935:
916:
310:
25:
493:
647:
682:
659:
805:
1329:
793:
781:
543:
226:
559:
1400:
with the
Berkeley Software Distribution configured to use the Mach kernel infrastructure and porting this to PA-RISC, and thereby delivered a version of HP-UX 2.0 based on Mach, albeit with certain features missing from both Mach and HP-UX. The motivation for the project was to investigate performance issues with Mach related to the cache architecture of PA-RISC along with potential remedies for these issues.
954:
399:
from PA-RISC (9000) to
Itanium (Integrity) was announced, Integrity workstations running either HP/UX or Windows were initially announced and offered, but were moved to end of sales life relatively quickly, with no replacement (arguably because x86-64 made IA-64 uncompetitive on the desktop, and HP/UX does not support x86-64, with HP offering desktop Linux as an alternative, not fully compatible, solution).
1202:
590:
for the MC68040, but since they were not available at the time, an emulator card with an MC68030 and additional circuitry was installed. Customers who purchased systems were given a guaranteed upgrade price of $ 5,000USD to the MC68040, when they became available. The Series 300 and 400 shared the same I/O interface as the Series 200. The 32-bit DIO-II bus is rated at 6 MB/s.
674:
697:
The PA-7000 is provided with 128 KB of instruction cache on the Model 720 and 730 and 256 KB on the Model 750. All models are provided with 256 KB of data cache. The Model 720 and Model 730 supported 16 to 64 MB of memory, while the Model 750 supported up to 192 MB. Onboard SCSI was provided by an
1180:
The D-class are tower servers with up to two microprocessors and are architecturally similar to the K-class. They sometimes masquerade as larger machines as HP shipped them mounted vertically inside a large cabinet containing a power supply and multiple disks with plenty of room for air to circulate.
708:
The first Series 700 workstations were superseded by the Model 715/33, 715/50, 725/50 low-end workstations and the Model 735/99, 735/125, 755/99 and 755/125 high-end workstations on 10 November 1992. The existing Model 715 and Model 725 were later updated with the introduction of the Model 715/75 and
589:
compatibility. The suffix 's' and 't' used on the Series 400 represented "Side" (as in Desk side) and "Top" (as in Desk top) model. The last two digits of the Series 400 originally was the clock frequency of the processor in MHz (e.g. 433 was 33 MHz). At introduction, the Series 400 had a socket
398:
The end of life for HP 9000 also marks the end of an era, as it essentially marks HP's withdrawal from the Unix workstation market (the HP 9000 workstations are end of life, and there are no HP Integrity workstations, so there is no longer a solution which targets HP/UX at the desktop). When the move
1399:
One project conducted at HP Laboratories involved replacing core HP-UX functionality, specifically the virtual memory and process management subsystems, with Mach functionality from Mach 2.0 and 2.5. This effectively provided a vehicle to port Mach to the PA-RISC architecture, as opposed to starting
1165:
microprocessor, support for up to 512 MB of memory and five EISA/HP-HSC slots. The Model D210 is similar, but it used a 100 MHz PA-7100LC. The Model D250 is dual-processor model and it used the 100 MHz PA-7100LC. It supported up to 768 MB of memory and had five EISA/HP-HSC slots.
1169:
In mid-September 1996, two new D-class servers were introduced to utilize the new 64-bit PA-8000 microprocessor, the Model D270 uniprocessor and the Model D370 dual-processor. Both were positioned as entry-level servers. They used the 160 MHz PA-8000 and supported 128 MB to 1.5 GB of
696:
The first workstations in the series, the Model 720, Model 730 and Model 750 systems were introduced on 26 March 1991 and were code-named "Snakes". The models used the PA-7000 microprocessor, with the Model 720 using a 50 MHz version and the Model 730 and Model 750 using a 66 MHz version.
