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Intel have had a hell of a year, with little competition offered in the enthusiast sector. AMD’s Bulldozer chip looked promising, but sadly fell short of the mark, even with double the physical cores. The Core i7 2500k and 2600k have remained the enthusiast number 1 choice, and today we are looking at the 2600k update, the aptly named 2700k.
Avec le lancement de la microarchitecture Sandy Bridge succédant à Nehalem, Intel a décidé d'inverser l'ordre de lancement de ses différentes déclinaisons. En effet, il était coutume de laisser la primeur aux puces les plus coûteuses et ensuite décliner la nouvelle architecture aux CPU d'entrée et moyen de gamme. Mais avec Sandy Bridge, ces der niers ont devancé les CPU haut de gamme qui sont lancés 10 mois plus tard, l'absence de concurrence dans ce segment expliquant probablement cela. Au menu, un nouveau socket, 4 canaux mémoire, 6 coeurs dotés d'hyperthreading et une montagne de cache et de lignes PCIE. De quoi sérieusement améliorer les performances des Core i7-2x00, tout du moins sur le papier. Qu'en est-il en pratique, réponse dans ce dossier.
The new Sandy Bridge-E platform from Intel really is a different kind of beast. When you throw it through those CPU intensive benchmarks, the performance of the new i7 3960X is amazing with performance at stock being better at times than when our 2600k is running at 5.2GHz. The issue with the 3960X isn't the performance, though; it's the price. At $1,049 US, there's nothing cheap about the new 3960X and when you start to throw in a new X79 performance motherboard and a Quad Channel RAM kit, the price of a new Sandy Bridge-E system becomes really expensive.
The year 2011 has ended, so it's high time to sum up the results and see the general picture. If you're looking to upgrade, we hope this will make choosing a processor easier.
When we look at the graphics cards that we review, we use the latest Intel X79 motherboard and the Intel Core i7 3960X processor. One of the primary reasons that we do this is to remove as much of the CPU bottleneck that we can. Though not everyone has the funds available to buy a processor that retails $1049.99. Today, we take a look at the performance scaling between six different Intel LGA1155 processors when using a high end graphics card like the AMD Radeon HD 7950.
We do a quick runthrough of benchmarks tests @ 4.8GHz onthe new 22nm "Ivy Bridge" Core i7-3770K (Retail E1 Stepping) against thenearly 1.5 years old 32nm "Sandy Bridge" Core i7-2600K, and then give someuseful consumer advice at the end.
AMD schickt mit „Trinity“ die zweite Generation der APUs ins Rennen. Erst einmal wird diese auf das Notebook-Segment fokussiert – wir sehen uns den A8-4500M genauer an.
Technic3D hat die Intel Core i7-3770, i5-3570K, i5-3550 und i5-3450 Prozessoren im Test. Wo die wesentlichen Unterschiede der einzelnen Ivy Bridge CPUs liegen, steht im folgenden Review.
Are you looking to build a budget PC, but have a limited budget to work with? When we started to look into low cost Do-It-Yourself (DIY) systems we found that you could easily build an AMD Llano system for less than $300. We build a system for under $300 with an AMD A8-3870K APU, Gigabyte A55M-DS2 motherboard, OCZ Vertex Plus R2 60GB Solid-State Drive and more. Read on to see how it turned out and performed.
Can the new A10 series of APUs from AMD match, or even exceed Intels range of low/mid range CPUs? We find out now in a selection of real world gaming, multimedia, overclocking and productivity tests while also taking a look at how the APU can perform with a mid range GPU... and of course there are the standard memory, USB 3.0, SATA and PCIe tests to round things off.
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