Company:Athena Computer & Electronic Systems
| Type | Private |
|---|---|
| Industry | Computers |
| Fate | Dissolution |
| Founded | June 1982 in San Juan Capistrano, California |
| Founder | David Mitchell |
| Defunct | 1987 |
| Products | Athena 1 |
Athena Computer & Electronic Systems was an American computer company active from 1982 to 1987 and based in San Juan Capistrano, California. It released an early laptop, the Athena 1, in 1983. The laptop was one of the first to make use of solid-state technology as its primary storage medium.[1]
History
David Mitchell of San Juan Capistrano, California, founded Athena Computer & Electronic Systems in June 1982. Mitchell set out the company to design a high-end portable computer "for the discriminating [user]", delivering a prototype of his computer to the press just eight months after incorporating his company, in February 1983.({{{1}}}, {{{2}}}) Named the Athena 1 (or Athena I), the laptop was one of the first to incorporate solid-state storage as its primary means of operation and data storage,[2] with an internal RAM drive of between 128 KB and 1 MB, depending on the configuration ordered,[3] made up of 16 KB dynamic RAM chips.[4] The Athena 1 features dual NCS-800 microprocessors; the NCS-800 was a second-source CMOS variant of the Zilog Z80 processor manufactured by National Semiconductor designed for minimal power draw.[5] As these chips were somewhat more expensive, Athena resorted to using RAM chips fabricated using the more power-hungry NMOS process.[6] One of the NCS-800s handles input/output, while the other serves as the laptop's central processing unit. Besides the RAM drive, the Athena 1 also contains 512 KB of RAM,[5] originally 64 KB.[7] The unit contains spare room internally for expansion circuit boards that would have connected to the existing motherboard via an expansion bus socket. Mitchell had eyed a 16-bit processor upgrade as one such circuit board in the early days of the laptop's development.[5]
Mitchell designed the Athena 1 with no internal floppy drive, as was common for portables at the time, to keep the laptop relatively lightweight at 15 pounds (6.8 kg). His company offered an external 5.25-inch floppy drive as an optional peripheral. Some of the laptop's weight comes from the internal lead–acid battery, which has a maximum rated capacity of two hours.[3] The laptop measures 14.5 by 11 by 3.375 inches (36.83 by 27.94 by 8.57 cm) and sports an off-white plastic outer shell.[8] Mitchell commissioned the Key Tronic corporation of Spokane, Washington, to design and manufacture the laptop's grey and black keyboard.[5] He meanwhile purchased the laptop's display panels from Epson, LCDs capable of displaying 80 columns and 4 fours.({{{1}}}, {{{2}}}) Athena was beaten to market by NEC Home Electronics' NEC PC-8201 which featured an 8-line LCD panel.[9] Mitchell expressed wanting to upgrade the Athena 1's LCD panel to that of the PC-8201 before it released to market.[9] The Athena 1 was ultimately released with the 4-line display in 1983, although Mitchell hinted at a retrofit upgrade kit featuring a 16-line LCD for release in November 1983.[4] This never came to pass, however, and instead Mitchell promised an upgraded version of the Athena 1 with an 16-line display, as well as the kit, for 1984.[10]
The CP/M 2.2 operating system, a JRT Pascal interpreter, Chang Labs' Profit Plan spreadsheet application, and the MiniVEDIT text editor are all included on the laptop's internal 12 KB ROM chip.({{{1}}}, {{{2}}}) Mitchell eschewed from shipping the Athena 1 with the BASIC programming language, instead opting for JRT Pascal, as he felt the latter was so ubiquitous that most purchasers of his laptop would already have it. The Athena 1's BIOS supports connecting up to 15 other machines together using the laptop's built-in dual-RS-232 serial ports; the laptops also house one parallel printer port.[5]
In the first quarter of 1984, Athena released an upgrade kit for the laptop which housed a Harris 80C86, the CMOS version of Intel's 8086 microprocessor.[11] This kit gave the laptop the ability to run application software programmed for MS-DOS.[12] As well, the kit came packaged with a copy of MS-DOS itself. The kit in practice made the computer a tri-processor machine based on two platforms, CP/M and MS-DOS.[12] According to computer journalist Michael Nadeau, this kit was the first use of a CMOS version of the 8086 in a laptop.[1]
Athena Computer & Electronic Systems dissolved in 1987, having only released the Athena 1.({{{1}}}, {{{2}}})
See also
Citations
- ↑ 1.0 1.1 Nadeau 2002, p. 26.
