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Elbrus (computer)

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146: 98: 90: 25: 82: 298: 330: 314: 240: 636: 253: 126: 129:. These computers are used in the space program, nuclear weapons research, and defense systems, as well as for theoretical and researching purposes, such as an experimental 675:
The S-400 works equally well in 360 degrees of activity area. Its phased array radar antenna with Elbrus-90 computer ensures the detection range of up to 600 kilometres.
1181: 815: 662: 1281: 1201: 1311: 1276: 1416: 1005: 1558: 1500: 1430: 1316: 1236: 1216: 1455: 1341: 1331: 628: 1475: 1271: 1470: 1480: 1174: 808: 493: 194:, introduced the completely new system architecture. Differing completely from the architecture of both Elbrus 1 and Elbrus 2, it employed a 917: 549: 788: 940: 935: 1366: 991: 887: 387: 370: 346: 205:(MCST) was created and continued development, using the "Elbrus" moniker as a brand for all computer systems developed by the company. 1425: 1513: 1321: 1167: 969: 801: 217: 145: 1336: 765: 734: 861: 202: 97: 703: 658: 746: 391:(1990) was a 16-processor computer developed by the Babayan's team, and one of the first VLIW computers in the world. 68: 46: 39: 1553: 361: 1190: 824: 608: 603: 1533: 844: 578: 161: 184: 713: 1543: 783: 195: 134: 1548: 1371: 755: 502: 33: 1538: 773: 213: 172: 50: 1460: 378: 590: 221: 8: 1401: 1351: 1286: 176: 89: 1411: 1211: 1106: 168: 150: 93:
Moscow Center of SPARC Technologies designed a laptop for military and industrial use.
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development and to fill the niche of domestically-developed CPUs for the
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a 10-processor computer, with superscalar, out-of-order execution and
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Lebedev Institute of Precision Mechanics and Computer Engineering
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Lebedev Institute of Precision Mechanics and Computer Engineering
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After that Burtsev retired, and new Lebedev's chief developer,
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Russian microprocessors: An overview (Spanish - Espacial.org)
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Re-implementation of the Elbrus 1 architecture with faster
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Video of booting Windows 2000 on Elbrus microprocessor
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The Elbrus-2: a Soviet-era high performance computer
659:"Russia's S-400 air defence systems for NATO armies" 1189: 823: 1525: 399:(2001) was a microprocessor development of the 842: 1175: 809: 353:A side development was an update of the 1965 1078: 779:Realworldtech - From Russia, With Skepticism 413:(2005) is a two-processor computer based on 16:Line of Soviet and Russian computer systems 1182: 1168: 816: 802: 589:MHz. The Elbrus-90 is used to control the 238: 1559:High-level language computer architecture 726:ะœะ’3S1/C "Elbrus-S" based processor module 69:Learn how and when to remove this message 1514:History of computing in the Soviet Union 574:(1998โ€“2010) is a computer line based on 218:semiconductor intellectual property core 144: 96: 88: 80: 32:This article includes a list of general 656: 1526: 744:(II) Power Point document "Elbrus-3M1" 657:Sudakov, Dmitry (September 25, 2017). 