Tandy Radio Shack TRS 80 MODEL II The TRS-80 model II, is the obscure brother of the TRS-80 family. Many internet pages deal with the models 1,3 and 4 but omit the model 2... This is maybe because the TRS-80 Model 2 was intended to be a business computer for use in offices and labs. Thus it is equiped with a full height Shugart 8'' drive with a capacity of 500k which is a lot compared to the 87k offered by the TRS-80 Model 1 system disk.
Sharp MZ The was, alongside the Apple II, the Commodore PET and the Tandy TRS one of the best known computer in the early Its name stands for "M" from MICRO and from the computer it uses. It has no language in ROM, and
Sord M223 series These computers were generally sold for specific professionnal use along with the appropriate software. Two models were launched: the Sord MK II 203 and Sord MK II 223. The difference is that the 223 has 3 x S100 slots for easy expansion. Both have a special DMA channel for the disks (floppy and hard disk). Some software was sold with them, which included the MFDOS, several Sord BASIC's, a compiled Basic (C-Basic) and many tools.
Sharp MZ The is based on the but offers some enhancements to…
NEC PC 8001 In 1979, the NEC PC-8001 was an excellent machine, offering 8 colors when most of its competitors were still monochrome. There is even a (low) graphic resolution of 160 x 100 dots. It could display capital and small letters. The PC-8001 had great success with Japanese businesses, where it was widely used. At the time, NEC claimed that the PC-8001 represented at least 45% of their home japanese market.
LUCAS Lucas Nascom 2 The Nascom 2 was a deep evolution of the Nascom 1 that required 18 months of design and development but offered lots of enhancements: a faster processor (4 MHZ.), greater RAM and ROM capacity (10 KB + 10 KB), built-in Microsoft BASIC, extended keyboard, improved tape interface, etc. User RAM could be expanded to 32 KB on board and the system didn't need the use of expansion board or system bus to run large applications.
Intersystems DPS-1 InterSystems was the computers brand name of the Ithaca company which previously manufactured various cards for other mainframe makers. The DPS-1 is based on the S-100 bus. It seems to be a copy of the Altair 8800 and Cromemco Z-1 systems. The case had a 20-card capacity and can support 8 and 16 bit processors.
Seattle Computer Gazelle Even if you've never heard of this massive computer, the Gazelle is truly a historic computer. Neither because it was one of the first 8088, then 8086 based computer, nor because this Gazelle is propably the heaviest 8088 system ever built, but because it was the computer Tim Paterson wrote DOS for, the first DOS operating system that became later MS-DOS 1.0 when Microsoft bought the rights to DOS from Tim's company, afterwards.
OHIO Scientific Challenger 1P Ohio Scientific, based in Ohio, USA, were the makers of the Superboard II. The Challenger 1P and Challenger IIP-MF were essentially cased versions of this single board system with integrated keyboard, a single 5Volt power supply and the first 6502 version of Microsoft BASIC interpreter. An optional floppy disk controller and a extra 24K of ram for this unit was available using a 610 expansion board.
Vector Graphics MZ The Vector Graphic MZ featured the same hardware basis as the VIP model: S-100 based system with a Z80A processor running CP/M operating system. However, its separate main unit had an 18 slot motherboard and integral dual floppy disc drives (2 x 315 KB). The system came with 48 KB of RAM, 4 KB monitor ROM, and used the Vector 3 "Mindless Terminal". Although it may look like a terminal, the Mindless Terminal only had a parallel keyboard, and a B/W monitor.
TANGERINE MICROTAN 65 This computer is what is the ZX-80 to the ZX-Spectrum, but for the Oric 1. Tangerine developped this computer before they became Oric and produced the Oric-1. It was mainly sold in kit, without the complete keyboard shown in the photo, but with a little hexadecimal keyboard. The unextended Microtan 65 couldn't use Basic (Basic65) due to its RAM limitation (1kb), so only machine-code was usable.