602:
microprocessor. They began as the HP 9020, HP 9030, and HP 9040, were renamed the HP Series 500 Model 20, 30, and 40 shortly after introduction, and later renamed again as the HP 9000 Model 520, 530 and 540. The 520 was a complete workstation with built-in keyboard, display, 5.25-inch floppy disk,
394:
On 30 April 2008, HP announced end of sales for the PA-RISC-based HP 9000. The last order date for PA-RISC-based HP 9000 systems was 31 December 2008 and the last ship date was 1 April 2009. The last order date for new HP 9000 PA-RISC options was
December 31, 2009, with a last ship date of 1 April
704:
In early
January 1992, HP introduced the Model 705, code-named "Bushmaster Snake", and the Model 710, code-named "Bushmaster Junior". Both systems are low-end diskless workstations, with the Model 705 using a 32 MHz PA-7000 and the Model 710 using a 50 MHz version. At introduction, the
1244:
The L-class servers are 7U rackmount machines with up to 4 CPUs (depending on model). They have 12 PCI slots, but only 7 slots are enabled in the entry-level L1000 system. Two of the PCI slots are occupied by factory integrated cards and cannot be utilized for I/O expansion by the end-user.
1160:
The D-class are entry-level and mid-range servers that succeeded the entry-level E-class servers and the mid-range G-, H-, I-class servers. The first models were introduced in late
January 1996, consisting of the Model D200, D210, D250, D310 and D350. The Model D200 is a uniprocessor with a
513:
processor. The model numbers included the letter 'U' (9836U, 9836CU, and 9920U). Later versions of the Series 200's included the 9816, 9817, and 9837. These systems were soon renamed as the HP Series 200 line, before being renamed again as part HP 9000 family, the HP 9000 Series 200.
728:
The Model 715/64, 715/80, 715/100 and 725/100 were introduced in May 1994, targeted at the 2D and 3D graphics market. These workstations use the PA-7100LC microprocessor and supported 32 to 128 MB of memory, except for the Model 725/100, which supported up to 512 MB.
1166:
The Model D310 is a uniprocessor with a 100 MHz PA-7100LC, up to 512 MB of memory and eight EISA/HP-HSC slots. The Model D350 is a high-end D-class system, a dual-processor, it had two 100 MHz PA-7100LCs, up to 768 MB of memory and eight EISA/HP-HSC slots.
504:
The Series 200 workstations originated before there were any "Series" at HP. The first model was the HP 9826A, followed by the HP 9836A. Later, a color version of the 9836 (9836C) was introduced. There was also a rack-mount version, the HP 9920A. These were all based on the
743:. The Lasi ASIC provided an integrated NCR 53C710 SCSI controller, an Intel Apricot 10 Mbit Ethernet interface, CD-quality sound, PS/2 keyboard and mouse, a serial and a parallel port. All models, except for the 712 series machines also use the Wax ASIC to provide an
331:
architecture introduced in the HP 9020 workstation. These were followed by the HP 9000 Series 300 and Series 400 workstations which also used 68k-series microprocessors. From the mid-1980s onward, HP began changing to its own microprocessors based on its proprietary
736:), an entry-level workstation, and Model 715/100 XC, a mid-range workstation, were introduced in June 1995. The Model 712/100 is a Model 712 with a 100 MHz PA-7100LC and 256 KB of cache while the Model 715/100 XC is a Model 715/100 with 1 MB of cache.
615:(MUX). Later models of the Series 500s were the 550 and 560, which had a completely different chassis and could be connected to graphics processors. The processors in the original Series 500s ran at 20 MHz, and could reach a benchmark speed of 1 million
863:
The B1000, B2000, C3000, J5000 and J7000 were also based on the PA-8500 processor, but had a very different architecture. The U2/Uturn IOMMU and the GSC bus is gone, replaced with the Astro IOMMU, connected via Ropes to several Elroy PCI host adapters.
1235:
The N4000 was upgraded with newer processors throughout its life, with models called N4000-36, N4000-44 and N4000-55 indicating microprocessor clock frequencies of 360, 440, and 550 MHz, respectively. It was renamed to the rp7400 series in 2001.
1315:
technology from the S-class and X-class. The V2200 and V2250 support a maximum of 16 processors, and the V2500 and V2600 support a maximum of 32 processors. The V-class systems are physically large systems that need extensive cooling and
1232:-ready", although when the Itanium shipped, no Itanium upgrade was made available for the N class. The N class did benefit from using the Merced bus, bridging the PA-8x00 microprocessors to it via a special adapter called DEW.
