3/11/2023 0 Comments Amd phenom 9500 agena![]() You can already get a quad-core system for less than $1,000, and we've heard about new quad-core PCs coming out next year in the sub-$800 range. General parameters AMD Phenom X4 9500: processor specifications, processor cache and memory, compatibility, peripherals, embedded modules, performance AMD Phenom X4 9500 and other characteristics. And if Intel reduces its prices in response, we could see some very inexpensive quad-core desktops on store shelves next year. AMD demonstrated with the Athlon 64 X2 that it is not afraid to cut prices to compete with Intel, which could improve the Phenom's bang-for-the-buck prospects. That doesn't bode well for AMD and the 65 nanometer Phenom, which can't overtake even Intel's current-gen chips.ĭespite all of that doom and gloom for the Phenom, its future could get brighter. Our test of the first of these new parts, the Core 2 Extreme QX9650, showed that Intel's new design has a noticeable performance impact over Intel's older 65 nanometer chips. We also expect that Intel will add to its Core 2 family by bringing its new, more heat and power-efficient 45 nanometer design into mainstream dual-core and quad-core CPUs. Over the next few months, AMD will expand its Phenom offerings to include two higher-end models, the Phenom 9700 at 2.4GHz, and the 9900 at 2.6GHz. Perhaps you can make a case for the Phenom 9500, but even at $40 less, the performance loss is enough so that you'd notice gamers, photo editors, and multitaskers, especially. And considering prices right now, we don't think the $10 savings on the higher-end Phenom 9600 is worth the performance hit. The chart below gives the significant details as to how the Phenom 9500 and Intel's Core 2 Quad Q6600 stack up against each other:Īs you can see, on every single test, the Phenom chips fall behind their Core 2 Quad competitor. The problem is that neither the size of the data chunks nor the speed at which Phenom can process them, give AMD's new chips enough of a boost. In theory, that dynamic distribution of work should give Phenom an advantage over Intel's Core 2 design. Its flexibility ranges from pumping out one large chunk of data to a single core, or sending four smaller chunks across all four processors. Similar to recent advances in 3D chip design, the Phenom's unified 元 cache provides a data store the size of which changes depending on the amount of data coming through. While Intel's Core 2 Quad design basically melds two dual-core chips together, AMD's Phenom is the first to include four cores that all share at least one level of cache in this case, the Level 3 cache. With the true quad-core design offered by the AMD Phenom, cores communicate on the die rather than through a front side bus. AMD has made much of the fact that its Phenom is the first "true" quad-core CPU. All AMD Phenom processors feature resources like an integrated DDR2 memory controller, HyperTransport technology links, and 128-bit Floating Point Units, for improved speed and performance in floating point calculations. ![]()
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