167:The first of them was the line of the 1163: 797: 784:EDN Network: The Russians Are Coming? 732:(I) Power Point document "Elbrus-3M1" 665:from the original on October 27, 2018 18: 1013: 977: 789:X-bit labs: Elbrus E2K Speculations 557:MHz, with capacity to calculate 1.5 541:MHz, with capacity to calculate 576 525:MHz, with capacity to calculate 250 469:MHz, with capacity to calculate 9.6 203:Moscow Center of SPARC Technologies 13: 1049: 509:MHz, with capacity to calculate 24 485:MHz, with capacity to calculate 50 453:MHz, with capacity to calculate 16 350:(1979) was the first in the line. 175:and similarly to them implemented 160:brand comprised several different 156:Historically, computers under the 125:computer systems developed by the 38:it lacks sufficient corresponding 14: 1570: 684: 585:working at 80, 150, 500, and 1000 431:four-processor computer based on 169:large fourth-generation computers 362:reduced instruction set computer 328: 312: 296: 23: 1191:List of Soviet computer systems 825:List of Russian microprocessors 639:from the original on 2020-10-26 609:List of Russian microprocessors 604:List of Soviet computer systems 208:In the late 1990s, a series of 701:MCST: Microprocessors and VLSI 650: 621: 1: 614: 435:microprocessor working at 500 417:microprocessor working at 300 162:instruction set architectures 579:instruction set architecture 403:architecture. Also known as 201:In 1992, a spin-off company 149:Elbrus computer in Moscow's 7: 597: 521:(2014โ€“2015) working at 1300 273:; 34 years ago 185:system programming language 10: 1575: 505:(GPU), working at 600โ€“1000 196:very long instruction word 140: 1509: 1197: 1132: 1114: 1105: 1069: 1040: 1004: 968: 926: 869: 860: 831: 720:"Elbrus-S" processor info 267: 259: 249: 237: 227: 114: 565: 503:graphics processing unit 214:central processing units 1554:Soviet computer systems 774:Computer History Museum 714:"Elbrus" processor info 173:Burroughs large systems 53:more precise citations. 553:(2019) working at 2000 537:(2018) working at 1500 153: 102: 94: 86: 481:(2014) working at 800 465:(2014) working at 300 449:(2011) working at 500 379:emitter-coupled logic 148: 100: 92: 84: 591:S-400 missile system 1534:Mainframe computers 1287:Electronika MS 1504 1282:Electronika MS 1502 244:Elbrus 3-1, in 1994 234: 177:tagged architecture 1277:Electronika SS BIS 1107:Baikal Electronics 749:2012-02-07 at the 737:2012-02-07 at the 706:2016-12-23 at the 364:(RISC) processors. 232: 154: 151:Polytechnic Museum 103: 101:Personal computer. 95: 87: 1544:Soviet inventions 1521: 1520: 1157: 1156: 1153: 1152: 1101: 1100: 1065: 1064: 1036: 1035: 1000: 999: 964: 963: 856: 855: 661:. Pravda Report. 285: 284: 198:(VLIW) approach. 179:and a variant of 79: 78: 71: 1566: 1549:Sun Microsystems 1184: 1177: 1170: 1161: 1160: 1112: 1111: 1076: 1075: 1047: 1046: 1011: 1010: 975: 974: 867: 866: 840: 839: 818: 811: 804: 795: 794: 696: 695: 693:Official website 678: 677: 672: 670: 654: 648: 647: 645: 644: 625: 588: 560: 556: 544: 540: 528: 524: 512: 508: 499:system on a chip 488: 484: 472: 468: 456: 452: 438: 420: 332: 316: 300: 281: 279: 274: 242: 235: 231: 224:-wary military. 