1274:
and later processors, using the Astro IOMMU and Elroy PCI adapters. The A400-36 and A500-36 machines used the PA-8500 processor running at 360 MHz; the A400-44 and A500-44 are clocked at 440 MHz. The A500-55 uses a
1302:
in 1995. The S-class was a single-node SPP2000 with up to 16 processors, while the X-class name was used for multi-node configurations with up to 512 processors. These machines ran Convex's SPP-UX operating system.
353:, except earlier Series 200 models, which ran standalone applications or the Basic Workstation / Pascal 3.1 Workstation operating systems. HP released the Series 400, also known as the Apollo 400, after acquiring
716:
Increasing integration led to the introduction of the Model 712/60 and Model 712/80i workstations on 18 January 1994. Code-named "Gecko", these models were intended to compete with entry-level workstations from
1248:
The L1000 and L2000 are similar to the A400 and A500, being based on an Astro/Elroy combination. They initially shipped with 360 MHz and 440 MHz PA-8500 and were upgraded with 540 MHz PA-8600.
525:
drive, inkjet printer, a keyboard, mouse, and an electroluminescent display similar to the early GRiD Compass computers. It was not battery powered, and unlike the other Series 200's that were manufactured in
372:
nomenclature. In 2001, HP again changed the naming scheme for their HP 9000 servers. The A-class systems were renamed as the rp2400s, the L-class became the rp5400s, and the N-class the rp7400s. The
701:
53C700 SCSI controller. These systems could use both 2D and 3D graphics options, with 2D options being the greyscale GRX and the color CRX. 3D options were the
Personal VRX and the Turbo GRX.
611:
version of the Series 500, could only run HP-UX, and used a serial interface console. The 540 was a 530 mounted inside a cabinet, similar to the disk drives offered then and included a serial
827:. The C100 and C110 are single processor systems, and the J200 and J210 are dual processor systems. The Uturn IOMMU has two GSC buses. These machines continue to use the Lasi and Wax ASICs.
725:
microprocessor operating at 60 and 80 MHz, respectively. The Model 712/80i was an integer only model, with the floating point-unit disabled. Both supported 16 to 128 MB of memory.
1450:
509:
chip. There were 'S' versions of the models that included memory bundled in. When HP-UX was included as an OS, there was a 'U' version of the 9836s and 9920 that used the
270:
The HP 9000 brand was introduced in 1984 to encompass several extant technical workstation models launched formerly in the early 1980s. Most of these were based on the
626:
Because of their performance, the US government placed the 500 series on its export restricted list. The computers were only permitted to be sold in
Western Europe,
1826:
521:. The official model was the HP9807. This machine was about the size of a portable sewing machine, contained a MC68000 processor, ROM based HP-UX, 3½ inch
1797:
Site communautaire sur les stations de travail et serveurs hp9000, regroupant des informations, part number ainsi que de la documentation au format PDF.
317:
The first HP 9000 models comprised the HP 9000 Series 200 and Series 500 ranges. These were rebadged existing models, the Series 200 including various
1762:
849:
processor and are the first 64-bit HP workstations. They are based on the same Runway/GSC architecture as the earlier C and J class workstations.
744:
623:/780, then a common benchmark standard. They could be networked together and with 200 and 300 series using the Shared Resource Manager (SRM).
46:
1550:
934:
915:
1816:
1771:
1214:
839:
68:
477: – C100, C110, C132L, C160, C160L, C180, C180L, C180XP, C200, C240, C360, C3000, C3600, C3650, C3700, C3750, C8000
309:
1252:
The L3000 is similar to the N4000, being based on a DEW/Ike/Elroy combination. It shipped only with 550 MHz PA-8600 CPUs.
388:
339:(ISA), for the Series 600, 700, 800, and later lines. More recent models use either the PA-RISC or its successor, the HP–Intel
1821:
1350:
607:
or HP-UX and there were three different models based on the displays attached (two color and one monochrome). The 530 was a
754:
The SGC bus (System
Graphics Connect), which is used in the earlier series 700 workstations, has similar specifications as
1173:
In
January 1997, the low-end Model D220, D230, D320 and D330 were introduced, using 132 and 160 MHz versions of the
336:
993: – D200, D210, D220, D230, D250, D260, D270, D280, D300, D310, D320, D330, D350, D360, D370, D380, D390
39:
33:
871:
processor. The J6000 is a rack-mountable workstation which can also be stood on its side in a tower configuration.
