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Processor socket types pdf Continue The LGA 775, the Socket AM2 earth grid socket mesh connector in computer hardware, processor connector or processor slot contains one or more mechanical components that provide mechanical and electrical connections between the microprocessor and the printed circuit board (PCB). This allows you to place and replace the CPU without solder. Common outlets have retention clips that apply constant force that must be overcome when the device is inserted. For chips with a large number of pins, zero insertion force (SIF) is preferable. Common outlets include Pin Grid Array (PGA) or Land Grid Array (LGA). These structures apply compression force after either the pen (PGA type) or surface plate (LGA type) is put in place. This provides excellent mechanical retention while avoiding the risk of bending the pin when inserting the chip into the socket. Some devices use Ball Grid Array (BGA) connectors, although they require soldering and are generally not considered replaceable by users. CPU connectors are used on the motherboard on desktop and server computers. Because they make it easy to change components, they are also used to prototyply prototype new circuits. Laptops typically use surface-mount processors that take up less space on the motherboard than sockets. As the density of pins in modern sockets increases, the requirements for the technique of making circuit boards increase, which allows you to successfully send a large number of signals to nearby components. Similarly, within the chip carrier, the technology of wire communication also becomes more demanding with the increase in the number of contacts and the density of the pin. Each outlet technology will have specific reflow requirements. As the processor and memory frequency increases above 30 MHz or so, the electrical alarm increasingly switches to differential alarms on parallel buses, causing a new set of signal integrity problems. The evolution of the CPU connector is about the couloction of all these technologies in tandem. Modern processor sockets are almost always designed in combination with the heat-thin installation system, or in devices with lower power, other thermal considerations. The processor connector function is made of plastic, and often comes with a lever or latch, and with metal pins for each of the pins or ground on the processor. Many packages are key to ensuring that the processor is properly inserted. Processors with a PGA pack (pin-mesh array) are inserted into the socket and, if included, the latch is closed. Processors with the LGA package (ground mesh array) are inserted into the socket, the latch plate flips into a position on top of the processor, and the lever is lowered and locked in place, tightly pressing the CPU's contacts to the ground and providing a good connection as well as increased mechanical stability. List of x86 processor connectors and Legend Table slots: Intel only AMD only Socketname Year CPU семейств поддерживается Компьютер типа Пакет Pin кол Pin шаг (мм) Автобусные часы »передачи Заметки DIP 1970-х Intel 8086Intel 8088 DIP 40 2,54 5/10 МГц PLCC? Intel 80186Intel 80286Intel 80386 PLCC 68 до 132 1,27 6-40 МГц PGA 168 ? Intel 80486 PGA 168 2,54 16-50 МГц Иногда называют Socket 0 или Socket 486 Socket 1 1989 Intel 80486 PGA 169 2,54 16-50 МГц розетка 2 ? Intel 80486 PGA 238 2,54 16-50 МГц розетка 3 1991 Intel 80486 PGA 237 2,54 16-50 МГц гнездо 4 1993 Intel Pentium PGA 273 ? 60-100 МГц розетка 5 1994 Intel PentiumAMD K5Cyrix 6x86IDT WinChip C6IDT WinChip 2 PGA 320 ? 50-100 МГц розетка 6? Intel 80486 PGA 235 ? ? Разработано, но не используется Socket 463/Socket NexGen 1994 NexGen Nx586 PGA 463? 37,5-66 МГц розетка 7 1994 Intel PentiumIntel Pentium MMXAMD K6 PGA 321 ? 50-66 МГц Можно использовать процессоры Socket 7 в Socket 5. Адаптер требуется, или если один осторожный, розетка 7 может быть снял его булавки и положить на розетку 5 борту, что позволяет использовать розетку 7 процессоров. Розетка 8 1995 Intel Pentium Pro PGA 387? 60-66 МГц розетка 431 1995 Альфа 21064/21064A рабочий стол PGA 431 ? 12,5-66,67 МГц розетка 499 1997 Альфа 21164/21164A рабочий стол PGA 499 ? 15-100 МГц Слот 1 1997 Intel Pentium IIIntel Pentium III Настольный слот 242 ? 66-133 МГц Celeron (Ковингтон, Мендосино)Пентиум II (Кламат, Deschutes)Pentium III (Katmai) - все версииPentium III (медный рудник) Socket 587 1998 Alpha 21264 Desktop PGA 587 Desktop 12.5-133 MHz Super Socket 7 1998 AMD K6-2AMD K6-IIIRise mP6Cyrix MII PGA 321 ? 