Potter Instrument

{{Short description|American computer hardware company}}

{{Infobox company

| name = Potter Instrument Company

| logo =

| type = Public

| num_employees = 1,500 (1970s, peak)

| industry = Computer

| founded = {{start date and age|1942}} in Long Island, New York, United States

| founder = John Taft Potter

| defunct = {{circa}} 1979

| fate = Bankruptcy dissolution

}}

Potter Instrument Company was a public{{cite journal | date=October 1961 | url=https://books.google.com/books?id=7QAEAAAAMBAJ&pg=PA9 | title=New way to buy into promising young companies | journal=Changing Times | publisher=Kiplinger | volume=15 | issue=10 | pages=7–11 | via=Google Books}}{{rp|9}} American computer hardware company active from 1942 to the late 1970s and based in Long Island. It was founded by John Taft Potter (1911–1987), an inventor of electronic instruments and magnetic computer storage devices.{{cite journal | last=Staff writer | date=January 28, 1987 | url=https://www.newspapers.com/article/newsday-nassau-edition-john-taft-potte/138399637/ | title=John Taft Potter, 75, Inventor, Founded Computer Firm | journal=Newsday | page=43 | via=ProQuest}} {{ProQuest|285339163}}.{{cite book | last=Comstock | first=George | author2=Len Shustek | date=March 2015 | url=https://archive.computerhistory.org/resources/access/text/2015/05/102740072-05-01-acc.pdf | title=The First Magnetic Random-Access Memory with Interchangeable Media | publisher=Computer History Museum | archiveurl=https://web.archive.org/web/20170208010847/https://archive.computerhistory.org/resources/access/text/2015/05/102740072-05-01-acc.pdf | archivedate=February 8, 2017}} The company was the first to market a random-access mass storage device with interchangeable media in 1957.

History

Potter Instrument Company was founded by John Taft Potter (1911–1987) in Long Island in 1942. The company initially produced a variety of electromechanical devices for enterprise recordkeeping, including a device that could accurately count up to 1,600,000 pieces of paper in around one second, before moving onto more advanced computer hardware that would become its forte.{{cite news | date=March 11, 1948 | url=https://www.newspapers.com/article/the-buffalo-news-device-counts-1600000/140975351/ | title=Device Counts 1,600,000 in Second | journal=The Buffalo News | page=1 | via=Newspapers.com}}

In 1948, John T. Potter filed for a patent that describes a random access mass storage device working in three dimensions that uses steel wires as the recording medium. The patent was accepted in 1952, the same year the company announced their first linear tape drives. As described in the patent, the device comprises rows of the two-dimensional frames, onto which columns of the steel wires are suspended. A selector arm raises one of the frames, a read–write head slides and pivots onto a selected wire, and the wire is moved up and down to record data along it. The entire set of frames could be moved all at once and replaced with a different set, making it a pioneering removable storage device as well as an early mass-storage device. Potter with the help of George Comstock later tweaked the design to use half-inch magnetic tape (suspended in the frames using springs) instead of steel wire. He successfully marketed the device to the Univac Corporation in 1957. With this, the Potter Three-Dimensional Memory Device was the first magnetic random-access mass storage device with interchangeable media, predating the disk packs of the early 1960s and the first 8-inch floppy disks of the late 1960s.{{cite web | date=January 17, 2020 | url=https://www.computerhistory.org/storageengine/bulk-storage-systems-add-low-cost-capacity/ | title=1962: Bulk storage systems add low-cost capacity | work=ComputerHistory.org | publisher=Computer History Museum | archiveurl=https://web.archive.org/web/20230606000110/https://www.computerhistory.org/storageengine/bulk-storage-systems-add-low-cost-capacity/ | archivedate=June 6, 2023}} National Cash Register would later work upon the patent to create Card Random-Access Memory, or CRAM, which was much more commercially successful than Potter's own device.

Potter eventually pursued more traditional rotating disk drives in 1968 with the release of their DD4311 disk drive, plug-compatible with IBM's 2311 drive.{{cite journal | date=August 1968 | url=https://archive.org/details/bitsavers_computersA_8817283/page/n60/ | title=Potter DD4311 Disk Drive Is IBM Compatible | journal=Computers and Automation | publisher=Berkeley Enterprises | volume=17 | issue=8 | page=61 | via=the Internet Archive}} Potter's disk drives were praised for being marginally faster than their IBM counterparts while costing far less. They would eventually become a major player in the mainframe and minicomputer hard drive market.{{cite journal | last=Piasta | first=Frank | date=February 25, 1970 | url=https://archive.org/details/sim_computerworld_1970-02-25_4_8/page/n52/ | title=All IBM Tapes, Disks Have Plug-to-Plug Counterparts | journal=Computerworld | publisher=CW Communications | volume=4 | issue=8 | page=S29 | via=the Internet Archive}} Potter also specialized in data-entry terminals and chain printers.{{cite journal | last=Staff writer | date=February 7, 1973 | url=https://books.google.com/books?id=r-CU8ZlVSs8C&pg=PA26 | title=Potter Names George May Chief | journal=Computerworld | publisher=CW Communications | volume=VII | issue=6 | page=28 | via=Google Books}}

At their peak in the 1970s, Potter was the largest computer company in Long Island, employing over 1,500 people across four plants.{{cite journal | last=Murray | first=Barbara | date=August 28, 1975 | url=https://www.newspapers.com/article/newsday-nassau-edition-firm-gets-insid/140975176/ | title=Firm Gets Inside Help | journal=Newsday | page=35 | via=Newspapers.com}} In the late 1960s the firm entered the computer rental business, leasing out IBM mainframes to large businesses, following in the footsteps of large players like Itel and Foxboro. This would eventually become Potter's undoing, as in 1971 IBM severely cut their leasing fees, reducing the demand for third-party lessor such as Potter. In 1972, the company posted a $13.1-million loss.{{cite journal | last=Bernstein | first=James | date=January 23, 1986 | url=https://www.proquest.com/docview/285218414/ | title=Thriving Company Born of Failure | journal=Newsday | page=51 | via=ProQuest}} John T. Potter resigned as president and COO in January 1973, while remaining CEO and chairman of the company.{{cite journal | date=January 27, 1973 | url=https://www.proquest.com/docview/1511108763/ | title=Potter Puts New Talent at the Top | journal=Bloomberg Businessweek | issue=2264 | pages=24, 26 | via=ProQuest}} Two years later, in April 1975, Potter filed for Chapter 11 bankruptcy and shut down their Long Island operations.{{cite journal | date=April 1978 | url=https://archive.org/details/bitsavers_datamation_37698378/page/n201/ | title=Potter Ousted | journal=Datamation | publisher=Reed Business Information | volume=24 | issue=4 | page=208 | via=the Internet Archive}}

While the bulk of Potter's facilities remained physically locked up amid bankruptcy proceedings, the company's 100-worker military products division continued to operate in spite of orders from above. In August 1975, the division was acquired by Jan Stenbeck, a 31-year-old businessman from Sweden, and rechristened Miltope Corporation. Miltope thrived off their military contracts and is still in business {{as of|2024|02|lc=y}}, while Potter dissolved sometime in the late 1970s, after John T. Potter had been ousted as chairman and CEO in 1978.

References

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