1672:"HP VISUALIZE Model B132L Named 1997 UNIX Review Labs Reference Platform for Advanced 32-Bit Graphics Workstations"
1317:
813:
797:
785:
690:
667:
651:
834:
processor, a development of the PA-7100LC with integrated cache and GSC bus controller. Standard graphics is the
1836:
1831:
1218:
1041: – K100, K200, K210, K220, K250, K260, K360, K370, K380, K400, K410, K420, K450, K460, K570, K580
898:
971: – 807, 817, 822, 825, 827, 832, 835, 837, 840, 842, 845, 847, 850, 855, 857, 867, 877, 887, 897
50:
842:
adapter which also provides the second serial port in place of Wax; they optionally have the Wax EISA adapter.
1725:
1320:
to operate. They provided a transitional platform between the T-class and the introduction of the
Superdome.
1107: – rp2400 (A400), rp2405 (A400), rp2430 (A400), rp2450 (A500), rp2470 (A500) (former A-class)
1210:
616:
567:
551:
169:
435: – 216 (HP 9816), 217 (HP 9817), 220 (HP 9920), 226 (HP 9826), 236 (HP 9836), 237 (HP 9837)
527:
1759:
1414:
910:
830:
The B132L (introduced 1996), B160L, B132L+, B180L, C132L, C160L and C180L workstations are based on the
381:
294:
271:
211:
889:
processors, which uses the same bus as the McKinley and Madison Itanium processors and shares the same
441: – 310, 318, 319, 320, 322, 330, 332, 340, 345, 350, 360, 362, 370, 375, 380, 382, 385
1811:
1753:
1616:"Hewlett-Packard's Gecko Line, Due Later This Month, To Feature Precision Architecture RISC 7100LC".
646:
1796:
1480:
681:
658:
804:
585:
workstations and were also based on the 68030/040. They were branded "HP Apollo" and added Apollo
483: – J200, J210, J210XC, J280, J282, J2240, J5000, J5600, J6000, J6700, J6750, J7000
1393:
573:
The Series 300 workstations were based around Motorola 68000-series processors, ranging from the
465: – 705, 710, 712, 715, 720, 725, 730, 735, 742, 743, 744, 745, 747, 748, 750, 755
245:
114:
1790:
Information resource on HP PA-RISC-based computers, including HP 9000/700, 800 and later systems
1328:
792:
780:
542:
492:
225:
558:
1147:
957:
581:(Model 38x, introduced 1991). The Series 400 (introduced 1990) were intended to supersede the
531:
1221:
machine, having equal access to all memory slots. The I/O is unequal though; having one Ike
759:
755:
718:
350:
256:
157:
1766:
1488:
1458:
1299:
698:
354:
297:
running HP-UX. The HP 9000 workstation line was discontinued in 2009, being superseded by
252:
100:
1537:
1270:
The A400 and A500 servers were 64-bit, single and dual-processor 2U servers based on the
324:(68k) based workstations such as the HP 9826 and HP 9836, and the Series 500 using HP's
1696:"Hewlett-Packard Unveils D-Class General-Purpose Servers To Replace The E-Class Models"
1424:
1312:
578:
518:
506:
408:
328:
321:
174:
1225:
per bus means that one set of CPUs are closer to one set of I/O slots than the other.
1805:
1671:
1381:
1295:
582:
497:
395:
2010. HP intends to support these systems through to 2013, with possible extensions.
264:
186:
953:
1419:
1376:
R&D systems were ported to the PA-RISC platform, including several attempts of
1217:
slots. It uses two Merced buses, one for every four processor slots. It is not a
939:
920:
835:
1523:
1509:
635:
612:
522:
447: – 400dl, 400s, 400t, 425dl, 425e, 425s, 425t, 433dl, 433s, 433t
241:
230:
110:
1607:"Hewlett-Packard Fuels Drive To Low-End UNIX, Invades Sun's Commercial Ground".
1201:
1193:
chassis. Unlike the D-class systems, it does not support hot-pluggable disks.
1190:
824:
190:
705:
Model 705 was priced at under US$ 5,000, and the Model 710 under US$ 10,000.
1339:
Apart from HP-UX and Domain/OS (on the 400), many HP 9000s can also run the
1264:
1174:
1162:
831:
722:
631:
608:
586:
358:
739:
The Model 712 and 715 workstations feature the Lasi ASIC, connected by the
1369:
also support various HP 9000 models, both Motorola 68k and PA-RISC based.
