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In the course of its history, UNIVAC produced a number of separate model ranges. One early UNIVAC line of vacuum tube computers was based on the ERA 1101 and those models built at ERA were rebadged as UNIVAC 110x; despite the 1100 model numbers, they were not related to the latter 1100/2200 series. The 1103A is credited in the literature as the ...
An upgraded 1106 was called the UNIVAC 1100/10. In this new naming convention, the final digit represented the number of CPUs or CAUs in the system, so that, for example, a two-processor 1100/10 system was designated an 1100/12. An upgraded 1108 was called the UNIVAC 1100/20. An upgraded 1110 was released as the UNIVAC 1100/40.
The UNIVAC I (Universal Automatic Computer I) was the first general-purpose electronic digital computer design for business application produced in the United States. It was designed principally by J. Presper Eckert and John Mauchly , the inventors of the ENIAC .
UNIVAC II: 1958 An improved, fully compatible version of the UNIVAC I. UNIVAC 1105: 1958 3: A follow-up to the UNIVAC 1103 scientific computer. AN/FSQ-7: 1958 52: Largest vacuum tube computer ever built. 52 were built for U.S Project SAGE. ZEBRA: 1958 55: Designed in Holland and built by Britain's Standard Telephones and Cables. [17] Burroughs ...
UNIVAC II: 1958 An improved, fully compatible version of the UNIVAC I UNIVAC 1105: 1958 3: A follow-up to the UNIVAC 1103 scientific computer AN/FSQ-7: 1958 Largest vacuum tube computer ever built. 52 were built for Project SAGE. ZEBRA: 1958 55: Designed in Holland and built by Britain's Standard Telephones and Cables [24] Ferranti Perseus ...
This is a list of UNIVAC products. It ends in 1986, the year that Sperry Corporation merged with Burroughs Corporation to form Unisys as a result of a hostile takeover bid [ 1 ] launched by Burrough's CEO W. Michael Blumenthal.
Control Console of Univac 1830 / CP-823/U Computer. This is from the system in the photo, above. This would be Univac’s first computer to use flatpack monolithic integrated circuits, using a diode-transistor logic (DTL) silicon chip. This technology was simultaneously being developed for use in the Univac 1824 for the missile guidance program.
The UNIVAC III, designed as an improved transistorized replacement for the vacuum tube UNIVAC I and UNIVAC II computers. The project was started by the Philadelphia division of Remington Rand UNIVAC in 1958 [1] with the initial announcement of the system been made in the Spring of 1960, [1] however as this division was heavily focused on the UNIVAC LARC project the shipment of the system was ...