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Welcome to, the most popular website for old computers.
Have a trip down memory lane re-discovering your old computer, console or software you used to have.

There are actually 1244 systems in the museum.


Olivetti introduced a mainframe about 1960 which was called ELEA, then in 1965 the Programma 101 - which was probably the world's first real desktop computer. Then a little later they introduced the Audiotronic range of "office computers". The first was the A770, which was replaced by the A7. The A5 was the desktop version. The Olivetti Audit 5 or A5 was largely an electro mechanical computer. It printed via a golf ball typewritter mechanism at the astonishing speed of 16 character per second...
The TA 1600 system was introduced in 1983 at the CeBIT (which was only a part of the "Hannover-Messe" by that time). TA showed a few sample applications and the 1600 family in general. Triumph Adler's hardware included also the 1600/20-3 which was supplied with a permanent-swap-HDD-unit. This unit had a memory/storage capacity of 2 x 8 MB (Winchester technology). Triumph Adler said the system (the 1600) will fit the demand of medium-sized businesses, due to the facts that these companies w...
MIDWICH Microcontroller
Called the Midwich Microcontroller, this British computer was developped to provide a small desktop micro capable of running other equipment throug a variety of interface cards. In 1979 an Italian IC manufacturer designed and began to sell a single board micro system that could be expanded to a full system with a VDU, discs, etc. Called the Nanocomputer, it was manufactured by SGS Ates and one of the distributors in the UK was Midwich. The Nano was somewhat expensive and suffered from a numbe...
RADIONIC Model R1001
This is an extremly rare TRS-80 Model 1 clone, based on an other clone: The Komtek 1 (from Germany). It's equiped with a Level II basic and powered by a Zilog Z80 cpu. _________ Contributors : Incog...
BASF 7100
The BASF 7000 systems are professional computers from Germany. They seem to be based on the Microterm II Intelligent Terminal by Digi-Log Systems, Inc. There were several models in the 7000 serie....
PCC 2000 is a professional computer released in 1978. It was designed in 1978 by Pertec, the company which merged with MITS by the end of 1976. The PCC is conceived as a monobloc machine, where the display and two 8" floppy disk drives are built-in the main case. The mechanical keyboard offers separated numeric and editing keypads. The system is powered by an Intel 8085 microprocessor and offers 64 KB RAM. The whole thing was apparently delivered with an extended Basic language, which has...
TAP 34 is a self design of Terta company from Hungary. Primarily it was designed as a terminal for big computer systems but it was also able to process data alone. The main integrated circuits were assembled in the USSR and in Hungary by Tungsram, but several parts were imported from other countries. The built-in monitor was a DME-28 monochrome CRT made by Orion. This company was famous for its televisions in Hungary and the other KGST countries. The floppy drive attached to the compute...
Based on the MCM 70 / 700 (see this entry for more info), the MCM 800 followed in 1976. It was faster, included 16 KB RAM (instead of 8 KB for the 700), and included the ability to drive an external monitor. Among other things, MCM 800s were used in one of the first french industrial network called Gixinet (along with ARCnet). This was a token-bus type network developped by the Gixi company....
The Imlac PDS-1 is a graphical minicomputer made by Imlac Corporation (founded in 1968) of Needham, Massachusetts. The PDS-1 debuted in 1970 and is considered to be the predecessor of all later graphical minicomputers and modern computer workstations. The PDS-1 had a built-in display list processor and 4096 16-bit words of core RAM. The PDS-1 used a vector display processor for displaying vector graphics as opposed to the raster graphics of modern computer displays. The PDS-1 was often used with...
COMMODORE  C64 Golden Jubilee
Between 1984 (in the U.S.) and 1986 (in Germany), Commodore International celebrated the 1,000,000 machines sold mark in these respective countries by issuing special "Gold" editions of the Commodore C64. These machines were regular C64 models, except they were Golden-colored and fixed on a commemorative plate. The following information comes from Death Adder : Until December 1986, 1,000,000 Commodore 64s were sold in Germany. On this occasion, Commodore Buromaschinen GmbH (...

