PROCESORY Definicja Procesora

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PROCESORY Definicja Procesora PROCESORY Definicja procesora Mikroprocesor zwany potocznie procesorem lub w skrócie CPU (Central Processing Unit). Jest odpowiedzialny za wykonywanie większości obliczeo matematycznych i logicznych oraz operacji przetwarzania danych. http://www.youtube.com/watch?feature=player _embedded&v=MTUy8iJmWsQ#at=302 TYPY OBUDÓW MIKROPROCESORÓW: • PGA - PPGA - CPGA - FC-PGA - FC-PGA2 • SPGA • SECC • SEPP • Micro-FCBGA • LGA TYPY GNIAZD MIKROPROCESORÓW • Socket – gniazda przeznaczone do obudów mikroprocesorów typu PGA - Socket 1, 2, 3, 4 mikroprocesory z rodziny 486 - Socket 5,6,7,8 mikroprocesory Pentium, Pentium Pro, Pentium MMX - Socket 370 Pentium III FC-PGA - Socket 423 Pentium 4 i Celeron FC-PGA - Socket 462/A AMD K7 Athlon, Duron, Athlon XP, Sempron - Socket 478/N Pentium 4 i Celeron FC-PGA2 - Socket 495 Celeron FC-PGA2 - Socket 603, 604 Pentium 4 Xeon - Socket 754, 939, 940 AMD Athlon 64, Athlon 64 v2, Opteron - Socket 1207 Opteron - Socket PAC 418, 611 Intel Itanium i Itanium 2 - Socket M Intel Core w obudowie Micro -FCBGA - Socket AM2 AMD ATHLON 64 FX, Athlon 64 X2, Sempron, Turion 64, Opteron - Socket AM2+ AMD Athlon X2, Athlon X4, Phenom X2, Phenom X3, Phenom X4, Semprom - Socket P Intel Core 2 - Socket AM3 AMD Athlon II, Phenom II - Socket AM3+ AMD FX • Slot – gniazda dla obudów typu SECC i SEPP • LGA – specjalna odmiana gniazd przeznaczonych do procesorów w obudowach typu LGA - LGA 771/Socket J Intel Xeon - LGA 775/Socket T Intel Pentium 4, Pentium D, Celeron D, Pentium Extreme Edition, Core 2 Duo, Core 2 Extreme, Celeron, Xeon, Core 2 Quad - Socket F AMD Opteron - LGA 1155 Intel Core i5 - LGA 1156 Intel Core i3, i5, i7 - LGA 1366/Socket B Intel Core i7, i9 - LGA 1567 Intel Xeon - LGA 2011/Socket R Intel Core i7 - LGA 1150/Socket H3 do mikroprocesorów o kodowej nazwie Heswell, które wykonane są w technologii 22 nm Ze względu na sposób montażu gniazda Socket podzielid można na: • LIF • ZIF ODPROWADZANIE CIEPŁA Stosuje się chłodzenie: pasywne Schemat działania Zalety: Wady: • Bezgłośne działanie • Może byd niewystarczające • Nie wymaga zasilania w przypadku mocno energią elektryczną nagrzewających się elementów • Nie zużywają się ruchome • elementy Do poprawnego działania wymaga dobrego przepływu • Nie osadza się zbyt szybko powietrza przez radiator kurz i inne zabrudzenia • Często, aby spełnid swoje zadanie musi byd duży a przy tym ciężki aktywne Schemat działania Zalety: Wady: • Wysoka wydajnośd • Hałas • Prosta budowa • Duża absorpcja ciepła Inne • Chłodzenie z wykorzystaniem cieczy: - Heat pipe (cieplne rurki) - wodne • Peltiera Chłodzenie freonem Suchym lodem Ciekłym azotem Chłodzenie wodne Ciekły azot .
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