/DSL Hub. The Hub included with the cabinet supports the 1st system (Model 2 or Model 4) mounted in the cabinet. An additional Hub is required for each additional system (Model 2 or Model 4) mounted in the cabinet. For serial console or VGA operation of the system, the Cable/DSL Hub is not required.

Number of Systems for mounting in 3X-H9A40-ZA (34U) Cabinet – Using one 30A three-phase PDU (3X-H7606-AA/AB)							Number of I/O Drawers and/or DS43XX StorageWorks Shelves for mounting in 3X-H9A40-ZA (34U) Cabinet
	ES80 Model 2		ES80 Model 4	ES80 Model 6		ES80 Model 8	I/O Expansion Drawers	Max. DS43xx SW Shelves	Total U’s Consumed	3X-H9A40-ZA Cab	Extra U’s
Size in U's	4U		8U	12U		16U	4U	3U		34U
Configuration #1	1		-	-		-	0	8	34	34	0
Configuration #2	1		-	-		-	1	6	32	34	2
Configuration #3	2	or	1	-		-	0	6	32	34	2
Configuration #4	2	or	1	-		-	1	5	33	34	1
Configuration #5	2	or	1	-		-	2	4	34	34	0
Configuration #6	3	or	-	1		-	0	5	33	34	1
Configuration #7	3	or	-	1		-	1	4	34	34	0
Configuration #8	3	or	-	1		-	2	2	32	34	2
Configuration #9	3	or	-	1		-	3	1	33	34	1
Configuration #10	4	or	2	-	or	1	0	4	34	34	0
Configuration #11	4	or	2	-	or	1	1	2	32	34	2
Configuration #12	4	or	2	-	or	1	2	1	33	34	1
Configuration #13	4	or	-	-		1	3	0	34	34	0
Configuration #14	4	or	-	-		1	3	0	34	34	0
NOTE: For redundancy on any configuration listed above, order second PDU (3X-H7606-AA/AB). Each 3X-H9A45-ZD/3X-H9A40-ZA cabinet includes one Cable/DSL Hub. In order to fully utilize the Server Management capabilities (i.e., running AMS or AMU software, each Model 2 or Model 4 system ordered must have a Cable/DSL Hub. The Hub included with the cabinet supports the 1st system (Model 2 or Model 4) mounted in the cabinet. An additional Hub is required for each additional system (Model 2 or Model 4) mounted in the cabinet. For serial console or VGA operation of the system, the Cable/DSL Hub is not required.

11000 Series Cabinets
11000 Series Cabinets	41U 11000 Series Cabinet	3X-H9A45-ZD
	34U 11000-Series Cabinet	3X-H9A40-ZA
Power Distribution Unit – Mandatory (if cabinet is ordered)	120/208V Y or 200V, 30A NEMA L21-30P plug 3 x C19 outlets plus 24 x C13 outlets	3X-H7606-AA
	380/415V Y, IEC 309 32A 6h/230/400~ plug 3 x C19 outlets plus 24 x C13 outlets	3X-H7606-AB
Factory Integration – Mandatory (if cabinet is ordered)	Factory Integration of systems and storage devices assembled and configured in cabinet enclosure in predefined locations	YS-ASCAA-AA
Cable/DSL Hub - Optional	Cable/DSL 8-port Hub - only required when more than one Model 2 or Model 4 is mounted in the same cabinet and the Server Management capabilities need to be fully utilized.	3X-DGHUB-AA

Step 8- Storage Adapters/Controllers

	Maximum # Supported
	Tru64 UNIX			OpenVMS
	Per System	Per External I/O Drawer	Per 2P Building Block Drawer	Per System	Per External I/O Drawer	Per 2P Building Block Drawer	Speed	PCI/ PCI-X Slot
SCSI NOTE: Maximum storage controllers per systems, all types - Tru64 UNIX: 32, OpenVMS: 26
PCI 2-port Ultra3 (LVD) SCSI adapter, 64-bit/66-MHz dual-channel (uses one PCI slot); includes internal 68-pin and external 68-pin VHDCI connectors; requires 3X-BC56J-xx cable to connect adapter to DS-SL13R-Bx shelf; HSZxx RAID controllers not supported. No shared SCSI or tape support, no SDLT tape support. No support for Model 4314R single-bus shelves with 3X-KZPEA-DB adapter. Tru64 UNIX requires graphics adapter to run console utilities (RUN BIOS).	16	8	4	12	8	4	66 MHz	3.3V PCI	3X-KZPEA-DB
Ultra160 cable, VHDCI to VHDCI (341174-B21 – 6-feet, 341175-B21 – 12-feet, 164604-B21 – 24-feet) xx = 02 (6-feet), 03 (12-feet), 04 (24-feet)									3X-BC56J-xx

PCI 1-port Ultra2 (LVD) SCSI adapter, 32-bit/33-MHz, single-channel (uses one PCI slot); includes internal 68-pin and external 68-pin HD connectors; order BN38C-xx cable to connect adapter to Ultra3 shelf, or order VHDCI converter (BN38E-0B) for use with included cable; HSZxx RAID controllers not supported. No support for shared SCSI.	8	8	4	8	8	4	33 MHz	3.3V PCI	3X-KZPCA-AA