The TS-803 succeeded to the TS-802. Although it was basically the same CP/M machine, it had several notable enhancements. The all-in-one case had an innovative design. The main unit and mass storage devices were mounted vertically at the right side of a large tilting 14" green display (at the time the standard size was of 12"). The keyboard was also greatly improved. It offered 16 programmable function keys and 10 pre-programmed text-editing keys. It was...
The P6060 was a computer which looked like a typewriter. It had a built-in thermal printer (80 column, 80 character per second). This printer featured graphics supported by system software for scaling, framing, offsetting, axis drawing and alphanumeric labeling. The P6060 could be programmed with a special extended version of the BASIC language which featured random and sequential file handling and matrix operations. There were two models: the basic configuration with 8KB user RAM and a s...
After the success of the TRS-80 Pocket Computer (a.k.a. TRS-80 PC-1), Sharp also manufactured their PC-1500 (see there for more technical information) in a version for Tandy Radio Shack. This machine was marketed as the TRS-80 PC-2 (catalog number 26-3601). Internally, it was exactly the same machine. Only the front face design had been changed: the keyboard layout was different, with an additional enter key, and the dis...
The HP 150 was Hewlett Packard's attempt to produce a user friendly office computer. It is an MS-DOS based system, but is not IBM compatible. It made heavy use of function keys and the built in touch screen to attempt to produce easy to use software. The computer is built into the display unit with disk drives as external units. It is the successor of the HP 120 (which runs under CP/M). It uses the same screen and the same case as the HP 120. The keyboard was made in Singapour and the cathodi...
The FM-11 AD2 is an evolution of the FM-11 AD. It is delivered with the OS-9 operating system. There was also a FM-11 AD2+ model with enhanced features like 256 KB RAM instead of 128 KB. Torsten Dittel, from Germany, adds: Looks like the FM11 AD2 had an HD63C09EP from Hitachi installed. It was a PIN/Code compatible CMOS/3MHz version of the MC68B09E from Motorola. For licensing reasons Hitachi kept as a "secret" that it...
NEC  PC 9801 E
The PC-9801E belongs to the famous NEC PC-98xx family. This is not an IBM PC compatible system. Its architecture is original. Unlike the PC-9801F, the PC-9801 has no built-in disk drives....
The Tandy 1000 was a line of IBM PC compatible computers made during the 1980’s by the American Tandy Corporation for sale in their chain of Radio Shack electronics stores in Canada and the USA. The Tandy 1000 would be the successor to their influential TRS-80 line of computers, the Tandy 1000 would eventually replace the COCO line of 8 bit computers as well when Tandy decided to prematurely end tha...
the SM-B-80TE and the SM-B-80TC training boards seem to be the first computers made by Sharp having the general public in mind. At the time, a professional division of Sharp already sold a range of computers called Hayac. These boards, as well as the first MZ computer series were conceived by the Sharp parts division as a market test. The same board concept could be found in the USA since 1985 (MOS Kim 1, Intel SD...
SONY  Hit-Bit 75
This is a quite popular MSX 1 computer. As soon as it was available (in Europe at least), a lot of extensions were already available too, making the HB-75 a quite complete system. It is also a quite well designed computer. There's a built-in piece of software (Personal Data Bank) available on startup and composed of an agenda (scheduler), a memo, an address manager and a transfer utility. And you could save your work via a special RAM cartridge. There is a R...
The National Radio Institute 832 was probably the first commercially available computer kit. It was sold as part of a correspondence computer course. We don't know much about this machine, but Jason Anderson, the proud owner of the pictured machine sent us a letter from Lou Frenzel, the designer of the NRI-832: I did design the 832 back in 1970-71 time period. It was part of a home study course on computers offered by National Radio Institute, a school ...

US advert, August 19...

C128 - C128D

French brochure #2


Jupiter brochure #1

Jupiter Ace

French picture (apri...

MZ 800 - MZ 1500

NorthStar brochure #...


Brochure #3


Promotional leaflet ...

Gundam RX-78

Japanese advert. #2


Promotional picture

PCC 2000

Japanese advert (198...

PC 6601

U.K. ad. (Aug. 1986)


Bit Shopper


German brochure #2


Japanese ad #2


German advert

BIT 90

French advert. (1983...

TO 7

Brochure cover


UK advert (stupid !)

TI 99 / 4A

NLS advert

Kaypro II

Brochure #3


U.S. advert #2

HC / HX-20

French advert (1987)


UK advert (Nov. 1980...


Amiga posters

AMIGA 1000


samer hadman
IBM  PC - Model 5150
i have an ibm pc with eias slots and 500mb hdd 2.88fdd ps-2 mouse and keyboard mobile +963933513647

nathan macdonald
SIRIUS COMPUTER  Victor 9000 / Sirius 1
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I am north London-based writer with our old grubby but fine otherwise 1512 in need of a home (collections only i''m afraid). We''re giving away the screen, keyboard, hard-drive (2 slots) and its manual - the mouse is filed somewhere else in the office I''m afraid, likewise the software disc. It''s first genuine taker, first serve. $Please let me know if it''s worth it to any of you, that i keep the mouse and software disc when i eventually find them$

Feel free to get in touch if you can use any or all of this



Dan Mihai
Found this post while browsing around$ I am the original designer and the project manager (from the ITC side) of commercializing this design as CIP-01 at Electronica Pipera back in 1987$ Calin Popescu was the project manager from the Electronica Pipera''s side.

