Amd Turion Cpu Museum Museum Of Microprocessors Die Photography The k6 2 was an x86 microprocessor introduced by amd on may 28, 1998, and available in speeds ranging from 266 to 550 mhz. an enhancement of the original k6, the k6 2 introduced amd's 3dnow! simd instruction set, featured a larger 64 kib level 1 cache (32 kib instruction and 32 kib data), and an upgraded system bus interface called super socket 7, which was backward compatible with older. Die shot of an amd k6 2 500afx processor the k6 2 was designed as a competitor to intel's flagship processor, the significantly more expensive pentium ii. performance of the two chips was similar: the previous k6 tended to be faster for general purpose computing, while the intel part was faster in x87 floating point applications.
Microcontrollers Mcu Die Photography Cpu Museum Museum Of An iterative improvement over the previous k6 chips and a competitor to the intel pentium ii. the k6 2 introduced amd's "3dnow!" instruction set extension as a competing alternative to intel's sse extensions. the k6 2 also introduced an extension of socket 7, the last cpu socket to ever be shared by intel and amd cpus. If you want to compare in detail the amd k6 2 300 mhz with any other processor from our cpu database please select desired processor using one of the following methods: browse cpus by: find processor by its name and or partial specifications: you can specify any of the following: manufacturer name, family name, model number, part number, core name, microarchitecture, manufacturing process. The k6 microprocessor was launched by amd in 1997. the main advantage of this particular microprocessor is that it was designed to fit into existing desktop designs for pentium branded cpus. it was marketed as a product which could perform as well as its intel pentium ii equivalent but at a significantly lower price. The best version made it to the market month before pentium 233 mmx and pentium ii, for the first time amd held the performance crown. k6 featured large 64 kb l1 cache split in half for instruction and data cache, just like intel processors. this had impact on transistors count (8.8 million) and die size of 162 mm 2.
Microcontrollers Mcu Die Photography Cpu Museum Museum Of The k6 microprocessor was launched by amd in 1997. the main advantage of this particular microprocessor is that it was designed to fit into existing desktop designs for pentium branded cpus. it was marketed as a product which could perform as well as its intel pentium ii equivalent but at a significantly lower price. The best version made it to the market month before pentium 233 mmx and pentium ii, for the first time amd held the performance crown. k6 featured large 64 kb l1 cache split in half for instruction and data cache, just like intel processors. this had impact on transistors count (8.8 million) and die size of 162 mm 2. Initially, the k6 processors used pentium ii rating (pr2) to designate their speed. the pr2 rating was dropped because the rated frequency of the processor was the same as the real frequency. amd produced both desktop and mobile k6 processors. mobile k6 processors had lower core voltage and lower power requirements than desktop k6 microprocessors. The amazing work of pauli rautakorpi most of cpu dies are not bigger than our fingernails but there's an entire world inside the die. while changing the light angle, the die reflects a completely different color spectrum. something to enjoy. the hardwarecop cpu museum is currently the only page on the internet that offers a clearly structured and user friendly die photography section for you.
Microcontrollers Mcu Die Photography Cpu Museum Museum Of Initially, the k6 processors used pentium ii rating (pr2) to designate their speed. the pr2 rating was dropped because the rated frequency of the processor was the same as the real frequency. amd produced both desktop and mobile k6 processors. mobile k6 processors had lower core voltage and lower power requirements than desktop k6 microprocessors. The amazing work of pauli rautakorpi most of cpu dies are not bigger than our fingernails but there's an entire world inside the die. while changing the light angle, the die reflects a completely different color spectrum. something to enjoy. the hardwarecop cpu museum is currently the only page on the internet that offers a clearly structured and user friendly die photography section for you.
Microcontrollers Mcu Die Photography Cpu Museum Museum Of