This article needs additional citations for verification .(November 2019) |
Developer | Actrix Computer Corporation |
---|---|
Type | transportable personal computer |
Release date | 1983[1] |
Introductory price | US$2,495(equivalent to $7,633 in 2023) |
Operating system | CP/M-80 V2.2 |
CPU | NEC D780C-1 @ 4 MHz |
The Actrix computer, released in 1983 by Actrix Computer Corporation, was a Zilog Z80-based transportable personal computer running CP/M-80 V2.2. It was initially released as the Access Computer, made by Access Matrix Computer Corporation (later Actrix Computer Corporation), but both the company and its product changed names after trademark disputes. [1] [2] [3]
Access Computer was the common name for the Access Matrix, a transportable personal computer introduced in 1982 by a United States computer company, Access Matrix Corp (AM CORP on FCC documentation).
The Access Computer had dual 5.25-inch floppy drives (either 320k-DS or 168k-SS) a detachable keyboard, a 7" built-in amber CRT display, and a built-in 80 CPS Epson MX80 dot matrix printer with GRAFTRAX-80 chipset. It used the CP/M operating system, and also included a Bell-103 300 baud modem with both acoustic-coupled and direct connections. Additional connectors for IEEE-488 (external hard disk), composite monitor, RS-232 serial and Centronics parallel were provided. The mainboard has a 50-pin header designed to support 8-inch disk drives (4 heads on two double-sided disks - drive letters C:/D: and E:/F:)
Access Matrix came bundled with MBASIC, CBASIC, the Perfect-series office software, Personal Pearl database and Fancy Font markup/formatting system. Custom-written software included a disk format/verify/duplication utility (DISKU.COM) that worked with both the internal A:/B: drives as well as optional external 8" disks (C:/D: and E:/F:). A custom-written Telecommunications utility (TELCOMU.COM) offered dialup address book, basic terminal emulation, XMODEM/Modem7 file transfer and other features for connection to BBS and other online systems or to operate as a drone to receive files uploaded from other computers.
Although not truly portable the all-in-one design did allow for quick setup and shut-down. It was rugged and although weighing 15 kg, it was reasonably easy to transport in a car or in an aircraft's coat- locker. The Access Matrix had option of a padded cloth bag with shoulder-strap or a heavier-duty leather/cloth bound protective case with carry handle and shoulder-strap.
Apparently the system was popular with journalists who could use the inbuilt "OFFLINE" type-writer mode to create and print simple ad hoc single-page documents ready for immediate faxing to HQ from their hotel lobby. Another option was to combine the word processing and telecommunications features to create a document using the word processing software and immediately upload the document directly to either an online services such as CompuServe or indeed to another 'waiting' Access Matrix at their head office.
The rebadged Actrix DS was presented at the Las Vegas Comdex in November 1983. There was another model called the Actrix SS with a 170k 5.25-inch disk drive.
Hardware:
The void to the right of the two floppy drives could either be open, for convenient storage of a handful of floppy diskettes, or blanked to conceal one of two options:
Another option was a 50-pin connector at the rear of the void, for 8" disk drives
If either UPS or 8088 options were present the rear or the void was blanked off with a screw-on plate. If the 50-pin 8" disk cable option is present the rear of the void is changed to a clip-on panel securing the 50-pin cable connector. If no options were fitted the rear of the floppy void was a blank clip-on panel. If only the 50-pin option is present the floppy void was modified internally with a plastic jacket to prevent stored diskettes from interfering with the rear of the 50-pin header/cable assembly
In Australia, one official distributor of the Actrix Computer range was Richard Carpenter, based in Little Mountain, Queensland. It is believed[ according to whom? ] that Carpenter imported two or three Access Computers as sales tools and demonstrators, but shipped less than a dozen Actrix Computers. In 1986, two demonstrator Actrix machines were repossessed by the financier, NatWest Australia Bank.
Expensive TV advertising and constant lawsuits concerning the product and company-naming rights were drains on capital that speeded the decline and ultimate stop of sales of Actrix machines. Existing orders were filled by one remaining technician, who built the last remaining machines from spare parts.
The IBM Personal Computer is the first microcomputer released in the IBM PC model line and the basis for the IBM PC compatible de facto standard. Released on August 12, 1981, it was created by a team of engineers and designers at International Business Machines (IBM), directed by William C. Lowe and Philip Don Estridge in Boca Raton, Florida.
The Amstrad PCW series is a range of personal computers produced by British company Amstrad from 1985 to 1998, and also sold under licence in Europe as the "Joyce" by the German electronics company Schneider in the early years of the series' life. The PCW, short for Personal Computer Word-processor, was targeted at the word processing and home office markets. When it was launched the cost of a PCW system was under 25% of the cost of almost all IBM-compatible PC systems in the UK, and as a result the machine was very popular both in the UK and in Europe, persuading many technophobes to venture into using computers. The series is reported to have sold 8 million units. However the last two models, introduced in the mid-1990s, were commercial failures, being squeezed out of the market by the falling prices, greater capabilities and wider range of software for IBM-compatible PCs.
The Big Board (1980) and Big Board II (1982) were Z80 based single-board computers designed by Jim Ferguson. They provided a complete CP/M compatible computer system on a single printed circuit board, including CPU, memory, disk drive interface, keyboard and video monitor interface. The printed circuit board was sized to match the Shugart 801 or 851 floppy drive. This allowed attachment to up to two 8 inch or 5 1/4 inch floppy disk drives. The Big Board II added a SASI interface for hard disk drives, enhancements to system speed and enhancements to the terminal interface.