66-100 МГц Назад совместим с процессорами Socket 5 и Socket 7. Слот 2 1998 Intel Pentium II XeonIntel Pentium III Xeon Server Slot 330 ? 100-133 МГц розетка 615 1999 Intel Мобильный Pentium IIIntel Мобильный Celeron ноутбук PGA 615 ? 66 МГц слот 1999 AMD Athlon настольный слот 242 ? 100 МГц слот B 1999 Альфа 21264/21264A настольный слот 587 ? 100 МГц розетка 370 1999 Intel Pentium IIIIntel CeleronVIA Cyrix IIIVIA C3 Desktop PGA 370 1.27 133 МГц розетка A/ Socket 462 2000 AMD AthlonAMD DuronAMD Athlon XPAMD Athlon XP-MAMD Athlon MPAMD Sempron Desktop PGA 462 ? 100-200 МГц400 MT/s'a Socket 423 2000 Intel Pentium 4 Desktop PGA 423 1'3 100 МГц400 MT/s Willamette ядро только. Может принять некоторые из Socket 478 процессор с адаптером Socket 495 2000 Intel CeleronIntel Pentium III ноутбук PGA 495 1,27 4 66-133 МГц PAC418 2001 Intel Itanium Server PGA 418 ? 133 МГц розетка 603 2001 Intel Xeon Server PGA 603 1,27 5 100-133 МГц400-533 MT/s Socket 478/Socket N 2001 Intel Pentium 4Intel CeleronIntel Pentium 4 EEIntel Pentium 4 M Desktop PGA 478 1,27 6 100-200 МГц400-800 MT/s Socket 563 2002 AMD Athlon XP-M Ноутбук PGA 563 ? 333 МГц PAC611 2002 Intel Itanium 2HP PA-8800, PA-8900 Сервер PGA 611 ? 200 МГц розетка 604 2002 Intel Xeon Server PGA 604 1,27 5 100-266 МГц400-1066 MT/s Socket 754 2003 Athlone 64AMD SempronAMD Tourion 64 Desktop PGA 754 1.27 7 200-800 MHz outlet 940 2003 AMD OpteronAMD Athlone 64 FX DesktopServer PGA 940 1.27 8 200-1000 MHz outlet 479 2003 Intel Pentium MIntel Celeron M laptop PGA 479 9 ? 100-133 MHz400-533 MT/s Rosette 939 2004 AMD Athlon 64AMD Athlone 64 FXAMD Athlone 64 X2AMD Opteron Desktop PGA 939 Support Athlon 64 FX to 1 GHz with Opteron support with 1,200-1000 MHz limited to 100-series only LGA 775/Socket T 2 Intel Pentium 4Intel Pentium DIntel CeleronIntel Celeron DIntel Pentium XEIntel Core 2 DuoIntel Core 2 quadIntel Xeon Desktop LGA 775 1.09 x 1.09 17 1600 MHz can adopt an LGA 771 processor with a small modification and use of the Socket M 2006 Intel Core SoloIntel Core DuoIntel Dual-Core XeonIntel Core 2 Duo Notebook PGA 478? 133-166 MHz533-667 MT/s Replaces Outlet 479 LGA 771/Socket J 2006 Intel Xeon Server LGA 771 1.09 x 1.17LGA 775/Socket Socket T above outlet S1 2006 AMD Turion 64 X2 Laptop PGA 638 1.27 '12' 200-800 MHz Outlet AM2 2006 AMD Athlon 64AMD Athlon 64 X2 Worker PGA table 940 1.27 8 200-1000 MHz replaces socket 754 and nest 939 Socket F / Socket L (Socket 1207FX) 2006 AMD Athlon 64 FXAMD Opteron (Socket L only support Athlone 64 FX) DesktopServer LGA 1207 1.1'13' Socket L: 1000 MHz in single processor mode, 2000 MHz dual-processor Replaces Socket 940Socket L was designed for enthusiasts, who wanted a power server on a desktop computer. It's just a re-branded Socket F that doesn't need special RAM, and may have only been used in the Asus L1N64-SLI WS Motherboard. AM2 2007 AMD Athlon 64AMD Athlon X2AMD PhenomAMD Phenom II PGA 940 1.27 8 200-2600 MHz Divided Power AircraftProsprot Socket AM2AM2 Pkg. Processors can work in Socket AM2AM2 Pkg. processors can work in The Socket AM2 Socket P 2007 Intel Core 2 Laptop PGA 478? 133-266 MHz533-1066 MT/s Replaces socket M LGA 1366/Socket B 2008 Intel Core i7 (900 Series)Intel Xeon (35xx, 36xx, 55xxx, 56xxx Series) DesktopServer LGA 1366 ? 4.8-6.4 GT/s Replaces Socket J (LGA 771) at the initial level. rPGA 988A/Socket G1 2008 Intel Core i7 (600, 700, 800, 900 Series)Intel Core i5 (400, 500 Series)Intel Core i3 (300 Series) Intel Pentium (P6000)Intel Celeron (P4000 Series) Laptop rPGA 98 12222. 5 GT/s, 4.8 GT/s Socket AM3 2009 AMD Phenom IIAMD Athlon IIAMD SempronAMD Opteron (1300 Series) Desktop PGA 9 41 or 940 x 15 1,278 200-3200 MHz Divided Power Planes Annuum Am'33 Pkg. processors can work in Socket AM2/AM2Sempron 140 only LGA 1156/Socket H 2009 Intel NehalemIntel Westmere Desktop ? 2.5 GT/s DMI Bus (possibly modified) PCIe x4 v1.1 interface Socket G34 2010 AMD Opteron (6000 Series) Server LGA 1974 ? 200-3200 MHz replaces Socket F Outlet C32 2010 AMD Opteron (4000 Series) SERVER LGA 1207 ? МГц заменяет розетку F, розетка AM3 LGA 1248 2010 Intel Itanium Itanium и до сервера LGA 1248? 4.8-6.4 GT/s LGA 1567/Socket LS 2010 Intel Xeon 6500/7500-серии Сервер LGA 1567 ? 4.8-6.4 GT/s LGA 1155/Socket H2 2011/12011.01.09 Intel Sandy BridgeIntel Ivy Bridge Desktop LGA 1155 ? 5.7 GT/s Sandy Bridge поддерживает 20 полос PCIe 2.0. Ivy Bridge поддерживает 40 полос движения PCIe 3.0.
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