Testseek.fr ont rassemblé 224 examens experts du Intel Core i5 2500K 3.3GHz Socket 1155 et l'estimation moyenne est 91%. Faites descendre l'écran et voyez les toutes les revues pour Intel Core i5 2500K 3.3GHz Socket 1155.
January 2011
(91%)
224 Avis
Note moyenne issue des avis d’experts sur ce produit.
Utilisateurs
(96%)
1604 Avis
Note moyenne délivrée par les utilisateurs du produit.
910100224
Les éditeurs ont aimé
Performances dans les calculs
Performances dans les jeux
Mode Turbo
Consommation modérée
Puce graphique qui permet d'accélérer décodage et encodage vidéo
Compatible Blu-ray 3D
Architecture efficace
Améliorations probantes
Bonnes performances
Les éditeurs n'ont pas aimé
Puce graphique non DirectX 11
Cela aurait permis d'améliorer le débit dans certains jeux comme WoW
So we have the replacement for the LGA1156 series of processors that just seemed to be finding their feet. With them coming it at three differing price points but not really for three different markets, we have to split this conclusion into three parts...
Great compute performance, New 32nm GPU process, Very Low TDP, Improved AESNI,
No Hyperthreading
IMPORTANT: Although the rating and final score mentioned in this conclusion are made to be as objective as possible, please be advised that every author perceives these factors differently at various points in time. While we each do our best to ensure...
There are a number of performance related aspects to summarize here, including CPU, graphics, and motherboard / chipset performance. First let’s focus on CPU performance relative to previous generation Intel processors. The Core i7-2600K is arguably t...
The Sandy Bridge architecture is very exciting as it incorporates so much into such a small package. While the architecture may not be revolutionary, it is a large step forward from the Nehalem/Westmere architectures, as it does almost everything a lit...
When the Sandy Bridge processors first entered our labs we were anticipating a substantial performance increase over the previous generation Core architecture, and to that end the 2500K and 2600K managed to not only meet our expectations, but also gre...
Extrait: It seems just like yesterday that Intel launched the Core 2 Duo series of CPUs and re-established itself as the king of the hill for x86 CPUs. As hard as it may be to believe, that was four and a half years ago. Since then Intel has been following ...
GPU performance greatly improved compared to last generation, Up to 4x AA support, 32 nm CPU, plenty of computation power, GPU fully integrated in the CPU die, Support for DirectX 10.1, Turbo Boost increases GPU clock, HDMI Audio bitstreaming supported, H
No support for DirectX 11, Limited GPU performance, Drivers not as mature as the ones from ATI or NVIDIA, No support for CUDA, PhysX, OpenCL
Intel's new Sandy Bridge IGP manages to claim the performance leadership of all integrated graphics solutions on the market. It offers nearly twice the performance of its predecessor within the Clarkdale CPU. This means that it can compete with the wea...
Very fast, Much improved power efficiency over last generation and competitor's processor, Runs really cool, Improvements over previous generation, Improved integrated graphics, Overclocks really easily with K models, Full hardware transcoding support, Cost-efficient
NonK models have limited overclocking potential
Today’s launch of the Sandy Bridge is an evolution in processor design. Clock per clock, Intel's Lynnfield already has a good performance over AMD’s current offering, and Sandy Bridge just made the gap even wider. Sandy Bridge is 10-40% faster than th...
Very fast performance for the price, Unlocked multiplier for easy overclocking
New chipset requirements mean you'll need a new Socket 1155 motherboard, Integrated graphics performance still slow compared to cheap dedicated 3D cards
This true quad-core processor offers a lot of performance for the money, but gamers may want to spend the savings on a dedicated 3D card to pair with it. ...
Extrait: The Core i5 was the second CPU from Intel to come with an integrated memory controller (the Core i7 was the first, while the Core i3 was the third), feature present on CPUs from AMD since the Athlon 64. Core i5 CPUs are based on the Core architecture, ...
