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In addition, Phenom processors feature 512K L2 cache per core and up to 2MB of 元 cache, shared by up to 4 cores.ĪMD’s HyperTransport technology provides up to 16.0GB/s in HyperTransport Generation 3.0 mode, totalling up to 33.1GB/s processor-to-system bandwidth when combining the HyperTransport bus and memory bus.Ĭool'n'Quiet 2.0 and CoolCore technology, provide power management features which adjust performance features based on requirements. The chips provide an integrated DDR2 memory controller, providing up to 17.1GB/s of memory bandwidth, allowing increased performance by reducing memory latency.
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The Phenom series come equipped with Direct Connect Architecture, helping improve system performance and efficiency by directly connecting the memory controller and I/O to the CPU. Its triple-core Phenom processors are the Phenom 8000 series, pre-fixed by X3, and its quad-core Phenom processors are the Phenom 9000 series, pre-fixed by X4. To herald the arrival of its new processors, AMD introduced a new nomenclature.
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In addition, Phenom processors utilise AMD’s AM2+ socket, allowing users to upgrade from previous AM2 compatible processors without having to upgrade their motherboard. All of which are monolithic, meaning all cores reside on the same piece of silicon wafer. Phenom processors are available in two flavours triple-core and quad-core. Phenom processors are based on AMD’s K10 microprocessor architecture, succesor to the K8 architecture used in older processors such as the Athlon 64. In late 2007, AMD revamped its multi-core processores with the launch of its Phenom series. Running anti-virus software, searching, playing games and various other tasks can now be carried out simultaneously with very little performance sacrifice. As an example, one major advantage for the consumer would be running multiple applications at once.
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Today, the majority of software applications and operating systems are built to utilise multiple cores. Generally, this means running different processes, or applications, on different cores within the single processor.
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To benefit from multi-core processors, software code needs to be executed in parallel. As a result, a system can become more efficient at processing and provide greater performance. The multi-core design results in a chip which, in the right conditions, can allow a computer system to run more tasks simultaneously. Put simply, a multi-core processor is a single processor unit which contains the core logic of two or more processors inside. The benefit of multiple coresīefore delving into AMD’s multi-core Phenom processors, what is a multi-core processor and what benefits does it have? What they are, what the technology offers and the targeted market. This HEXUS.help guide discusses AMD’s triple-core and quad-core processors.