Items tagged with SBE

It’s no secret that Intel is readying processors based in its Haswell microarchitecture. The new chips are due to be released in the not too distant future and feature a number of noteworthy enhancements, including a much more powerful integrated graphics core. When Haswell arrives though, it will supplant current Ivy Bridge-based processors, which target more mainstream market segments than the product we’ll be showing you today. For the foreseeable future, Intel’s big dog remains Sandy Bridge-E, the monstrous six-core beast which utilizes the X79 Express chipset and socket LGA... Read more...
It’s no secret that Intel is readying processors based in its Haswell microarchitecture. The new chips are due to be released in the not too distant future and feature a number of noteworthy enhancements, including a much more powerful integrated graphics core. When Haswell arrives though, it will supplant current Ivy Bridge-based processors, which target more mainstream market segments than the product we’ll be showing you today. For the foreseeable future, Intel’s big dog remains Sandy Bridge-E, the monstrous six-core beast which utilizes the X79 Express chipset and socket... Read more...
A few weeks back, we took a look at the Core i7-3960X, Intel’s first desktop processor to feature the company’s Sandy Bridge-E microarchitecture. If you're unfamiliar with the chip, Sandy Bridge-E is the ‘tock’ in Intel’s tick-tock release schedule cadence that bridges the gap between first-gen Sandy Bridge-based processors and next year’s Ivy Bridge microarchitecture. Sandy Bridge-E shares many of the same features of the original Sandy Bridge microarchitecture, but as the “E” denotes, SBE is a more extreme derivative, targeted at enthusiasts. We... Read more...
A few weeks back, we took a look at the Core i7-3960X, Intel’s first desktop processor to feature the company’s Sandy Bridge-E microarchitecture. If you're unfamiliar with the chip, Sandy Bridge-E is the ‘tock’ in Intel’s tick-tock release schedule cadence that bridges the gap between first-gen Sandy Bridge-based processors like the Core i7-2700K and next year’s Ivy Bridge microarchitecture. Sandy Bridge-E shares many of the same features of the original Sandy Bridge microarchitecture, but as the “E” denotes, SBE is a more extreme derivative,... Read more...