Were the TRS-80 Color Computer and CCE MC-1000 both home computers?
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TRS-80 Color Computer The Radio Shack TRS-80 Color Computer (also marketed as the Tandy Color Computer and affectionately nicknamed CoCo) is a line of home computers based on the Motorola 6809 processor. The Color Computer was launched in 1980, and lasted through three generations of hardware until being discontinued in 1991.
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CCE MC-1000 The CCE MC-1000 was an obscure Home computer produced in Brazil by CCE (Comércio de Componentes Eletrônicos).
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Seattle Computer Products Seattle Computer Products (SCP) was a Seattle, Washington, microcomputer hardware company which was one of the first manufacturers of computer systems based on the 16-bit Intel 8086 processor. SCP began shipping its first S-100 bus 8086 CPU boards to customers in November, 1979, about 21 months before IBM introduced its Personal Computer which was based on the slower 8088 and introduced the 8-bit ISA bus. SCP shipped an operating system for that hardware about a year before the release of the PC, which was modified by Microsoft for the PC and renamed IBM PC DOS. SCP was staffed partly by high-school students from nearby communities who soldered and assembled the computers. Some of them would later work for Microsoft.
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TRS-80 (disambiguation) TRS-80 is the name of Tandy Corporation's original 1977 microcomputer system (also known as the Model I). The TRS-80 brand was also later applied to many different computers sold by Tandy, including several unrelated in design to the Model I.
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Umtech Umtech Incorporated., also known as the VideoBrain Computer Company, was an early entrant in the personal computer market that developed, manufactured, and marketed the first computer, VideoBrain, sold in department stores. Although VideoBrain generated major excitement and strong orders when it was introduced at the January 1978 Consumer Electronics Show (CES), consumers did not adopt it as readily as hoped. The company halted manufacturing in the spring of 1979 and was folded into the structure of its largest financial backer, the Cha Group.
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Kenbak-1 The Kenbak-1 is considered by the Computer History Museum and the American Computer Museum to be the world's first "personal computer", invented by John V. Blankenbaker (1930-) of Kenbak Corporation in 1970, and first sold in early 1971. Only 50 machines were ever built. The system first sold for US$750. Today only 14 machines are believed to exist worldwide, in the hands of various collectors. Production of the Kenbak-1 stopped in 1973 as Kenbak failed, and was taken over by CTI Education Products, Inc. CTI rebranded the inventory and renamed it the H5050, though sales remained elusive.
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Videoton TV-Computer The TV-Computer (or TVC in short) is an 8-bit home computer which was mmanufactured by the Hungarian company Videoton around 1986. The computer was based on the Enterprise (computer) and had a built-in BASIC interpreter. Programs could be loaded via tape or floppy. It had a built-in joystick and a keyboard with Hungarian letters and nine function keys.
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Okimate 10 The Okimate 10 by Oki Electric Industry was a low-cost 1980s color printer with interface "plug 'n print" modules for Commodore, Atari, IBM PC, and Apple Inc. home computers.
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Commodore 16 The Commodore 16 is a home computer made by Commodore International with a 6502-compatible 7501 or 8501 CPU, released in 1984 and intended to be an entry-level computer to replace the VIC-20. A cost-reduced version, the Commodore 116, was sold only in Europe.
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IBM 801 The 801 was an experimental minicomputer designed by IBM. The resulting architecture was used in various roles in IBM until the 1980s. The 801 was started as a pure research project led by John Cocke in October 1975 at the Thomas J. Watson Research Center. The name 801 comes from the building the project was housed in, number 801. IBM was looking for ways to improve performance of its existing machines, with project team members studying traces of programs running on System/370 mainframes and looking at the compiler code. From this project came the idea that it was possible to make a very small and very fast core, which could then be used to implement the microcode for any machine.
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ZX80 The Sinclair ZX80 is a home computer brought to market in 1980 by Science of Cambridge Ltd. (later to be better known as Sinclair Research). It is notable for being the first computer (unless one counts the MK14) available in the United Kingdom for less than a hundred pounds. It was available in kit form for £79.95, where purchasers had to assemble and solder it together, and as a ready-built version at £99.95. The ZX80 was very popular straight away, and for some time there was a waiting list of several months for either version of the machine.
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ColorMonitor IIe/AppleColor Composite Monitor IIe The ColorMonitor IIe, later renamed AppleColor Composite Monitor IIe is a CRT-based color or gray monochrome (selectable) 13-inch monitor manufactured by Apple Computer for the Apple II personal computer family. This monitor is designed to fit into the grooves on the top of the Apple II, II+, and IIe computers. This monitor has no swiveling option.
