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Burroughs Corporation

The Burroughs Corporation was a major American manufacturer of business equipment. The company was founded in 1886 as the American Arithmometer Company by William Seward Burroughs. In 1986, it merged with Sperry UNIVAC to form Unisys. The company's history paralleled many of the major developments in computing. At its start, it produced mechanical adding machines, and later moved into programmable ledgers and then computers. It was one of the largest producers of mainframe computers in the world, also producing related equipment including typewriters and printers.

Not to be confused with Burroughs Wellcome.

Formerly

  • American Arithmometer Company (1886–1904)
  • Burroughs Adding Machine Company (1904–1953)

1886 (1886)

1986 (1986)

Merged with the Sperry Corporation

Evolving product lines[edit]

The adding machine range began with the basic, hand-cranked Class 1 which was only capable of adding.[2] The design included some revolutionary features, foremost of which was the dashpot which governed the speed at which the operating lever could be pulled so allowing the mechanism to operate consistently correctly.[3] The machine also had a full-keyboard with a separate column of keys 1 to 9 for each decade where the keys latch when pressed, with interlocking which prevented more than one key in any decade from being latched. The latching allowed the operator to quickly check that the correct number had been entered before pulling the operating lever. The numbers entered and the final total were printed on a roll of paper at the rear, so there was no danger of the operator writing down the wrong answer and there was a copy of the calculation which could be checked later if necessary.


The Class 2 machine, called the "duplex" and built in the same basic style, provided a means of keeping two separate totals. The Class 6 machine was built for bookkeeping work and provided the ability for direct subtraction.


Burroughs released the Class 3 and Class 4 adding machines which were built after the purchase of the Pike Adding Machine Company around 1910. These machines provided a significant improvement over the older models because operators could view the printing on the paper tape. The machines were called "the visible" for this improvement.


In 1925 Burroughs released a much smaller machine called "the portable". Two models were released, the Class 8 (without subtraction) and the Class 9 with subtraction capability. Later models continued to be released with the P600 and top-of-the-range P612 offered some limited programmability based upon the position of the movable carriage. The range was further extended by the inclusion of the Series J ten-key machines which provided a single finger calculation facility, and the Class 5 (later called Series C) key-driven calculators in both manual and electrical assisted comptometers.


In the late 1960s, the Burroughs sponsored "nixi-tube" provided an electronic display calculator. Burroughs developed a range of adding machines with different capabilities, gradually increasing in their capabilities. A revolutionary adding machine was the Sensimatic, which was able to perform many business functions semi-automatically. It had a moving programmable carriage to maintain ledgers. It could store 9, 18 or 27 balances during the ledger posting operations and worked with a mechanical adder named a Crossfooter. The Sensimatic developed into the Sensitronic which could store balances on a magnetic stripe which was part of the ledger card. This balance was read into the accumulator when the card was inserted into the carriage. The Sensitronic was followed by the E1000, E2000, E3000, E4000, E6000 and the E8000, which were computer systems supporting card reader/punches and a line printer.


Later, Burroughs was selling more than adding machines, including typewriters.

Move into computers[edit]

The biggest shift in company history came in 1953: the Burroughs Adding Machine Company was renamed the Burroughs Corporation and began moving into digital computer products, initially for banking institutions. This move began with Burroughs' purchase in June 1956, of the ElectroData Corporation in Pasadena, California, a spinoff of the Consolidated Engineering Corporation which had designed test instruments and had a cooperative relationship with Caltech in Pasadena.[4] ElectroData had built the Datatron 205 and was working on the Datatron 220.[4] The first major computer product that came from this marriage was the B205 tube computer. In 1968[5] the L and TC series range was produced (e.g. the TC500—Terminal Computer 500) which had a golf ball printer and in the beginning a 1K (64 bit) disk memory. These were popular as branch terminals to the B5500/6500/6700 systems, and sold well in the banking sector, where they were often connected to non-Burroughs mainframes. In conjunction with these products, Burroughs also manufactured an extensive range of cheque processing equipment, normally attached as terminals to a medium systems such as B200/B300 and larger systems such as a B2700 or B1700.


In the 1950s, Burroughs worked with the Federal Reserve Bank on the development and computer processing of magnetic ink character recognition (MICR) especially for the processing of bank cheques. Burroughs made special MICR/OCR sorter/readers which attached to their medium systems line of computers (2700/3700/4700) and B200/B300 systems and this entrenched the company in the computer side of the banking industry.

The machines started with the B5000 in 1961. The B5500 came a few years later when large rotating disks replaced drums as the main external memory media. These B5000 Series systems used the world's first virtual memory multi-programming operating system. They were followed by the B6500/B6700 in the later 1960s, the B7700 in the mid 1970s, and the A series in the 1980s. The underlying architecture of these machines is similar and continues today as the Unisys ClearPath MCP line of computers: stack machines designed to be programmed in an extended Algol 60. Their operating systems, called MCP (Master Control Program—the name later borrowed by the screenwriters for Tron), were programmed in ESPOL (Executive Systems Programming Oriented Language, a minor extension of ALGOL) and DCALGOL (Data Communications ALGOL) and later in NEWP (with further extensions to ALGOL) almost a decade before Unix. The command interface developed into a compiled structured language with declarations, statements and procedures called WFL (Work Flow Language).

