AMD to release faster Zambezi chips in early 2012
AMD is planning to introduce faster Zambezi processors in the first quarter of 2012 accrdoing to Tech Report, and by the way Zambezi is the micro-architecture behind the upcoming Bulldozer FX processors:
That refresh will reportedly include FX-8170, FX-8120, FX-6120, and FX-4120 processors. Looking at the model numbers alone, it's easy to figure out that these chips will likely be quicker than those in the launch lineup. X-bit labs says the first four Zambezi processors will be branded FX-8150, FX-8100, FX-6100, and FX-4100.
Specifications for some of the CPUs leaked out earlier this month. Word is that the FX-8150 wil have eight cores, a 3.6GHz base clock speed, a 4.2GHz turbo speed, and a 125W thermal envelope. The leading digit in FX-series model numbers apparently stands for the core count, while the last two digits represent performance. For example, the FX-4100 is said to have four cores, a 3.6GHz base speed, and a 3.8GHz peak turbo speed.
AMD to Revive Athlon II and Sempron for Llano APUs - 08/08/2011 09:33 AM
Earlier this year we reported that AMD plans to retire its longstanding Athlon II and Sempron brands completely from the processor market, but it now seems like the Sunnyvale-based company is interest...
AMD to release unlocked A8-3870 Llano APU - 07/20/2011 10:15 AM
AMD is going to release a A8 series APU with unlocked multiplier. The Fusion processors released all have locked multipliers that block or at the least increasingly make overclocking more difficult. T...
AMD to Revive Athlon II and Sempron for Llano APUs - 08/08/2011 09:33 AM
Earlier this year we reported that AMD plans to retire its longstanding Athlon II and Sempron brands completely from the processor market, but it now seems like the Sunnyvale-based company is interest...
AMD to release unlocked A8-3870 Llano APU - 07/20/2011 10:15 AM
AMD is going to release a A8 series APU with unlocked multiplier. The Fusion processors released all have locked multipliers that block or at the least increasingly make overclocking more difficult. T...