It all started when during several brainstorming discussions over quite a few satisfying games of Bridge with Cristi Hera (Pupu) and Virgil Vladescu (Bombone) - graduates of IPB Automatica / Calculatoare - about the weaknesses of the FCE''s HC-85 design, I had the idea of designing an alternate Spectrum clone hardware as a fully synchronous Finite State Machine (FSM) which ran everything (Z80A CPU, shared video memory controller, and later even the PAL encoder) from a single ~18 MHz crystal and with zero CPU WAIT states - a first for that time, and which made this design be the only Sinclair Spectrum clone generating "pure" sound tones. Initially I built this design "by hand" on a 25-mil 4-layer PCB encased in a manually assembled plastic enclosure slightly smaller than the original Spectrum - 8.75 cm wide x 5.5 cm deep x 1.6 cm tall (still have one of those in my personal computing museum, happy to share pictures with anyone who asks) and sold quite a few of these in the IPB dorms around 1985-1986 before pitching the idea of commercializing this design to my team leader at ITC, Riuric Bulgacov, in mid-1987.

Riuric brilliantly positioned this as a potential "gaming accessory" to the just-released Cromatic color TV manufactured by Electronica Pipera to get it approved by the political administration of that time $ I am still amazed to this day that the project got approved by the administration, considering how strict they were in controlling the public''s access to electronic communications, typewriters, free speech, etc. Perhaps it was its classification as a "game accessory to the color TV" that made it fly under the radar?

The design of what became CIP-01 had to be adjusted for the manufacturing capabilities available at Electronica-Pipera: 50-mil 2-layer PCB technology, injection-molded ABS plastic, and "consumer electronics-grade" connectors (rather large DIN jacks, etc.) which increased the size of the PCB by a factor of 4 yielding a size of the entire device of 31.5 cm wide x 28 cm deep x 6.5 cm tall. This was quite a bit larger than the original "hand-built" prototype, but it had the advantage of a larger and much more comfortable keyboard and (potentially) better cooling for the electronics.

I still remember designing CIP-01''s first PCB layout on Electronica''s CORAL minicomputer while trying to cleverly route power and ground traces to minimize ground noise - quite a challenge in a 2-layer "consumer electronics-style" PCB layout compared with the original 4-layer "computer-style" PCB layout with dedicated power and ground planes.

Eugen Stefan (Gene) from Electronica designed an RF modulator which was included in the box as well. Marian Romascanu from ITC designed a synchronous PAL encoder - conceptually based on the Apple II NTSC design - and I programmed the super-optimized 4K Spectrum BIOS cassette loader + BASIC interpreter to go around the Sinclair Spectrum software copyright while still providing the ability to program in BASIC. The Sinclair BIOS was loadable from a cassette tape (not sold by Electronica at that time to avoid copyright issues, but widely available from friends, family, and other "hobbyists") for full compatibility with all Spectrum games. I still have a CIP-01 preproduction prototype (white) in my personal technology museum, happy to share pictures of it as well. The entire commercialization project (concept to manufacturing) of the ITC-Electronica joint venture lasted about 12 months, which would qualify as a record even today.

CIP-01 was available in consumer electronic stores everywhere in Romania starting with 1988, I still remember seeing it on display at Bucur-Obor $ right next to a Cromatic color TV.

I''m quite happy to see that the product ended up selling well and helping a lot of young Romanian people acquire a passion for computers, learn how to develop software, and increase their market value in today''s high-tech global economy.

John Evans
Greetings - just picked up the PMC-101 board and will be building a system around it once I can find some working suitable floppy drives. The disk images are out there for this system as is the ROM code.

I''ve never owned a CP/M v3.0 system so it will be neat to getting it running. I''ll also build a case for it all from scratch. Would love to share experiences with other users.

I have 4 Husky Computers available, 2 x 144K, 1 x Husky 2 352K and a 16. I only have one 4 pin power supply so cannot test the 16 but the others power on fine. Just wondering what would be a sensible sales price on these?

Maurizio Sorrentino
il riferimento si trova a pag.34 del libro:
Considerations for Use of Microcomputers in Developing Country Statistical Offices: Final Report :

"In one of these system, the Bubcom 80, a 32Kb memory cartridge was priced at $ 175 in mid-1982."

Da Google Libri.

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