1263:
The A180 and A180C were 32-bit, single-processor, 2U servers based on the
1125: – rp5400, rp5405, rp5430, rp5450, rp5470 (former L-class)
1344:
599:
418: – 16 (HP 9816), 20 (HP 9920), 26 (HP 9826), 36 (HP 9836)
325:
318:
275:
248:
200:
178:
603:
and optional thermal printer and 5 MB hard disk. The 520 could run
453: – 520 (HP 9020), 530 (HP 9030), 540 (HP 9040), 550, 560
1430:
1409:
1389:
1388:, Mach 4/Lites). The origin of these ports were mostly either internal
1385:
1366:
1280:
1276:
1271:
1229:
960:
943:
924:
890:
886:
882:
875:
868:
857:
853:
846:
820:
748:
740:
710:
673:
387:
In 2003, HP launched the xw series, which uses x86 processors and runs
333:
290:
279:
182:
357:
in 1989. These models had the ability to run either HP-UX or Apollo's
289:
The HP 9000 server line was discontinued in 2003, being superseded by
1362:
1358:
627:
620:
1776:
1661:"Hewlett-Packard Adds 742RT, HP-RT Operating System, Hard Hat 700s".
1113: – rp3410-2, rp3440-4 (1-2 PA-8800/8900 processors)
471: – B132L, B160L, B132L+, B180L, B1000, B2000, B2600
278:
designs. From the mid-1980s, the line was transitioned to HP's new
1384:
ports and systems that combined parts of Mach with other systems (
1377:
1354:
1340:
1333:
1327:
1222:
1200:
952:
933:
914:
894:
809:
803:
791:
779:
686:
680:
672:
663:
657:
645:
604:
574:
563:
557:
547:
541:
510:
491:
391:. The xw series remained until 2009 when it was replaced by HP Z.
347:
340:
308:
283:
260:
224:
162:
1598:"Hewlett-Packard 712/60 Station Offers Stunning Spec For $ 4,000"
1083: – rebadged Convex Exemplar SPP2000 (single-node)
762:
517:
There was also a "portable" version of the Series 200 called the
1781:
1373:
1101: – rebadged Convex Exemplar SPP2000 (multi-node)
893:
chipset. The Elroy PCI adapters have been replaced with Mercury
298:
216:
947:
928:
18:
1392:
projects or HP products, or academic research, mostly at the
1255:
The L-class family was renamed to the rp5400 series in 2001.
1343:
operating system. Some PA-RISC-based models are able to run
1151: – SD-32, SD-64, SD-128 (PA-8900 processors)
709:
725/75 in September 1993. The new models used a 75 MHz
867:
The B2600, C3600 and J5600 upgrade these machines with the
424: – 20 (HP 9020), 30 (HP 9030), 40 (HP 9040)
1714:"HP Overhauls Its Low-End UNIX Servers With The PA-7300LC"
1580:"MPower Multimedia Software Accompanies New HP 9000 700s".
1787:
1551:
Service Handbook. HP 9000 Series 300 Computers. Model 332
1279:
processor running at 550 MHz and the A500-75 uses a
852:
The C200, C240 and J2240 offer increased speed with the
1209:
The N-class is a 10U rackmount server with up to eight
1143: – rp8400, rp8410, rp8420-32, rp8440-32
1137: – rp7405, rp7410, rp7420-16, rp7440-16
282:
architecture. Finally, in the 2000s, systems using the
1724:
Chao, Chia; Mackey, Milon; Sears, Bart (Autumn 1990).
1634:"HP Launches Mid-Range 9000 With 1MB Of Cache Memory".
1286:
The A-class was renamed to the rp2400 series in 2001.
1189:
The R-class is simply a D-class machine packaged in a
1589:"...Adds New Workstations, Industrial UNIX Packages".
364:
From the early 1990s onward, HP replaced the HP 9000
1784:
Information resource on HP 9000 Series 300 computers
346:
All of the HP 9000 line run various versions of the
1652:"Hewlett Has First VME Single-Board RISC Computer".
638:, with any other country needing written approval.