- ↑ Stern 1983, p. 76.
- ↑ 3.0 3.1 Freiburger 1983a, p. 1.
- ↑ 4.0 4.1 Feldman 1983, p. 108.
- ↑ 5.0 5.1 5.2 5.3 5.4 Freiburger 1983a, p. 4.
- ↑ Feldman 1984, p. 168.
- ↑ Staff writer 1983a, p. 134.
- ↑ Freiburger 1983a, pp. 1, 4.
- ↑ 9.0 9.1 Freiburger 1983b, p. 14.
- ↑ Hildebrand 1983, p. 35.
- ↑ Staff writer 1983b, p. 91.
- ↑ 12.0 12.1 Staff writer 1983b, p. 92.
References
- "Athena Computer & Electronic Systems". OpenCorporates. n.d.. Archived from the original on January 30, 2023. http://archive.today/2023.01.30-231701/https://opencorporates.com/companies/us_ca/1160079.
- Bowker's Complete Sourcebook of Personal Computing (1985 ed.). R. R. Booker Company. 1984. ISBN 0835219313. https://archive.org/details/bowkerscompletes0000unse/page/5/.
- Feldman, Steve (March 1984). "Portables get a lift with new upgrades, new entries". Systems & Software (Hayden Publishing) 3 (3): 167–174. https://archive.org/details/sim_systems-software_1984-03_3_3/page/167/.
- Feldman, Steve (September 1983). "Portable PCs: The race for smallness". Systems & Software (Hayden Publishing) 2 (9): 102–110. https://archive.org/details/sim_systems-software_1983-09_2_9/page/n109/.
- Freiburger, Paul (March 21, 1983a). "Portable Athena I uses solid-state storage". InfoWorld (CW Communications) 5 (12): 1, 4. https://books.google.com/books?id=_C8EAAAAMBAJ&pg=PA1.
- Freiburger, Paul (May 16, 1983b). "Start-up tries to keep up with technology". InfoWorld (CW Communications) 5 (20): 14, 16. https://books.google.com/books?id=_C8EAAAAMBAJ&pg=PA1.
- Hildebrand, J. D. (November 1983). "Computers Fit for a Briefcase". Portable Computers (McGraw-Hill) 1 (5): 32–40. https://archive.org/details/sim_portable-computer_november-december-1983_1_5/page/32/.
- Nadeau, Michael (2002). Collectible Microcomputers. Schiffer Book for Collectors (Illustrated ed.). Schiffer Publishing. ISBN 9780764316005. https://books.google.com/books?id=WXZNAAAACAAJ.
- Staff writer (February 1983a). "Battery-powered portable". Interface Age (McPheters, Wolfe & Jones) 8 (2): 132. https://archive.org/details/Interface_Age_Vol_8_Issue_2_1983-02_Interface_Age_US/page/n134/.
- Stern, Marc (October 1983). "Your Own Computer". Radio Electronics (Gernsback Publications) 54 (10): 75–176. https://archive.org/details/RadioElectronics_422/RadioElectronics1983-10/page/n68/.
- Staff writer (November 1983b). "Otrona, Athena go for Big Blue". Portable Computers (McGraw-Hill) 1 (5): 91–92. https://archive.org/details/sim_portable-computer_november-december-1983_1_5/page/n91/.
Further reading
- Grzanka, Leonard G. (April 1984). "From Ticker Tape to Bubbles". Portable Computers (McGraw-Hill) 2 (4): 48–51. https://archive.org/details/sim_portable-computer_1984-04_2_4/page/47/.
- Fleig, Clare P. (April 1984). "Battery Packs Cut the Cord". Portable Computers (McGraw-Hill) 2 (4): 32–35. https://archive.org/details/sim_portable-computer_1984-04_2_4/page/n32/.
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