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
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
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

Atari, 1987
The PC2 was first introduced in March 1987 in London as the Atari Business PC and, unlike the PC1, was designed as a pure office computer. The computer was delivered from January 1988. In the United Kingdom, the PC2 is the entry-level model, as the PC1 was not offered there. It was not until November 1987 that it was also presented in the USA on the COMDEX case. Compared to the PC1, the housing of the PC2 has the advantage that everything can be accommodated in the same housing. It offers enough space for two 51/4" drives, four plug-in cards, the motherboard and the power supply. In contrast to the PC1 housing, it was made of galvanized and powder-coated sheet steel. The Intel P8088-2 is used here, which is clocked at 4.77 MHz in standard mode and at 8 MHz in turbo mode. The 8088, released in 1979, is a low-priced variant of the Intel 8086, although it works internally like this one with 16 bits, but in contrast has only an 8 bit wide external data bus and a command queue reduced from six to four bytes. In addition, an Intel 8087 mathematical coprocessor can be used. To activate this, the jumper belonging to socket U68 (found on the front edge of the motherboard) must be set to pins 2 and 3 after installation (pins 1 and 2 are bridged by default).