Elara S. Novikova
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M-13

M-13
1980-1992 · Machine / system

Fourth-generation multiprocessor for real-time radar processing, up to 2.4 billion ops/s

M-13 in the timeline

1978 Begins M-13, first Soviet vector-pipeline machine

Built on large-scale integrated circuits, the M-13 included a signal-processing unit rated at up to 2 billion operations per second, a first in Soviet practice.

1983 Kartsev dies pushing his machines through

Mikhail Kartsev, builder of the M-4/M-10/M-13 early-warning computers, dies; forcing his machines into serial production had wrecked his health, and the second time he did not survive it. His institute is named after him only ten years later.

1983-04-23 Dies at 59, before M-13 production

His heart, already scarred by a massive infarction, failed under the strain of the final months. Series production of the M-13 began in 1984 without him; ten years after his death NIIVK was given his name.

1984 M-13 enters production after Kartsev's death

Series production of Kartsev's fourth-generation multiprocessor M-13 begins at the Zagorsk Electromechanical Plant, two years late and a year after its chief designer's death. Its specialized vector signal-processing section reaches an equivalent 2.4 billion operations per second.

1991 Six M-13s pass state trials

In the USSR's final year, a complex of six M-13 machines passes state trials and goes on continuous round-the-clock real-time duty. Production ends in 1992 after eighteen sets, the close of the real-time computer line Kartsev began with the M-4 in 1957.

Where the sources are

This object is named in 2 verified source entries across 1 dossier of this book. The entries sit with the people who built or used it, which is where the research recorded them.

Mikhail Kartsev (2 sources)
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