Specified at 25 Watt TDP, the processor can be used in notebooks with screens of 13 inches and up. The performance should be on a level with a 2.2 GHz Celeron single core processor. Furthermore, the CPU also features an integrated DDR3 memory controller (up to 1066).Ĭompared to the slower (Atom counterpart) AMD V105, the V160 offers a much higher clock speed and a faster HyperTransport 3.0 link (with 1600 MHZ - HT3200).
#AMD K10 SERIES 64 BIT#
As the dual core Athlon II P and N CPUs, the V160 offers only a 64 Bit FPU (Floating Point Unit). It is based on the Champlain core, which should use a K10 architecture. It also features two to four cores with up to 4 MB of L2 cache.The AMD V-Series V160 (sometimes also called Sempron V160) is a single core processor for cheap laptops. The Trinity core uses Socket FM2 and provides faster clock speeds, better GPU performance, and better thermal management.
#AMD K10 SERIES FULL#
Integrated ATi Radeon X1200 GPUWith full support for DirectX 9 Shader Model 3.
#AMD K10 SERIES SERIES#
The Llano core uses Socket FM1 and includes models with two, three, or four cores and up to 4 MB of L2 cache. AMD K10 Processor SupportThe Foxconn A6VMX supports AM2 AMD processors including the Athlon 64 X2, Athlon 64, Athlon FX and Sempron series as well as the latest AM2+ K10 AMD processors. The initial A-series designs use the Llano core, based on Bulldozer, but with no 元 cache, while the second series uses the Trinity core, based on Piledriver, but again with no 元 cache. However, the primary product line for desktops is the A-series, which has used two core designs. Note: AMD dropped the Fusion name after it was discovered that a Swiss firm, Arctic (originally Arctic Cooling), had been using Fusion for its power supply products since 2006, hence the change to the HSA designation.ĪMD has released several lines of APUs, including the C-series (primarily for notebooks) and the E-series (used in notebooks and a few very low-cost desktops). AMD refers to these processors as advanced processing units (APUs). A Bulldozer CPU includes 8 MB of 元 cache memory, and Bulldozer CPUs were manufactured in eight-core, six-core, and four-core versions, known collectively as Zambezi.ĪMD Fusion/HSA (Heterogeneous Systems Architecture) APUsįusion was the original name for a variety of AMD mobile, desktop, and server processors with in-core graphics, which are now classified under the Heterogeneous Systems Architecture (HSA) designation. A module is commonly referred to as a dual-core processor, although only the integer clusters are dualed. The results are connected to a write coalescing cache, a core interface unit, and up to 2 MB of L2 cache. 2 months after that AMD released first desktop Phenom quad-core microprocessors, and the first triple-core Phenom X3 CPUs were released in March 2008. The first nine microprocessors from this family, quad-core Third Generation Opterons, were introduced on September 10 2007. The dispatch controller is connected to two integer processing clusters and a single floating point unit. AMD K10 family is the latest generation of AMD x86 microprocessors. Each module contains a single L1 instruction cache, a multi-branched instruction decoder, and a multilayer dispatch controller. Note: Bulldozer is also known as K11, but Bulldozer is the more common name for this architecture.īulldozer processors are modular. Although FX processors in this family use the same Socket AM3+ as late-model K10 processors do, the internal design of Bulldozer processors is very different from its predecessors. Most insiders agree that Bulldozers decoupled branch predictor is a step. Bulldozers branch prediction units have been described in many articles. AMD “Bulldozer” and “Piledriver” FX ProcessorsĪMD introduced its follow-up to its K10 architecture, the Bulldozer architecture, in October 2011. &0183 &32 The Bulldozer Aftermath: Delving Even Deeper. Callisto = Deneb with two cores disabledĪM3 processors can also be used in Socket AM2+ motherboards with appropriate BIOS update.Propus = Deneb with no (or disabled) 元 cache.
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