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Brother WP1
Casio SF-7500
Compucorp 665
Cromenco System Three
Data General One
Dynalogic Hyperion
Fujitsu FM-7
Fujitsu Micro 16s
GenRad FutureData
Goupil Golf
IMSAI PCS 80/15
IMSAI 8080
Intel MDS 800
Intertec Superbrain
ITT 3030
LSI M-Four
Luxor ABC 80
Magnavox Odyssey 2000
MB Vectrex
Memotech MTX 500
Nascom Limited Nascom-2
Northstar Horizon
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Olympia Boss
OSI Challenger 1P
Panasonic JB-3000
PDC Clipper
Processor Technology Sol-20
Rockwell AIM-65
SGS NBZ80-S Nanocomputer
GenRad FutureData
Klassifizierung
???-bit Computer
Markteinführung
1980
Prozessor
???
Taktung
??? MHz
RAM / ROM
???KB / ???KB (max. ??? RAM)
Tastatur
Schreibmaschine mit ??? Tasten, QWERTZ
Betriebssystem(e)
???
Massenspeicher
8" FDD mit ??? extern
Grafik / Text
max. ??? x ???Grafik, Textmodus ??? x ???
Sound
 
Damaliger Neupreis
 
Verbreitung
sehr gering
Bemerkungen

Der Future Data war ein Entwicklungssystem für Microprozessorschaltungen der 80er Jahre. Also praktisch ein Emulator für alle damaligen Prozessoren. Hier eine Mail die ich in der Mailliste von www.classiccmp.org zur Future Data gefunden habe:

I believe this is the FutureData microprocessor development system sold around 1980-83 by GenRad, before Kontron bought the product line from them. This was a very cool, high-powered development tool in its day, for the popular 8-bit processors like 6802, 8085, Z80. You would edit and assemble your code on the FData. By plugging a 40-pin probe into the target hardware's cpu socket, you'd execute the code in the actual target hardware under control of the FData and its debugging software ("in-circuit emulation"). When you were satisfied with your code you could burn it to eprom and plug it and the processor chip back into the target hardware. These systems were populated with somewhat specific hardware and software to match the target microprocessor system you were designing. For example, the box would use a 6800 cpu card, 6800 in-circuit emulator pod, and native 6800-coded OS for Motorola work; an 8085 cpu, pod, and an 8085-coded OS for Intel development. The proprietary operating system was called RDOS and worked more or less the same for each platform but, as I indicated, the OS and the applications were coded natively for each processor they supported. They also sold a structured Basic compiler called SBasic for the 8085/Z80 (Arlen Michaels, cctech@classiccmp.org).

Zustand tech./opt.
2/2
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