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Performance wise, core i7 is in a league of its own, the hyperthreading gives a real tangible boost to multithreaded applications (sometimes close to 2x faster), and when you overclock the processor (usually limited by heat rather than hitting a overclocking wall) its performance is unrivalled.
It is time to review Kabuto CPU cooler from Japan-based Scythe. This cooler has six heatpipes and three independent heatsinks, with a 120 mm fan placed horizontally. Will it perform well in our tests?
Intel knows that most people will spring for the cheaper Lynnfield in most cases and enjoy a big upgrade for little money. It's hard to really point out anything wrong with this processor. It's cheap, its performance for the dollar is unrivaled in the industry and at last allows the consumer to upgrade above a socket 775 system without having to re-mortgage the house.
TechwareLabs reviews the AMD Athlon II X2 240e, a low power consumption CPU aimed at the budget-minded. See if this CPU has the muscle to power your next Home Theater PC, or is just a waste of silicon.
Mit den neuen Prozessoren der Core-i3/i5-Familie schickt Intel „Clarkdale“ auf Basis der 32-nm-„Westmere“-Architektur ins Rennen. Wir testen die Neuen und sehen uns dabei in erster Linie die Änderungen im Bereich des Prozessors an, doch auch der erstmals direkt in den Prozessor integrierte Grafikkern wird betrachtet. Was die fortan schnellsten Zwei-Kern-CPUs leisten, verrät unser ausführlicher Test.
The AMD Phenom II X4 910e is an interesting 2.6GHz quad-core processor due to the fact that the chip features a 65W max TDP. This means you have a full-featured Phenom II quad core CPU for compute needs, but it also fits the bill for PCs built with lower power consumption, heat and noise in mind. Read on to see how the 910e performs.
Mit Core i3-530 und Pentium G6950 hält Intel zwei sparsame 32-nm-Prozessoren im Programm, die weniger als 100 Euro kosten. Was sie zu leisten im Stande sind, zeigt unser Test. Dabei gehen wir nicht nur der Performance in den normalen Einstellungen auf den Grund, sondern sehen uns das (erstaunliche) Potential im Bereich „Undervolting & Overclocking“ näher an.
The transition to the 32nm process technology let Intel painlessly increase the number of cores. The updated Xeon 5600 series is either better or at least not worse than the Xeon 5500 one. The performance of dual-socket machines has been elevated to a new level, which is great. What's even better, the transition to new dice can solve another problem, i.e. reduce power consumption.
AMD has released the Phenom II X6 processor series and claims that it ushers in a new era of computing. Legit Reviews has the flagship AMD Phenom II X6 1090T Black Edition processor and puts it to the test against other common desktop processors in a vast number of benchmarks. We also overclock it to see how high we can get this six-core chip!
The Intel Core architecture is one that has not always been a performance leader. The original Core Solo CPUs were decent, but not that great. Starting with the Conroe based Core 2, things changed. We saw Intel push the limits on performance at both stock speed and also for overclockers. With the launch of the Nehalem and Lynnfield CPUs we saw Intel greatly improve stock performance, but overclocking, while still pretty good, was not the same as it had been, especially for the top of the line CPUs.
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