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Socket 478 was intended to be the replacement for Socket 423, a Willamette-based processor socket which was on the market for only a short time. This was the last Intel desktop socket to use a pin grid array interface. All later Intel desktop sockets use a land grid array interface. Socket 478 was phased out with the launch of LGA 775 in 2004.
Socket 478: NE80546RE088256 RK80546RE088256: $127 [39] Celeron D 350J: SL8MK, SL7TZ: 24× ...
Can accept some of Socket 478 CPU with an adapter Socket 495: 2000 Intel Celeron Intel Pentium III: Notebook PGA: 495 1.27 [3] 66–133 MHz Socket 603: 2001 Intel Xeon: Server PGA: 603 1.27 [4] 100–133 MHz 400–533 MT/s Socket 478/ Socket N: 2001 Intel Pentium 4 Intel Celeron Intel Pentium 4 EE Intel Pentium 4 M: Desktop PGA: 478 1.27 [5 ...
Socket 423 is a 423-pin CPU socket used by Intel's first generation of Pentium 4 processors based on the Willamette core. This socket was short-lived, as it became apparent that its electrical design proved inadequate for raising clock speeds beyond 2.0 GHz. Intel produced chips using this socket for less than a year, from November 2000 to ...
The Intel Socket P (mPGA478MN) is the mobile processor socket replacement for Core microarchitecture chips such as Core 2 Duo. It launched on May 9, 2007, as part of the Santa Rosa platform with the Merom and Penryn processors.
Some Socket 478 models supports loadline B (FMB1.0) with reduced TDP to 89 Watts (100.39 Watts peak) [19] Some LGA775 models supports Prescott FMB1 (775_VR_CONFIG_04A) with reduced TDP to 85 Watts (100.78 Watts peak)
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These socket 478 Celerons are based on the Northwood Pentium 4 core, and also have 128 KB of L2 cache. The only difference between the Northwood-128 -based and the Willamette-128 -based Celeron is the fact that it was built on the new 130 nm process which shrank the die size, increased the transistor count, and lowered the core voltage from 1.7 ...