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Forty lanes of connectivity are built into the Ivy Bridge-E processors and are divided into as many as 10 different ports, giving it more bandwidth than Haswell, and Ivy Bridge processors. The question is, with extremely powerful graphics cards on the market, such as the Nvidia GTX 780 and GTX Titan can the additional bandwidth translate into better performance?
After upgrading the performance of the mainstream platform by the Haswell family, the Intel engineers also devoted time to perform an overhaul on their high end platform, LGA 2011. The Sandy Bridge-E was a worthy successor of the old and aged LGA1366. Intel waited close to two years for manufacturing the new high end flagship CPU model available to the masses, this in contradiction with the launch schedule on some previously leaked roadmaps. As with the transition from Sandy to Ivy Bridge on the LGA1155 socket, we spot many similarities with the new Ivy Bridge-E. A die shrink to the 22nm process and alike architectural improvements should boost the performance and efficiency. Time to unravel the brand new Intel flagship LGA2011 CPU: the i7-4960X CPU.
In many benchmarks we've seen excellent performance gains for the new 12-core flagship Xeon E5-2697 v2 compared to the previous generation 8-core flagship Xeon E5-2690. In completely multi-threaded workloads that depend solely on the CPU, that performance increase was often more than 40 percent. The 12 cores in the E5-2697 v2 use the same amount of power as the 8 cores in the E5-2690. More performance with the same level of power usage, that of course increases the performance-per-watt: by 44 percent in one benchmark. Such an increase in performance without an increase in power consumption is quite rare, from generation to generation. When you compare it to servers from two, three or four generations back, it's clear that you will quickly earn back the initial investment of upgrading to the most recent generation server processors.
Smaller transistors, more cores, faster cores and significantly improved graphics all add up to make the Atom Z3000 a very powerful and energy-efficient processor for tablets. With Clover Trail Intel already equalled the performance and efficiency of ARM chips, and Bay Trail exceeds that level left and right. The benchmarks we ran on the two Bay Trail prototype tablets with a 1.46 GHz Atom Z3770 leave no doubt about it. In terms of CPU power, the new Atom is often up to three times faster than its predecessor. Compared to the fastest ARM chip of the moment, the Nvidia Tegra 4 with four Cortex-A15 cores, the Intel Atom Z3770 is convincingly faster. With a 95 percent market share in the server market and dominating the desktop and laptop world, after knocking out AMD, Intel has now set its sights on ARM and the mobile market. With the new Atom processors, Intel has made it clear it's bringing some serious muscle to this fight.
Today Intel introduced the world to “Bay Trail,” Intel’s first 22nm system-on-a-chip (SoC) for mobile devices. Bay Trail is a complete redesign of the Intel Atom processor series and offers performance that comes closer to Intel’s mainstream processors lines. Since Bay Trail is based on the company’s new low-power, high-performance Silvermont microarchitecture, you can expect to see roughly two to three times the performance of the current “Clover Trail” Atom with better battery life! Intel hasn’t had too many design wins in the tablet market with Clover Trail, but Intel is starting fresh and has high hopes to Bay Trail to capture a significant chunk of the Android and Windows tablet designs and even a fair number of 2 in 1 devices.
The X79 is a favorite platform here in the Ninjalane Labs, we use it on our video card test benches and always have a system ready for multi GPU overclocking when multithreaded performance is important.
The Core i5 is a CPU series manufactured by Intel aimed at mid-range computers. In this tutorial, we will present a series of quick reference tables for you to compare the main differences between all models released to date.
Après les tests des Core i5 et Core i7, assez logiquement nous nous attardons ce jour sur les modèles Dual-Core, qui profitent donc aussi de la nouvelle architecture Haswell. C'est le modèle Core i3-4330 qui nous intéresse avec sa fréquence de 3.5 GHz. A découvrir sans plus attendre dans nos colonnes.
The Core i7 is a CPU series manufactured by Intel aimed at high-range computers. In this tutorial, we will present a series of quick reference tables for you to compare the main differences between all models released to date.
Mit dem Xeon E3-1230 v3 hat Intel eine eher unscheinbare Server-CPU im Portfolio, die jedoch viel mehr kann. Für nur 200 Euro tritt sie mit Core-i7-Leistung gegen die Core i5 an.
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