116: 74: 67: 63: 60: 54: 49:this article by 40:inline citations 27: 26: 19: 1574: 1573: 1569: 1568: 1567: 1565: 1564: 1563: 1524: 1523: 1522: 1517: 1505: 1441:Scorpion ZS-256 1193: 1188: 1158: 1149: 1128: 1097: 1061: 1032: 996: 960: 922: 852: 845:Instruction set 827: 822: 751:Wayback Machine 739:Wayback Machine 708:Wayback Machine 691: 690: 687: 682: 681: 668: 666: 655: 651: 642: 640: 627: 626: 622: 617: 600: 586: 568: 558: 554: 542: 538: 526: 522: 510: 506: 486: 482: 470: 466: 454: 450: 436: 418: 342: 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Retrieved 652: 641:. Retrieved 632: 623: 571: 548: 532: 516: 492: 476: 460: 444: 427:(2009) is a 424: 410: 404: 400: 394: 386: 381:(ECL) chips. 369: 345: 268:Release date 207: 200: 189: 166: 157: 155: 106: 104: 65: 56: 37: 1057:NeuroMatrix 772:, from the 669:November 3, 501:(SoC) with 415:Elbrus 2000 396:Elbrus 2000 85:Elbrus logo 51:introducing 1528:Categories 1512:See also: 1496:Vector-06C 1461:Specialist 1436:Radio-86RK 1042:NTC Module 956:MCST-R2000 951:MCST-R1000 946:MCST-R500S 918:Elbrus-16S 913:Elbrus-8SV 898:Elbrus-2SM 893:Elbrus-2S+ 643:2020-06-02 615:References 550:Elbrus-16S 534:Elbrus-8SV 494:Elbrus-1S+ 462:Elbrus-2SM 446:Elbrus-2S+ 411:Elbrus-3M1 336:Elbrus-8SV 233:Elbrus 3-1 59:March 2018 34:references 1397:Orion-128 1242:Dubna 48K 1222:ATM Turbo 1124:Baikal T1 1071:Multiclet 1028:KOMDIV-64 1023:KOMDIV-32 987:Multicore 941:MCST-R500 936:MCST-R150 908:Elbrus-8S 903:Elbrus-4S 728:(Russian) 722:(Russian) 716:(Russian) 710:(Russian) 697:(Russian) 518:Elbrus-8S 478:Elbrus-4S 320:Elbrus-8S 304:Elbrus-4S 250:Developer 1402:Pentagon 1367:Microsha 1362:Micro-80 992:NVCom-01 888:Elbrus-S 747:Archived 735:Archived 704:Archived 663:Archived 637:Archived 598:See also 433:Elbrus-S 405:Elbrus-S 401:Elbrus 3 388:Elbrus 3 371:Elbrus 2 347:Elbrus 1 222:backdoor 181:ALGOL-68 164:(ISAs). 1426:PS-3000 1422:PS-2000 1417:Promina 1412:Pravetz 1312:Hrazdan 1302:GVS-100 1297:ES PEVM 1212:Aragats 633:PCWorld 583:MCST-4R 561:TFlops. 545:GFlops. 529:GFlops. 513:GFlops. 497:(2016) 489:GFlops. 473:GFlops. 457:GFlops. 374:(1984) 276: ( 212:-based 141:History 123:Russian 115:ะญะปัŒะฑั€ัƒั 111:Russian 47:improve 1466:Strela 1451:SM EVM 1342:Korvet 1322:Irisha 1307:Hobbit 1292:ES EVM 1247:Elbrus 1116:MIPS32 970:ELVEES 883:Elbrus 871:Elbrus 851:  587:  559:  555:  543:  539:  527:  523:  511:  507:  487:  483:  471:  467:  455:  451:  437:  429:ccNUMA 419:  355:BESM-6 263:Elbrus 228:Models 158:Elbrus 119:Soviet 107:Elbrus 36:, but 1501:Vesna 1491:UT-88 1476:CUM-1 1446:Setun 1431:Radon 1407:Poisk 1392:Nairi 1387:MIR-3 1382:MIR-2 1372:Minsk 1337:KVM-1 1317:Iskra 1237:Dnepr 1232:Besta 1217:Argon 1006:NIISI 928:SPARC 576:SPARC 566:SPARC 210:SPARC 131:Refal 1486:Ural 1456:Sneg 1357:MESM 1332:Kiev 1327:Juku 1252:UKNC 1227:BESM 1207:Agat 1015:MIPS 979:MIPS 862:MCST 671:2018 439:MHz. 421:MHz. 278:1990 271:1990 133:and 121:and 105:The 1471:SVS 1377:MIR 1347:M-1 1257:DVK 1134:ARM 1050:DSP 875:x86 183:as 135:CLU 1530:: 1481:UM 1424:, 873:, 673:. 631:. 407:. 187:. 113:: 1352:M 1202:A 1183:e 1176:t 1169:v 817:e 810:t 803:v 646:. 593:. 280:) 109:( 72:) 66:( 61:) 57:( 43:.

Index

references
inline citations
improve
introducing
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Russian
Soviet
Russian
Lebedev Institute of Precision Mechanics and Computer Engineering
Refal
CLU
Large computer in a museum
Polytechnic Museum
instruction set architectures
large fourth-generation computers
Burroughs large systems
tagged architecture
ALGOL-68
system programming language
Boris Babayan
very long instruction word
Moscow Center of SPARC Technologies
SPARC
central processing units
semiconductor intellectual property core
backdoor

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