The Xerox 820 Information Processor is an 8-bit desktop computer sold by Xerox in the early 1980s. The computer runs under the CP/M operating system and uses floppy disk drives for mass storage. The microprocessor board is a licensed variant of the Big Board computer.
Tiki-100 was a desktop home/personal computer manufactured by Tiki Data of Oslo, Norway. The computer was launched in the spring of 1984 under the original name Kontiki-100, and was first and foremost intended for the emerging educational sector, especially for primary schools. Early prototypes had 4 KB ROM, and the '100' in the machine's name was based on the total KB amount of memory.
Kaypro Corporation was an American home and personal computer manufacturer based in Solana Beach in the 1980s. The company was founded by Non-Linear Systems (NLS) to compete with the popular Osborne 1 portable microcomputer. Kaypro produced a line of rugged, "luggable" CP/M-based computers sold with an extensive software bundle which supplanted its competitors and quickly became one of the top-selling personal computer lines of the early 1980s.
The Tandy 2000 is a personal computer introduced by Radio Shack in September 1983 based on the 8 MHz Intel 80186 microprocessor running MS-DOS. By comparison, the IBM PC XT used the older 4.77 MHz Intel 8088 processor, and the IBM PC/AT would later use the newer 6 MHz Intel 80286. Due to the 16-bit data bus and more efficient instruction decoding of the 80186, the Tandy 2000 ran significantly faster than other PC compatibles, and slightly faster than the PC AT. The Tandy 2000 was the company's first computer built around an Intel x86 series microprocessor; previous models used the Zilog Z80 and Motorola 6809 CPUs.
The SV-328 is an 8-bit home computer introduced by Spectravideo in June 1983. It was the business-targeted model of the Spectravideo range, sporting a compact full-travel keyboard with numeric keypad. It had 80 KB RAM, a respectable amount for its time. Other than the keyboard and RAM, this machine was identical to its little brother, the SV-318.
The Apricot PC is a personal computer produced by Apricot Computers, then still known as Applied Computer Techniques or ACT. Released in late 1983, it was ACT's first independently developed microcomputer, following on from the company's role of marketing and selling the ACT Sirius 1, and was described as "the first 16-bit system to be Sirius-compatible, rather than IBM-compatible", indicating the influence that the Sirius 1 had in the United Kingdom at the time.
The Commodore 64 home computer used various external peripherals. Due to the backwards compatibility of the Commodore 128, most peripherals would also work on that system. There is also some compatibility with the VIC-20 and Commodore PET.
The Mac286 was an Intel 80286-based MS-DOS coprocessor expansion card for one of Apple Computer's first expandable Macintosh computers, the 1987 Macintosh II. It was developed by Phoenix Technologies under contract to Apple Computer and sold by AST Research in an effort to close the gap between the Macintosh and IBM PC computing worlds. AST also introduced the related Mac86 card for the Macintosh SE.
The Osborne Executive, released in April 1983, was the successor to the Osborne 1 portable computer. Produced by the Osborne Computer Corporation, the Executive offered numerous improvements over the already successful Osborne 1, including a 7-inch amber phosphor CRT display and more space efficient half-height 5 ¼ disk drives.
Atari 8-bit computer peripherals include floppy drives, printers, modems, and video game controllers for Atari 8-bit computers, which includes the 400/800, XL, XE, and XEGS.
The Kay 1024 was a Russian ZX Spectrum clone introduced in 1998. Created by the NEMO company of St. Petersburg, it has 1024 KB of RAM. It was a rival to Scorpion ZS 256, having a slightly lower price. It offered a controller for a PC keyboard and HDD, but not for floppy disks. Adding a General Sound card was easy, and the CPU had a 7 Mhz turbo mode.
The LINK 480Z was an 8-bit microcomputer produced by Research Machines Limited in Oxford, England, during the early 1980s.
The Commodore PC compatible systems are a range of IBM PC compatible personal computers introduced in 1984 by home computer manufacturer Commodore Business Machines.
The history of laptops describes the efforts, begun in the 1970s, to build small, portable personal computers that combine the components, inputs, outputs and capabilities of a desktop computer in a small chassis.
The Olivetti M19 was a personal computer made in 1986 by the Italian company Olivetti. It has an 8088 at 4.77 or 8 MHz and 256–640 KB of RAM. The BIOS is Revision Diagnostics 3.71. In the UK, it was sold by Acorn Computers as the Acorn M19, with additional software also available via Acorn. In France, it was available as the Persona 1300, sold by LogAbax.
The Dimension 68000 is a microcomputer introduced by the Micro Craft Corporation in 1983 that sought to emulate the Apple II, the IBM PC, and various CP/M-centric computers through a family of coprocessor expansion cards and emulation software. The Dimension 68000 can also run as a standalone computer based on the Motorola 68000 from which it gets its namesake. The computer is mostly the brainchild of Mike Carpenter, a former executive of a scientific instrument manufacturer who incorporated Micro Craft in Dallas, Texas, to develop the Dimension 68000. It had a market lifespan of three years and received mixed, mostly positive, reception from the technology press. Criticism was leveled at the $6,250 price tag for the computer with the full deck of coprocessor cards, as well as the extent of the emulation power of those cards.
The Scorpion ZS-256 was a very widespread ZX Spectrum clone produced in St. Petersburg by Sergey Zonov.