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Case fans historically tend to fall into one of two categories of performance – air flow/power potential, and noise level/quiet operation potential. One usually has to sacrifice a bit of the quiet operation factor in order to achieve the desired power level needed to do an adequate cooling job. If you need to avoid the noise level, then you may need to sacrifice some air flow to get the decibels down to acceptable levels. A number of case fans have hit the market in recent years claiming voluminous air flow and whisper-quiet operation; or marketing variations of this theme. The examples that can truly make this claim are few and far between.
Nach unserem Test des AMD Phenom II X4 955 Black Edition haben wir uns noch etwas mehr mit dem Thema Overclocking befasst und dem Chip mit unterschiedlichen Kühlmöglichkeiten auf den Zahn gefühlt. Mit Luft- Wasser- und Trockeneis Kühlung wurde jeweils der höchstmögliche stabile Takt ermittelt.
Technic3D hat die Intel Core i7-3930k und i7-3820 Prozessoren im Test. Wem das Flaggschiff Core i7-3960X zu teuer ist, liebäugelt vieleicht mit den kleineren Modellversionen. Besser auf mehr Kerne setzen oder doch höhere Taktraten bevorzugen?
Last weekend Madshrimps was the main guest at Alternate; two of our experienced overclockers demoed their skills during live overclocking sessions. On Friday CPU speeds over 8Ghz were reached, on Saturday video cards were tortured. Read on to find out if world records were broken.
MSI recently released a BIOS update that includes overclocking features in the BIOS for the Wind U100 netbook series. Once this feature is enabled in the BIOS you can select a CPU overclock of either 8%, 15% or 24%, for a maximum overclock of 2GHz. Read on to see how far we can overclock our U100 and to see what overclocking does for performance.
Après une assez longue attente, Intel décline enfin ses processeurs Ivy Bridge en Dual-Core, via les i3 et les Pentium. Ce jour, c'est le Core i3-3220 qui nous intéresse, un modèle Dual-Core avec Hyper-Threading et qui s'offre une vitesse de 3.3 GHz.
Sandy Bridge is the name of the new microarchitecture Intel CPUs will be using starting in 2011. It is an evolution of the Nehalem microarchitecture that was first introduced in the Core i7 and also used in the Core i3 and Core i5 processors.
AMD is unveiling today the new processor architecture that will be used in their new CPUs starting in 2011. Codenamed Bulldozer, this architecture is completely different from the current AMD64 architecture that AMD has been using since the introduction of the very first Athlon 64 CPU back in 2003. In this tutorial we will give you an in-depth explanation of how this new architecture looks like and how it works.
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