HP 9000/K-Class
Quick Facts | |
---|---|
Introduced | 1995-1998 |
Period | Maturity (III) |
CPU | 1-4 PA-7200/ 1-4 PA-8000/ 1-6 PA-8200 100-240 MHz |
Caches | 512 KB-4 MB L1 |
RAM | 512 MB (max) to 8 GB (max) |
Design | U2/UTurn |
Drives | 6 SCSI |
Expansion | 1 HSC 4 HP-PB/ 8 HP-PB (K4x0) |
Bandwidth | ? |
I/O | SCSI MUX parallel |
Overview
The HP 9000 K-Class are multiprocessor PA-RISC servers from the mid- to late-1990s, part of the HP 9000 800 series of servers. They based on the U2/UTurn chipset architecture and Runway-based PA-7200 and PA-8000 processors. The K200s and K400s were up to four-way, the K370/K380 and K570/K580 up to six-way SMP. A typical K-Class server consists of a System Processing Unit (SPU), seperate system console and an optional UPS, bundled into a single 19″ rack.
In the 1990s, D-Class servers were part of the US Navy TAC-4 program, in which HP was a vendor supplying RISC Unix computers for uses throughout the Navy. The D-Class were part of a technology refreshment of TAC-4 in 1996.
The K-Class naming convention for server types is as follows.
- The first digit after
K
, 1-5, indicates the server type:- K100: single-CPU with limited expandability
- K2x0: up to four CPUs, better expandability and memory
- K3x0: up to six CPUs and more I/O slots
- K4x0: up to four CPUs, more I/O slots and more memory
- K5x0: up to six CPUs and a different I/O configuration
- The number after that, 00, 10, … 80 indicates the system design with CPUs and chipset.
- 00/10/20: PA-7200 processor and UTurn architecture
- 50/60: PA-8000 processor and U2 architecture
- 70/80: PA-8200 processor and U2 architecture
System | Model number | Introduced |
---|---|---|
K100, K200, K400 | HP 9000/809, HP 9000/819, HP 9000/829 | March 1995 |
K210, K410 | HP 9000/839, HP 9000/849 | September 1995 |
K220, K420 | HP 9000/859, HP 9000/869 | March 1996 |
K250, K450 | HP 9000/802, HP 9000/804 | August 1996 |
K260, K460 | HP 9000/879, HP 9000/889 | August 1996 |
K370, K570 | HP 9000/898, HP 9000/899 | May 1997 |
K380, K580 | HP 9000/800 | February 1998 |
System
Processor
- K100: PA-7200 100 MHz with 512 KB off-chip L1 and 2 KB on-chip L1 cache
- K200/K400: 1-4 PA-7200 100 MHz with 512 KB off-chip L1 and 2 KB on-chip L1 cache each
- K210/K410: 1-4 PA-7200 120 MHz with 512 KB off-chip L1 and 2 KB on-chip L1 cache each
- K220/K420: 1-4 PA-7200 120 MHz with 2 MB off-chip L1 and 2 KB on-chip L1 cache each
- K250/K450: 1-4 PA-8000 160 MHz with 2 MB off-chip L1 cache each
- K260/K460: 1-4 PA-8000 180 MHz with 2 MB off-chip L1 cache each
- K370/L570: 1-6 PA-8200 200 MHz with 4 MB off-chip L1 cache each
- K380/K580: 1-6 PA-8200 240 MHz with 4 MB off-chip L1 cache each
Chipset
- PA-7200 U2 I/O adapter Runway to GSC bridge
- PA-8000/8200 UTurn I/O adapter Runway to GSC bridge
- MMC/SMC memory controllers
- Gecko BOA BC GSC+ Port
- LASI I/O chipset
- NCR 53C710 8-bit single-ended SCSI-2
- NCR 53C720 16-bit Fast-Wide high-voltage differential (HVD) SCSI-2
- Intel 82596CA 10 Mbit Ethernet controller
- Harmony CD/DAT quality 16-bit stereo audio
- Eole CAP/MUX
- Other I/O (serial, parallel)
System buses
- Runway CPU/memory bus, 100 MHz with 800 MB peak on Kx00, 120 MHz 960 MB/s on all others
- GSC+ bus for general system level I/O
- HSC bus for expansion I/O
- HP-PB bus for expansion I/O
- SCSI-2 Fast-Wide high-voltage differential (HVD) bus for main storage I/O
- SCSI-2 Fast-Narrow single-ended bus for main storage I/O
Memory
- K100 512 MB maximum RAM
- K200, K210, K220 2 GB maximum RAM
- K250, K260, K370, K380, K400, K410, K420 4 GB maximum RAM
- K450, K460, K570, K580 8 GB maximum RAM
- 72-pin ECC SIMMs on special RAM boards
- Systems with a PA-8x00 need 50ns access time modules, PA-7200 models can take up to 60ns. Slower modules could work.