207:
196:
168:
156:
146:
138:
120:
106:
96:
86:
1726:"Mach on a virtually addressed cache architecture"
1427:, prior series of scientific computer workstations
747:adapter, a second serial port and support for the
380:was used for IA-64-based systems, later rebranded
1562:"Hewlett-Packard Unleashes Its RS/6000 Killers".
1357:; the resulting support code was later added to
1294:The S- and X-class were Convex Exemplar SPP2000
823:processor, connected to the UTurn IOMMU via the
274:, but there were also entries based on HP's own
1643:"Hewlett-Packard Adds Board-Level HP9000 742i".
1625:"Hewlett-Packard Fortifies Its UNIX Mid-Range".
1029: – H20, H30, H40, H50, H60, H70
845:The C160, C180, C180-XP, J280 and J282 use the
761:and a typical bandwidth of about 100 MB/s
721:and high-end personal computers. They used the
376:prefix signified a PA-RISC architecture, while
16:Line of workstation and server computer systems
819:The C100, C110, J200, J210 and J210XC use the
772:Models 742i, 743i, 744, 745/745i, 747i, 748i.
1095: – V2200, V2250, V2500, V2600
1047: – L1000, L1500, L2000, L3000
874:The C3650, C3700, C3750, J6700 and J6750 are
8:
1553:. February, 1989. HP Part Number 98572-90039
1015: – G30, G40, G50, G60, G70 (
500:board from early HP 9000/200 series computer
81:
1131: – rp7400 (former N-class)
1035: – I30, I40, I50, I60, I70
80:
1760:Official HP Mission-Critical Musings Blog
1451:"HP Pascal 3.1 Workstation system manual"
69:Learn how and when to remove this message
1353:(BSD) Unix was ported to the HP 9000 as
1267:processor with the Lasi and Dino ASICs.
977: – 1210, 1245, 1245 PLUS
32:This article includes a list of general
1442:
1827:Computer-related introductions in 1984
1705:"HP Launches Commercial PA-8000 Lines"
1311:The V-class servers were based on the
1228:The N-class servers were marketed as "
911:HP Integrity servers (Itanium 2–based)
445:Series 400 (HP Apollo 9000 Series 400)
1119: – rp4410-4, rp4440-8
999: – E25, E35, E45, E55
838:. These machines use the Dino GSC to
7:
577:(Model 310, introduced 1985) to the
1756:, HP 9000 evolution to HP Integrity
1481:"HP 9000 End of Sale Announcements"
1298:rebadged after HP's acquisition of
1283:processor running at 750 MHz.
1089: – T500, T520, T600
1005: – F10, F20, F30 (
598:The Series 500s were based on the
259:for almost all HP 9000 systems is
38:it lacks sufficient corresponding
14:
1571:"Hewlett Packard Announcements".
983: – A180, A180C (
856:processor and the C360 uses the
407:Prior to January 1985 (see also
313:HP 9000 model J6000 system board
23:
459: – 635SV, 645SV
1351:Berkeley Software Distribution
1156:D-class (Codename: Ultralight)
650:HP 9000 model 735 running the
1:
1077: – R380, R390
897:adapters and one Quicksilver
881:The C8000 uses the dual-core
784:HP 9000 B180L displaying the
368:numbers with an alphabetical
1772:HP 9836 at old-computers.com
1372:In the early 1990s, several
796:HP 9000 C360 displaying the
337:instruction set architecture
233:boot screen maintenance mode
1732:. USENIX Association: 31–52
768:VME Industrial Workstations
126:; 40 years ago
1853:
1318:three-phase electric power
908:
685:HP 9000 model 712 running
662:HP 9000 model 735 running
652:Common Desktop Environment
562:HP 9000 model 425 running
546:HP 9000 model 425 running
1817:Hewlett-Packard computers
1730:Mach Workshop Proceedings
255:(HP) Company. The native
1071: – N4006
1065: – N4005
1059: – N4004
1053: – N4000
758:with 32-bit/33 MHz
619:(MIPS), equivalent to a
251:systems produced by the
111:Professional workstation
617:instructions per second
552:Visual User Environment
53:more precise citations.
