- Elbrus (computer)
Elbrus ( _ru. Эльбрус, named after
Mount Elbrus ) is a series of Sovietsupercomputer systems developed byLebedev Institute of Precision Mechanics and Computer Engineering (ITMiVT) since the 1970s. Since 1990s the development continued by MCST (Moscow Center of SPARC Technologies , ), a spin-off of the ITMiVT.There are other microprocessors from MCST, that are compatible with U.S.-developed
SPARC architecture.* "Elbrus 1" (1973) was the first Soviet
integrated circuit computer,Fact|date=February 2007 and the first fourth generationSoviet computer , developed byVsevolod Burtsev . Used tag-based architecture andALGOL as system language like theBurroughs large systems . It was used by the Defense Ministry. A side development was an update of the 1965BESM-6 as Elbrus-1K2.
* "Elbrus 2" (1977) was a 10-processor computer, considered the first Soviet supercomputer, with superscalarRISC processors. Re-implementation of the Elbrus 1 architecture with the fast ECL chips. It was used in the space program, nuclear weapons research, and defense systems.
* "Elbrus 3" (1986) was a 16-processor computer developed byBoris Babaian . Differing completely from the architecture of both Elbrus 1 and Elbrus 2, it employedVLIW architecture.
* "Elbrus 2000" or "E2K" was avaporware project to implement Elbrus 3 architecture as a microprocessor.
* The current SPARC-like systems have been developed from 1996 with the "Elbrus-90micro" and the company was formed under an agreement withSun Microsystems in 1997. The company reported in 1998 the development of an innovative EPIC processor dubbed "E2K" by a team underBoris Babaian .
* "Elbrus-3M". One processor computer. It was used to test the new, VLIW/EPIC (Very Long Instruction Word/Explicitly Parallel Instruction Computing ) type processor "Elbrus". This processor is based on MCST/Elbrus E2K (or Elbrus 2000) architecture. The processor "Elbrus" (300 MHz, power consumption < 5 W) is fabricated with 0.13 micron technology. It has 75 millions of transistors and it executes up to 23 instructions per clock cycle. Performance: 23.7GIPS /2.4GFLOPS (64 bits), 4.8 GFLOPS (32 bits). This processor is manufactured in Taiwan.
* "Elbrus-3M1" is the latest computer of MCST/Elbrus. It has two processors "Elbrus". It can work in parallel (using high velocity connections) with others Elbrus computers. So, the Elbrus-3M1 could be used to build super computers. According to the results of tests, the peak performance of the "Elbrus-3M1" computer is in the range of 11.6 GFLOPS to 45.2 GFLOPS, depending on the format of data.
* "Elbrus-3S" will be the next computer of MCST/Elbrus, projected 2009. It will have four VLIW/EPIC type processors "Elbrus-S" (500 MHz, 0.09 micron technology,system on a chip ).
* "Microprocessor Elbrus-PF", projected 2011. 65 nm technology, 8 cores VLIW/EPIC processor. With the transition to 45 nm technology, this processor will be a clock frequency of 2 GHz, and a performance of 8TFLOPS . This processor will be used to build supercomputer withPFLOPS performance.ee also
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List of Soviet computer systems External links
* [http://www.mcst.ru Elbrus website in Russian]
* [http://www.hi-tech.ournet.md/elbrus_e2k.html Elbrus E2K]
* [http://www.mcst.ru/2-3.htm "Elbrus" processor info (russian)]
* [http://www.mcst.ru/8-9.htm "Elbrus-3M1" computer info (russian)]
* [http://www.mcst.ru/doc/070711/vorobushkov.ppt (I) Power Point document "Elbrus-3M1"]
* [http://www.mcst.ru/doc/070711/shmaev.ppt (II) Power Point document "Elbrus-3M1"]
* [http://www.mcst.ru/doc/070711/sherstnev.ppt (I) Power Point document "Elbrus-3S"]
* [http://www.mcst.ru/doc/070711/nedbailo.ppt (II) Power Point document "Elbrus-3S"]
* [http://www.espacial.org/miscelaneas/computacion/elbrus_mcst1.htm Russian microprocessors: An overview (Spanish - Espacial.org)]
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