Acorn BBC Microcomputer
Amstrad PC1512
Apple IIe
Apple Macintosh 128k
Apple Macintosh Classic
Apple Macintosh Performa 5260/120
Apple Macintosh SE 1/20
Apple Macintosh SE/30
Commodore 16
Commodore 16
Commodore Amiga 500 Plus
Commodore PET
Highscreen 286 / Kompakt Serie III
HP 712/60 Workstation
HP Apollo 9000 715/33
HP Hewlett Packard 85B
IBM 386
IBM 5150
IBM PS/2
IBM PS/2E
iMac DV (indigo)
iMac G4
KC 85/2
Kleincomputer KC 85/4
Macintosh II ci
Macintosh IIcx
Macintosh IIfx
Macintosh Performa 475
Macintosh Quadra 950
PC2
Philips VG 8020
Power Macintosh 8200/120
Power Macintosh 9500/132
Power Macintosh G3
Power Macintosh G4
Robotron 1715
Robotron A 5120
Robotron A5105
Robotron A7100
Robotron A7150
Robotron CM1910
Robotron EC1834
Robotron KC 87
Schneider CPC
Schneider Euro PC
SGI Indy
Sinclair ZX Spectrum
Sinclair ZX Spectrum Home Computer
Sinclair ZX81
SPARCstation 10
Sun Blade 1000 Workstation
SUN Sparc
Sun Ultra 2 Workstation
Sun Ultra 5 Workstation
Sun Ultra 60 Workstation
VEB KC 85/3
Victor 9000
Wang PC 350/40C
ZX-Spectrum clone





Victor 9000
Victor Technologies, Inc., 1981
CPU: Intel 8088 @ 4 MHz
Memory: 128 Kb RAM
Operating system: MS-DOS
Drives: 2 x 5.25" FDD
Monitor: 800 x 400 monochrom
The Victor 9000 (also called Sirius in Europe) is an Intel 8088 based computer which predated the original IBM-PC. It used 5 1/2 inch floppies with a capacity of 1.2 MB (this was possible through variable rotation speed of the drive).
It was possible to boot either MSDOS or CPM-86. It also had high resolution graphics (implemented by loadable modules). Among other things, it was famous for the high quality keyboard.
It was not BIOS compatible with the IBM-PC, therefore it vanished from the market when the IBM-PC arrived, despite being technically superior. It had 4 slots for expansion modules and there was a module which made it IBM-compatible. Among users, this module was called PC-downgrade.
Donated by Prof. Erich Neuwirth of the University of Vienna.
This very machine here was used to implement HOMEX and expert system for homeopathic medicine (implemented in Turbo Pascal, fitting into 64 KB). Since MSDOS did not support fast screen writing and mouse control at that time, drivers for screen and mouse had to be written in assembler. The machine's BIOS was documented well enough to make it possible to write such drivers with the assembler support of Turbo Pascal. Exhibit on YouTube: http://www.youtube.com/watch?v=Lzj_i89R7M0