History of Norsk Data: Difference between revisions
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* 28 NORD-1 installed | * 28 NORD-1 installed | ||
* Development is started on the [[NORDIC]] system, [[NORDCOM]], and [[NORD-20]] | * Development is started on the [[NORDIC]] system, [[NORDCOM]], and [[NORD-20]] | ||
* The company moves in to new offices in Økern Business Center, using | * The company moves in to new offices in Økern Business Center, using 850 m<sup>2</sup>. | ||
==1972== | ==1972== |
Revision as of 09:34, 16 February 2009
A brief list of some events in the Norsk Data history.
1967
- In July, Norsk Data-Elektronikk is founded
- In September, it is made publically traded
1968
- Three NORD-1 installed
- The NORD-1 is completed, featuring an unusually rich register set, and floating-point arithmetic as standard equipment, possibly the first minicomputer to do so
1969
- A virtual memory system for the NORD-1 is created. One of the first minicomputer to do so (the Burroughs B5000 was the first computer[citation needed])
- 11 NORD-1 installed
1970
- 17 NORD-1 installed
1971
- 28 NORD-1 installed
- Development is started on the NORDIC system, NORDCOM, and NORD-20
- The company moves in to new offices in Økern Business Center, using 850 m2.
1972
- 29 NORD-1 installed, one NORD-5
- NORDIC completed
- BASIC compiler developed
- Terminal systems developed
- NORD-TSS in development, a multi-user multi-lingual time-sharing operating system
- Development of the NORD-10 started, estimated finished first half of 1973
1973
- 36 NORD-1 installed, one NORD-5 (Computas A.S.)
- 12 NORD-10 installed
- Market demands increase sharply after CERN contract
- Contracts signed in Switzerland, Sweden, Denmark, and France
- 32% of orders from export
- NORD-TSS completed
- NORD-PL developed
- ND starts a licensing agreement with the central institute for industrial research to use and further develop the database system SIBAS
- Contract signed with ASEA-ATOM for three systems for 6 million NOK, each consisting of a configuration of NORD-10/5s. Systems to be used for surveillance and control of nuclear power plants.
1974
- 36 NORD-1 installed, one NORD-5
- 46 NORD-10 installed
- NORD-12 and NORD-50 in planning and development
- NORD-42 is completed, with MOS memory using 4Kb chips. First delivery in the summer.
- The NORDCOM-74 is developed, an updated NORDCOM system
- Further development of different I/O controllers for the NORD-10, including the NORDCOM graphics system
- Development of administrative software. Software development team is twice the size of the hardware team
- Development of SINTRAN III dominates the software division manpower. The first SINTRAN-III systems are installed in late 1974.
- The company moves in to new offices in Lørenvn. 57 in August, using 5 800 m2. Thought to be sufficient until first quarter 1976.
- A daughter company is considered in Stockholm, Sweden, to be operative 4th quarter 1975.
- First contract with Cern, Lab. II is signed, using the NORD-10.
1975
- Four NORD-1 installed
- 62 NORD-10 installed, three NORD-50
- The NORD-50 is completed, a second-generation 32-bit superminicomputer
- A solid-state memory system for the NORD-10 is developed
- Large mass storage system for the NORD-10 developed
- The typesetting system GMS-12, the ancestor of NORTEXT, is developed for NTB
- NORDFORSK, a Nordic technical research network, is developed using a NORD-12 core system
- SIBAS, a Codasyl-based, multi-user on-line database management system, is introduced
1976
- 83 NORD-10 installed, three NORD-50
- Planning of the building on Furuset is almost completed. Building is planned to be approx. 9 800 m2, and planned cost is approx. 42 mill. NOK.
1977
- 114 NORD-10/NORD-10/S installed, seven NORD-50
- NORD-10/S introduced
- Initial deliveries worth 4.5 million NOK for the first parts of the F-16 airplane simulator. Approximately 18 more simulator systems are expected to be delivered
1978
- Relocation to the new building takes place medio August
- Contract with Singer Link for the delivery of 6 more simulators
- CERN is still an active customer. 120 machines sold this year. There have been suggestions of about 40 more simulators being needed.
- Development of the NORD-100, originally designated the NORD-10/M, and intended as a lower-cost bitsliced version of the NORD-10. Just happened to end up significantly faster. It seems to have been the first single-board 16-bit minicomputer.
1979
- With effect from July 3, Norsk Data took over part of the business of the former Tandberg Radiofabrikk A/S. Tandberg is expected to show a profit by 1980.
- Norsk Data introduces the NORD-100
- Development of the ND-500 begins
- Another large order for F-16 simulators is recieved
- Norsk Data takes over a 16700 m2 industrial building at Skullerud, Oslo. The building is leased to Tandberg.
- ND-NOTIS, an integrated word processing and administrative data processing system, is introduced.
1980
- Effective from January 1st, Norsk Data absorbs the four Comtec companies in Norway, Sweden, Denmark, and West Germany from Nobø Fabrikker.
- Tandberg becomes independent of Norsk Data in the autumn of 1980. Profit was well below the anticipations.
- ACCESS, an on-line query system, allowing user-friendly access to a data-base via interactive terminals.
1981
- The average price of a delivered computer was NOK 750 000, and had on average 512 Kbyte RAM, 110 Mbyte hard disk storage, and 16 terminals.
- The ND Satellite range is introduced (see ND-100 Satellite)
1982
- COSMOS finishes development. COSMOS was a networking system permitting applications and databases to be shared through a data network.
- ND-SAFE (backronymed to System Architecture For Expansion) is introduced
- ND-ORBIS (Organization Related Business Information System) is introduced
- The ND-100/CX is introduced
- The ND-500 is split into three systems: ND-520, ND-560, and ND-570 (?)
1982
- The ND-570/CXA is introduced.
1988
Notable installations
- CERN
- JET [2] [3] [4]
- Camtech Electronics Ltd., was established in 1979 by its two founding directors, to work on a contract to develop a sophisticated CAMAC interface for the JET network of Norsk Data computers. CAMAC is a modular data handling system used at almost every nuclear physics research laboratory and many industrial sites all over the world. Its function is to provide a scheme to allow a wide range of modular instruments to be interfaced to a standardised back-plane called a DATAWAY.
- TSPL, 1987. [5]
- BMC, [6]
- BMC:s computer department were established in September 1976 with a budget of 1.35 MSEK. That was enough to create for it's time a powerful computer center with two NORD-10 mini computers and an Alpha LSI-2 from Computer Automation. That was the first large affair for Norsk Datas newly started Swedish office. It was won in competition with among others Digital Equipment AB offering PDP-11/70 and PDP-11/45 computers. The both NORD-10 were finally replaced after 10 years by a VAX-8200 from Digital Equipment Corporation.
Sources
- ↑ Promotional material
- ↑ Discussion about Norsk Data measurement system hardware.
- ↑ The development of the JET control and data acquisition system, Schmidt, V. Nuclear Science, IEEE Transactions on, Volume 45, Issue 4, Aug 1998 Page(s):2026 - 2032.
- ↑ Integrated control and data acquisition of experimental facilities , ISSN 1616-6361, Volume 215/1984, Computing in Accelerator Design and Operation, 1984, ISBN 978-3-540-13909-6.
- ↑ Delivery of Norsk Data computers at The Scotsman Publications Ltd.
- ↑ BMC:s dataavdelning, historik
- This article was originally a copy of the NODAF wiki article The_History_of_Norsk_Data in 10th February 2009.