Today, Socket 5 is a topic that generates great interest and debate in society. People are eager to learn more about this topic, whether because of its relevance today, its impact on daily life or its historical significance. From different areas, Socket 5 is approached and analyzed from different perspectives, offering a multidimensional vision that enriches the understanding of the topic. In this article, we will explore in detail the different aspects of Socket 5, providing an in-depth look that allows the reader to understand the importance and scope of this topic today.
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Type | ZIF |
---|---|
Chip form factors | SPGA |
Contacts | 320 |
FSB protocol | proprietary |
FSB frequency | 50, 60, or 66 MT/s |
Voltage range | 3.1 to 3.6 V |
Processors | Intel P5 Pentium (75 - 133 MHz) Intel Pentium Overdrive (125 - 180 MHz) Intel Pentium Overdrive MMX (125 - 200 MHz) AMD K5 (PR75 - PR200) IDT WinChip (180 - 200 MHz) IDT WinChip-2 (200 - 240 MHz) IDT WinChip-2a (233 MHz) and compatible |
Predecessor | Socket 4 |
Successor | Socket 7 |
This article is part of the CPU socket series |
Socket 5 was created for the second generation of Intel P5 Pentium processors operating at speeds from 75 to 133 MHz[1][2] as well as certain Pentium OverDrive and Pentium MMX processors with core voltage 3.3 V. It superseded the earlier Socket 4. It was released in March 1994.[3] Consisting of 320 pins, this was the first socket to use a staggered pin grid array, or SPGA, which allowed the chip's pins to be spaced closer together than earlier sockets. Socket 5 was replaced by Socket 7 in 1995.[4]
Socket 5 has been defined for the Pentium processor-based systems with core frequencies from 75 MHz to 120 MHz.
Socket 5 does not support upgradability for 133 MHz or higher processors.