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Thomson computers In the 1980s the French Thomson company produced a range of 8-bit computers based on the 6809E CPU.
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IBM System 9000 The IBM System 9000 Instrument Controller (aka CS9000 or S9000) was an IBM workstation that was announced in 1982 for use as a laboratory computer. It was based on the Motorola 68000, running at 8 MHz and was one of the few systems that used Motorola's Versabus. Input/output ports included three RS-232 serial ports, an IEEE-488 instrument port plus analog and parallel I/O. It ran a custom operating system called CSOS, standing for Computer System Operating System. IBM also offered XENIX on the S9000, but this required at least 640 KB of RAM. The machines shipped with 128 KB RAM as standard, and this was expandable up to 5.2 MB in 256 K increments.
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Atari Sierra Sierra was the code name for a 16-bit/32-bit personal computer designed by Atari's Sunnyvale Research Lab (SRL) starting around 1983. The design included a new GPU known as "Silver and Gold", a powerful sound synthesizer known as AMY, and a new operating system code-named "Eva". The two-chip GPU was collectively known as Rainbow, and the system is sometimes referred to by this name. The CPU had not been chosen, but the Motorola 68000 and Intel 286 were being considered.
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Intellivision The Intellivision is a home video game console released by Mattel Electronics in 1979. The name "Intellivision" is a portmanteau of "intelligent television". Development of the console began in 1977, the same year as the introduction of its main competitor, the Atari 2600. In 1984 Mattel sold the Intellivision business to a former Mattel Electronics executive and investors that would become INTV Corporation. Games development started in 1978 and continued until 1990 when the Intellivision was discontinued. From 1980 to 1983 over 3 million Intellivision units were sold.
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Commodore Datasette The Commodore 1530 (C2N) Datasette, later also Datassette (a portmanteau of "data" and "cassette") is Commodore's dedicated magnetic tape data storage device. Using compact cassettes as the storage medium, it provided inexpensive storage to Commodore's 8-bit home/personal computers, notably the PET, VIC-20, and C64. A physically similar model, Commodore 1531, was made for the Commodore 16 and Plus/4 series computers.
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Tandy 10 Business Computer System The Tandy 10 Business Computer System was a short-lived product developed by Radio Shack in the late 1970s as a business-oriented complement to their TRS-80 Model I desktop computer. Released in 1978, the Tandy 10 was built for Radio Shack by Applied Digital Data Systems (ADDS), and was only sold by Radio Shack's dedicated computer center stores.
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Color clock The color clock, or color timer, is a part of the video circuitry of computer graphics hardware that works with analog color television systems. The clock is timed to match the timing of the color standard it works with, typically NTSC or PAL, ensuring that the data being read from the computer memory to create the image on-screen is in sync with the display. Depending on the speed of the color clock, the product of the resolution and number of colors is defined. Slow color clocks of many early games consoles and home computers resulted in limited color palettes at the highest resolutions.
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UNIVAC Solid State The UNIVAC Solid State was a magnetic drum-based solid-state computer announced by Sperry Rand in December 1958 as a response to the IBM 650. It was one of the first computers to be (nearly) entirely solid-state, using 700 transistors, and 3000 magnetic amplifiers (FERRACTOR) for primary logic, and 20 vacuum tubes largely for power control. It came in two versions, the Solid State 80 (IBM-style 80 column cards) and the Solid State 90 (Remington-Rand 90 column cards). In addition to the "80/90" designation, there were two variants of the Solid State -- the SS I 80/90 and the SS II 80/90. The SS II series included two enhancements -- the addition of 1,280 words of core memory and support for magnetic tape drives. The SS I had only the standard 5,000-word drum memory described in this article and no tape drives.
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Amiga 1000 The Commodore Amiga 1000, also known as the A1000 and originally simply as the Amiga, is the first personal computer released by Commodore International in the Amiga line. It combines the 16/32-bit Motorola 68000 CPU which was powerful by 1985 standards with one of the most advanced graphics and sound systems in its class, and runs a preemptive multitasking operating system that fits into 256 KB of read-only memory and shipped with 256 KB of RAM. The primary memory can be expanded internally with a manufacturer supplied 256 KB module for a total of 512 KB of RAM. Using the external slot the primary memory can be expanded up to 8.5 MB.
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IBM 7040 The IBM 7040 was a historic but short-lived model of transistor computer built in the 1960s.