Burroughs Large Systems

Formerly

Burroughs Payment Systems, Inc. (2010–2012)

2010 (2010)

Plymouth, Michigan, United States

Marlin Equity Partners

References in popular culture[edit]

Burroughs B205 hardware has appeared as props in many Hollywood television and film productions from the late 1950s. For example, a B205 console was often shown in the television series Batman as the Bat Computer; also as the flight computer in Lost in Space. B205 tape drives were often seen in series such as The Time Tunnel and Voyage to the Bottom of the Sea.[19][20]

Allweiss, Jack A., , 2010

"Evolution of Burroughs Stack Architecture - Mainframe Computers"

"A New Approach to the Functional Design of a Digital Computer" Proc. western joint computer Conf. ACM (1961).

Barton, Robert S.

Gray, George (March 1999). . Unisys History Newsletter. 3 (1). Archived from the original on October 1, 2016.

"Some Burroughs Transistor Computers"

Gray, George (October 1999). . Unisys History Newsletter. 3 (5). Archived from the original on September 26, 2017.

"Burroughs Third-Generation Computers"

Hauck, E.A., Dent, Ben A. "Burroughs B6500/B7500 Stack Mechanism", SJCC (1968) pp. 245–251.

Martin, Ian L. (2012) , IEEE Annals of the History of Computing 34(2), pp. 5–19. ISSN 1058-6180. (Draft version)

"Too far ahead of its time: Barclays, Burroughs and real-time banking"

Mayer, Alastair J.W., , ACM Computer Architecture News, 1982 (archived at the Southwest Museum of Engineering, Communications and Computation. Glendale, Arizona)

"The Architecture of the Burroughs B5000 - 20 Years Later and Still Ahead of the Times?"

"Language Directed Computer Design", FJCC (1967) pp. 413–417.

McKeeman, William M.

Morgan, Bryan, "Total to Date: The Evolution of the Adding Machine: The Story of Burroughs", Burroughs Adding Machine Limited London, 1953.

"Computer System Organization The B5700/B6700 series", Academic Press (1973)

Organick, Elliot I.

Wilner, Wayne T. "Design of the B1700", FJCC pp. 489–497 (1972).

Wilner, Wayne T., , Burroughs Corporation, Santa Barbara Plant, Goleta, California, May 1972.

"B1700 Design and Implementation"

Charles Babbage Institute University of Minnesota, Minneapolis. Collection contains the records of the Burroughs Corporation, and its predecessors the American Arithmometer Company and Burroughs Adding Machine Company. Materials include corporate records, photographs, films and video tapes, scrapbooks, papers of employees and the records of companies acquired by Burroughs. CBI's Burroughs Corporation Records includes over 100,000 photographs depicting the entire visual history of Burroughs from its origin as the American Arithmometer Corporation in 1886 to its merger with the Sperry Corporation to form the Unisys Corporation in 1986.

Burroughs Corporation Records

at the Charles Babbage Institute University of Minnesota. The searchable photo database permits browsing and retrieval of over 550 historical images.

Burroughs Corporation Photo Database

Oral history on 6 September 1985, Marina del Ray, California. Charles Babbage Institute, University of Minnesota, Minneapolis. The Burroughs 5000 computer series is discussed by individuals responsible for its development and marketing from 1957 through the 1960s in a 1985 conference sponsored by AFIPS and Burroughs Corporation.

"Burroughs B 5000 Conference, OH 98"

Charles Babbage Institute University of Minnesota. Auerbach discusses his work at Burroughs 1949–1957 managing development for the SAGE project, BEAM I computer, the Intercontinental Ballistic Missile System, a magnetic core encryption communications system, and Atlas missile.

Oral history interview with Isaac Levin Auerbach

. Discusses his work at Burroughs (1949–1966) as director of research and in program planning.

Oral history interview with Robert V. D. Campbell

Cavanaugh discusses the work of his grandfather, A. J. Doughty, with William Seward Burroughs and the Burroughs Adding Machine Company.

Oral history interview with Alfred Doughty Cavanaugh

Charles Babbage Institute University of Minnesota. Sellenraad describes his long association with Burroughs Adding Machine Company, and the impact of World Wars I & II on the sales and service of calculators, and adding and bookkeeping machines in Europe.

Oral history interview with Carel Sellenraad

Charles Babbage Institute University of Minnesota. Smith reviews his 46½ year career at Burroughs Adding Machine Company (later Burroughs Corporation).

Oral history interview with Ovid M. Smith

University of Virginia's Computer Museum.

"Early Burroughs Machines"

Older Burroughs computer manuals online

Burroughs computers such as the D825 at BRL

An historical Burroughs Adding Machine Company/Burroughs site

Unofficial list of Burroughs manufacturing plants and labs

Ian Joyner's Burroughs page

- Jack Allweiss

The Burroughs B5900 and E-Mode: A bridge to 21st Century Computing