1361:. Its modern variants
1336:
1206:
964:
950:
931:
816:
808:HP 9000 C8000 running
801:
789:
693:
678:
670:
655:
570:
555:
528:Fort Collins, Colorado
501:
314:
234:
1822:Computer workstations
1415:HPE Integrity Servers
1332:HP 9000 C110 running
1331:
1204:
956:
937:
918:
807:
795:
783:
684:
676:
661:
649:
561:
545:
495:
382:HPE Integrity Servers
312:
272:Motorola 68000 series
228:
1538:"HP Computer Museum"
1524:"HP Computer Museum"
1510:"HP Computer Museum"
263:, which is based on
732:The Model 712/100 (
654:(CDE) login manager
152:2009 (workstations)
142:1984-2009, 25 years
83:
1777:HP Computer Museum
1765:2015-09-10 at the
1678:. 26 February 1997
1394:University of Utah
1337:
1207:
965:
951:
932:
817:
802:
790:
694:
679:
671:
656:
571:
556:
502:
403:Workstation models
315:
235:
1754:HP 9000 evolution
1324:Operating systems
1148:HP 9000 Superdome
958:HP 9000 Superdome
677:HP 9000 model 715
532:Corvallis, Oregon
530:, it was made in
295:Integrity Servers
223:
222:
79:
78:
71:
1844:
1837:64-bit computers
1832:32-bit computers
1795:
1782:hp-series300.net
1742:
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1471:
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1447:
1177:microprocessor.
719:Sun Microsystems
496:1 MBit Magnetic
351:operating system
257:operating system
197:Marketing target
158:Operating system
134:
132:
127:
89:
84:
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67:
63:
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49:this article by
40:inline citations
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1489:Hewlett-Packard
1479:
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1464:
1462:
1459:Hewlett-Packard
1449:
1448:
1444:
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1406:
1326:
1309:
1300:Convex Computer
1292:
1261:
1242:
1205:N-class HP 9000
1199:
1187:
1158:
938:HP 9000 RP7410
919:HP 9000 RP7410
913:
907:
778:
770:
644:
596:
540:
490:
405:
355:Apollo Computer
307:
253:Hewlett-Packard
215:
151:
130:
128:
125:
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101:Hewlett-Packard
87:
75:
64:
58:
55:
45:Please help to
44:
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1748:External links
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579:Motorola 68040
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329:microprocessor
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175:Motorola 68000
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150:2003 (servers)
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905:Server models
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800:login manager
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776:B, C, J class
775:
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584:
583:Apollo/Domain
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266:
265:UNIX System V
262:
258:
254:
250:
247:
243:
240:is a line of
239:
232:
229:HP 9000 C110
227:
218:
213:
210:
206:
202:
199:
195:
192:
188:
187:Intel Itanium
184:
180:
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102:
99:
95:
91:
88:Also known as
85:
73:
70:
62:
52:
48:
42:
41:
35:
30:
21:
20:
1736:21 September
1734:. Retrieved
1729:
1719:
1710:
1701:
1692:
1680:. Retrieved
1675:
1666:
1657:
1648:
1639:
1630:
1621:
1612:
1603:
1594:
1585:
1576:
1567:
1558:
1546:
1532:
1518:
1504:
1492:. Retrieved
1484:
1475:
1463:. Retrieved
1454:
1445:
1420:HP Superdome
1398:
1371:
1349:
1338:
1310:
1293:
1285:
1269:
1262:
1254:
1251:
1247:
1243:
1234:
1227:
1208:
1188:
1179:
1172:
1168:
1161:75 MHz
1159:
1146:
1140:
1134:
1128:
1122:
1116:
1110:
1104:
1098:
1092:
1086:
1080:
1074:
1068:
1062:
1056:
1050:
1044:
1038:
1032:
1026:
1020:
1016:
1012:
1006:
1002:
996:
990:
984:
980:
974:
968:
940:system board
921:system board
901:8x adapter.
880:
873:
866:
862:
851:
844:
836:Visualize EG
829:
818:
771:
753:
738:
733:
731:
727:
715:
707:
703:
695:
625:
597:
572:
516:
503:
480:
474:
468:
462:
456:
450:
444:
438:
432:
428:After 1985:
427:
421:
415:
406:
397:
393:
386:
377:
373:
369:
365:
363:
345:
316:
288:
286:were added.
269:
237:
236:
147:Discontinued
121:Release date
65:
56:
37:
1812:HPE servers
1794:(in French)
1494:10 February
1455:archive.org
860:processor.
