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Pentium OverDrive for 486 systems Die shot of Pentium OverDrive for 486 systems The Pentium OverDrive is a heavily modified, 3.3 volt Pentium P54 core manufactured on 0.6 micrometer technology. It is fitted with a 486-compatible bus unit (though with an increased pin-count), an integrated heatsink and fan, and 32 kB of level 1 cache , double ...
Intel's i486 OverDrive processors are a category of various Intel 80486s that were produced with the designated purpose of being used to upgrade personal computers. The OverDrives typically possessed qualities different from 'standard' i486s with the same speed steppings.
Pentium OverDrive, a category of Intel Pentium processors Index of articles associated with the same name This set index article includes a list of related items that share the same name (or similar names).
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from 75 to 133 MHz [1] [2] as well as certain Pentium OverDrive and Pentium MMX processors with core voltage 3.3 V. It superseded the earlier Socket 4.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]
Intel Developer Zone program has combined many of the earlier Intel software programs including: the Intel AppUp Developer Program, the Intel Software Partner Program, and the Intel Software Network (ISN). [1] The Intel Software Network (ISN) is a former open program. Subscription members of the former Intel Software Partner Program were ...
It was an updated Socket 1 with added support for Pentium OverDrive processors. Socket 2 was a 238-pin zero insertion force (ZIF) 19×19 pin grid array (PGA) socket suitable for the 5- volt , 25 to 66 MHz 486 SX , 486 DX , 486 DX2 , 486 OverDrive and 63 or 83 MHz Pentium OverDrive processors.
Socket 8 is a unique rectangular CPGA socket with 387 pins. It supports FSB speeds ranging from 60 to 66 MHz, a voltage of 3.1 or 3.3 V, and support for the Pentium Pro and the Pentium II OverDrive CPUs.
The following is a partial list of Intel CPU microarchitectures. The list is incomplete, additional details can be found in Intel's tick–tock model, process–architecture–optimization model and Template:Intel processor roadmap.