Expansion slots
- One slot for a GSC/HSC card on the core I/O board
- Four slots for HP-PB cards
- K3x0 With a 2-slot HSC I/O expansion module two more GSC/HSC cards could be used
- K4x0 and K4x0 With a 2- or 4-slot HSC I/O expansion module two or four more GSC/HSC cards could be used
- K4x0 Four more HP-PB slots (eight in all)
Storage
- One tray for four Fast-Wide 68-pin SCSI-2 high-voltage differential hard drives
- One vertical tray for two 5.25″ half-height drives, external accessible
External I/O
- 68-pin HD SCSI-2 Fast-Wide high-voltage differential
- TP/RJ45 10BaseT 10 Mbit Ethernet
- Ethernet AUI 15-pin
- Two serial RS232C DB9, one for console, one for UPS
- DB25 male RS232C serial, for remote console via modem
- Parallel DB25
- Two PS/2 connectors for keyboard und mouse
- MDP-connector for a serial MUX
- Kx50/Kx60/Kx70/Kx80 Four audio jacks
Operating systems
- HP-UX 10.20 for 800s servers, HP-UX 11.00 and 11i v1
- Linux: most models
- OpenBSD: K100, K200, K210, K220, K400, K410, K420
- NetBSD: K100, K200, K210, K220, K400, K410, K420
Benchmarks
Model | SPEC95, int | SPEC95, fp | SPECrate95, int | SPECrate95, fp |
---|---|---|---|---|
Kx00 | 4.92 | 6.80 | 44.3 | 61.2 |
Kx00 2-CPU |
87.9 | 117 | ||
Kx00 4-CPU |
174 | 198 | ||
Kx10 | 5.92 | 8.15 | 53.3 | 73.4 |
Kx10 2-CPU |
106 | 140 | ||
Kx10 4-CPU |
210 | 238 | ||
Kx20 | 6.41 | 9.11 | 57.7 | 82.0 |
Kx20 2-CPU |
114 | 157 | ||
Kx20 4-CPU |
228 | 275 | ||
Kx50 | 10.7 | 18.8 | 96. | 169 |
Kx50 2-CPU |
189 | 279 | ||
Kx50 4-CPU |
375 | 383 | ||
Kx60 | 11.8 | 20.2 | 107 | 182 |
Kx60 2-CPU |
212 | 297 | ||
Kx60 4-CPU |
418 | 398 | ||
Kx70 | 14.6 | 23.0 | 132 | 207 |
Kx70 2-CPU |
261 | 322 | ||
Kx70 4-CPU |
519 | 434 | ||
Kx70 6-CPU |
767 | 489 | ||
Kx80 | 17.4 | 28.5 | 157 | 257 |
Kx80 2-CPU |
312 | 398 | ||
Kx80 4-CPU |
610 | 532 | ||
Kx80 6-CPU |
902 | 604 |
Dimensions
Model | Height | Width | Depth | Weight |
---|---|---|---|---|
Stand-alone | 635mm | 432mm | 698mm | 59kg |
Packaged | 870mm | 889mm | 775mm | 77kg |
References
Manuals
- Service Manual HP 9000 K-Class Enterprise Servers and HP 3000 Model 9x9KS (PDF, 2.1 MB)
- K-Class Installation Guide (HP 9000/Kxx0) (PDF)
- K-Class Installation Guide (HP 3000/9x9KS) (PDF)
- K-Class Owner’s Guide (PDF)
Articles
- Symmetric Multiprocessing Workstations and Servers System-Designed for High Performance and Low Cost (.pdf) William R. Bryg, Kenneth K. Chan, and Nicholas S. Fiduccia (February 1996: Hewlett-Packard Journal)
- J/K-Class Memory System description (PDF, HP Journal 2/96)