PCI 1-port UltraSCSI wide differential 32-bit/33-MHz PCI adapter (uses one PCI slot); includes external 68-pin HD connector, requires BN38C-xx cable (2 to 25 meters) to connect adapter to differential UltraSCSI shelf or RAID controller	4	2	0	4	2	0	33 MHz	3.3V PCI	3X-KZPBA-CC
68-pin HD male-to-VHDCI male UltraSCSI cable; xx = 02, 03, 05, 10, 20, meters									BN38C-xx

RAID
Ultra160 2-channel internal RAID controller with 128-MB cache. NOTE: One controller supported per bus segment; supported only as a data device.	-	-	-	1	1	1	66 MHz	3.3V PCI	3X-KZPDC-BE
Ultra160 4-channel internal RAID controller with 256-MB cache. NOTE: One controller supported per bus segment; supported only as a data device.	-	-	-	1	1	1	66 MHz	3.3V PCI	3X-KZPDC-DF
Ultra160 cable, VHDCI to VHDCI (341174-B21 – 6-feet, 341175-B21 – 12-feet, 164604-B21 – 24-feet) xx = 02 (6-feet), 03 (12-feet), 04 (24-feet)									3X-BC56J-XX

Fibre Channel
PCI to 2-Gbit Fibre Channel adapter, 64-bit/66-MHz, single-channel	16	8	4	16	8	4	66 MHz	3.3V PCI	DS-KGPSA-DA
PCI to Fibre Channel Host Bus Adapter, 64-bit/66-MHz							66 MHz	3.3V PCI	DS-SWLA4-PD
Fibre Channel cable (BNGBX-xx) xx=02, 03, 05, 10, 15, 30, 50 meters									BNGBX-xx

CI
PCI CI adapter, requires two PCI slots - Each PCI CI adapter ordered requires the mandatory selection of an I/O Expansion Drawer (see Step 6)	NA	NA	NA	2	1	0	33 MHz	5V	CIPCA-BA
Computer interconnect cable set, connects CIPCA to star coupler; select length xx=10, 20, 45 meters									BNCIA-xx


*Step 9- StorageWorks* Universal Shelves**
StorageWorks Model 4314R and Model 4354R Universal Drive Shelves
StorageWorks Model 4314R and 4354R Ultra3 SCSI (LVD) single-bus and split-bus Universal drive shelves; refer to StorageWorks Enclosure 4300 Family QuickSpecs when configuring shelves. When selecting a DS-SL13R-Bx split-bus shelf, two SCSI channels are required. No support for Model 4314R or 4314T single-bus shelves with 3X-KZPEA-DB adapter. Note that the depth of a DS-SL13R-xx shelf does not allow front and rear mounting. Note: DS-SL13R single-bus shelves include one 12-foot VHDCI to VHDCI SCSI cable; dual-bus shelves include two 12-foot VHDCI to VHDCI SCSI cables.
		StorageWorks Model 4314R Ultra3 SCSI (LVD) single-bus Universal drive rackmount shelf, includes one power supply. No support for Model 4314R single-bus shelves with embedded Ultra3 SCSI adapter or 3X-KZPEA-DB adapter	DS-SL13R-AA
		StorageWorks Model 4314R Ultra3 SCSI (LVD) single-bus Universal drive rackmount shelf, includes one power supply. No support for Model 4314R single-bus shelves with embedded Ultra3 SCSI adapter or 3X-KZPEA-DB adapter	DS-SL13R-AJ
		StorageWorks Model 4354R Ultra3 SCSI (LVD) split-bus Universal drive rackmount shelf, includes two redundant power supplies, U.S.	DS-SL13R-BA
		StorageWorks Model 4354R Ultra3 SCSI (LVD) split-bus Universal drive rackmount shelf, includes two redundant power supplies, Japan	DS-SL13R-BJ

Disk Drives (Supported in Model 4314R and 4354R Universal Drive Enclosures)
		36.4-GB Ultra320 SCSI 10,000 rpm 1-inch Universal disk drive	3R-A3838-AA
		72.8-GB Ultra320 SCSI 10,000 rpm 1-inch Universal disk drive	3R-A3839-AA
		146-GB Ultra320 SCSI 10,000 rpm 1-inch Universal disk drive	3R-A3841-AA
		18.2-GB Ultra320 SCSI 15,000 rpm 1-inch Universal disk drive	3R-A3848-AA
		36.4-GB Ultra320 SCSI 15,000 rpm 1-inch Universal disk drive	3R-A3849-AA
		72.8-GB Ultra320 SCSI 15,000 rpm 1-inch Universal disk drive	3R-A3851-AA

Step 10 - Storage Options
Step 10a – Tape Devices
AIT Hot-plug Tape Drives (for use in StorageWorks Model 4314R and 4354R Universal Drive Shelves)	AIT hot-plug tape drives require two Universal slots
	AIT 35/70-GB hot-plug LVD Universal tape drive, uses two slots in 43xxx shelves		3R-A2396-AA
	AIT 50/100-GB hot-plug LVD Universal tape drive, uses two slots in 43xxx shelves		3R-A2779-AA

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