636:New Zealand
613:multiplexer
523:floppy disk
242:workstation
231:workstation
51:introducing
1806:Categories
1788:OpenPA.net
1485:www.hp.com
1461:. May 1985
1433:disc drive
1380:, various
1191:rack-mount
969:800 Series
942:with quad
923:with quad
909:See also:
825:Runway bus
734:King Gecko
642:Series 700
594:Series 500
488:Series 200
463:Series 700
457:Series 600
451:Series 500
439:Series 300
433:Series 200
422:Series 500
416:Series 200
191:Intel Xeon
59:March 2020
34:references
1290:S/X-class
1265:PA-7300LC
1175:PA-7300LC
1163:PA-7100LC
832:PA-7300LC
723:PA-7100LC
632:Australia
609:rackmount
587:Domain/OS
359:Domain/OS
214:(servers)
212:Integrity
208:Successor
97:Developer
1763:Archived
1682:18 March
1676:EE Times
1404:See also
1345:NeXTSTEP
1170:memory.
985:Staccato
878:-based.
600:HP FOCUS
519:Integral
319:Motorola
249:computer
201:Business
179:HP FOCUS
139:Lifespan
1465:20 July
1431:HP 7935
1410:HP 3000
1390:HP Labs
1386:MkLinux
1367:OpenBSD
1307:V-class
1281:PA-8700
1277:PA-8600
1272:PA-8500
1259:A-class
1240:L-class
1230:Itanium
1213:and 12
1197:N-class
1185:R-class
1099:X-class
1093:V-class
1087:T-class
1081:S-class
1075:R-class
1069:N-class
1063:N-class
1057:N-class
1051:N-class
1045:L-class
1039:K-class
1033:I-class
1027:H-class
1013:G-class
1003:F-class
997:E-class
991:D-class
981:A-class
961:PA-RISC
944:PA-RISC
925:PA-RISC
887:PA-8900
883:PA-8800
876:PA-8700
869:PA-8600
858:PA-8500
854:PA-8200
847:PA-8000
821:PA-7200
749:HIL bus
741:GSC bus
711:PA-7100
481:J-class
475:C-class
469:B-class
389:Windows
334:PA-RISC
305:History
293:-based
291:Itanium
280:PA-RISC
238:HP 9000
203:purpose
183:PA-RISC
129: (
82:HP 9000
47:improve
1363:NetBSD
1359:4.4BSD
1141:rp8400
1135:rp7405
1129:rp7400
1123:rp5400
1117:rp4400
1111:rp3400
1105:rp2400
1021:Nova64
946:8700+
927:8700+
634:, and
628:Canada
621:VAX-11
366:Series
246:server
115:Server
36:, but
1438:Notes
1378:OSF/1
1355:HPBSD
1341:Linux
1334:Linux
1223:IOMMU
963:model
895:PCI-X
812:with
810:HP-UX
689:with
687:HP-UX
666:with
664:HP-UX
605:BASIC
575:68010
564:HP-UX
554:(VUE)
548:HP-UX
511:68012
370:Class
348:HP-UX
343:ISA.
341:IA-64
326:FOCUS
322:68000
284:IA-64
276:FOCUS
261:HP-UX
163:HP-UX
1738:2021
1684:2017
1496:2010
1467:2013
1382:Mach
1374:Unix
1365:and
1219:NUMA
1211:CPUs
1017:Nova
1007:Nova
948:CPUs
929:CPUs
745:EISA
566:and
550:and
299:HP Z
244:and
131:1984
124:1984
107:Type
1215:PCI
899:AGP
891:zx1
885:or
840:PCI
814:CDE
798:CDE
786:CDE
756:PCI
699:NCR
691:CDE
668:CDE
568:VUE
411:):
170:CPU
1808::
1728:.
1674:.
1487:.
1483:.
1457:.
1453:.
1396:.
1347:.
1019:/
764:.
751:.
713:.
630:,
534:.
384:.
378:rx
374:rp
361:.
301:.
267:.
189:,
185:,
181:,
177:,
1740:.
1686:.
1540:.
1526:.
1512:.
1498:.
1469:.
1023:)
1009:)
217:Z
133:)
72:)
66:(
61:)
57:(
43:.
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
