Wednesday, February 19, 2014
- 10:54 pm | Intel Launches New-Generation Xeon E7 v2 Processor for High-End Enterprise Servers. Intel Releases Xeon E7 v2 “Ivy Town” Processors with Up to Fifteen Cores
Wednesday, February 12, 2014
- 10:19 pm | Intel Describes Next-Gen Xeon E7 “Ivy Town”: 15 Cores, New Topology, New Levels of Performance. Intel Reveals Xeon E7-8800v2 Specs Ahead of Launch
Friday, January 31, 2014
- 6:09 pm | AMD to Ship ARM-Based Opteron PCs to Software Makers This Quarter. AMD Unveils More Details Regarding ARM-Based Opterons, Plans Sample Shipments in Q1
Wednesday, January 22, 2014
- 10:59 pm | AMD Launches First Two Opteron “Warsaw” Processors. AMD Introduces New Energy-Efficient Server Chips
- 10:10 pm | AMD: Mullins and Beema Will Beat Intel Atom “Bay Trail”. AMD Describes Competitive Advantages of Next-Gen Ultra-Low-Power APUs
AMD roadmap tells us about the company had finished evolution of Socket AM3+ platform and FX processors. Vishera CPUs based on Piledriver microarchitecture is the last CPUs for this platform. We have tested the last additions in this lineup: eight-core FX-9370 and FX-9590 with monstrous TDP.
This guide is targeted to clear and simplify optimal settings searching when you to be faced with Haswell processors and LGA 1150 mainboards from different manufacturers. We will tell about optimal BIOS configuration for CPU nominal and overclocked modes.
A lot of CPUs for LGA 1150 platform are available now. You can buy not only quad-core Core i7 and Core i5 but also less expensive dual-core Core i3-4340, Core i3-4330 or Core i3-4130. In our next review we have tested these models based on contemporary Intel Haswell microarchitecture.
Intel had refreshed their long-life LGA 2011 platform and had released new 22-nm Ivy Bridge-E processors instead of old Sandy Bridge-E. But we have doubt about the new CPUs can breathe new life into old high-priced enthusiast platform. Read our review!
Let’s meet the entire lineup of fourth generation desktop Core i5 processors based on the new Intel Haswell microarchitecture in our new extensive performance review.
Today we are going to compare current graphics cores available in the new desktop processors for Socket FM2 and LGA 1150 platforms. In our today’s test session we will have AMD Radeon HD 8670D, HD 8670D, HD 8570D, HD 8570D and HD 8470D from A10, A8 and A6 processors of the Richland family and Intel HD Graphics 4600 from Core i5 processors of the Haswell generation.
AMD refreshed the lineup of their Socket FM2 processors. We tested an entire lineup of new models with Richland design including A10-6800K, A10-6700, A86600K, A8-6500 and A6-6400K, and compared them against competitors on Ivy Bridge and Haswell.
AMD decided to refresh their Socket FM2 platform and release a new generation of hybrid processors for it based on Richland design. This is exactly the one that earned the “Elite Performance APU Platform” title in the mobile segment.
After a very long and anxious wait we can finally take a close look at one of the fourth generation Core processors for desktops, which is based on the new Haswell microarchitecture. Significantly higher performance, better energy-efficiency, excellent overclocking – all this isn’t the case. What happened?
By combining their energy-efficient Celeron 847 processor with an NM70 chipset Intel created a new desktop platform for SFF PC, which may easily push Atom and Brazos of the pedestal. Our today’s test session will show if the new product with Core microarchitecture is capable of competing against specialty energy-efficient and inexpensive processors.
Inexpensive hybrid processors become better and faster. Which one should be your today’s choice? Should you go for an AMD A10, A8, A6 or A4, or prefer an Intel Core i3, Pentium or Celeron? We carried out an extensive test session of Socket FM2 and LGA 1155 platforms with integrated graphics and are ready to answer this question for you once and for all.
Intel Core i7-3960X has been the fastest processors for high-performance desktop systems for an entire year. But time has come for it to step down: today Intel offers Core i7-3970X Extreme Edition. Although the newcomer is hardly any different from its predecessor, we decided to subject it to detailed features and performance testing in our lab.
The launch of Socket AM3+ processors with Piledriver microarchitecture inspired many AMD fans. However, until recently we only based our opinion on the results obtained from the top model in the new AMD FX family. Today we are going to make up for this omission and carry out a detailed performance analysis of all Vishera processors with eight, six and four cores.
Piledriver microarchitecture, a refreshed Bulldozer, has finally reached the flagship AMD FX processors. Will it make the Socket AM3+ platform more appealing than LGA 1155? Quite possible, because the new AMD microarchitecture wasn’t the only trick they had up their sleeve.
Trinity demonstrated some very inspiring performance in graphics tests last week. However, AMD’s traditional weakness is its x86 cores. Let’s see if the company engineers managed to resolve this problem in the new Piledriver microarchitecture that found its way into promising hybrid processors.
New hybrid AMD Trinity processors for desktop systems haven’t been officially launched yet. However, we prepared a detailed review of their graphics omponent.
We continue talking about different desktop CPUs on third generation Core microarchitecture. Today we will discuss dual-core products: Core i3-3420, Core i3-3225 and Core i3-3220.
We have tested the entire third generation Core i5 processor line-up based on Ivy bridge microarchitecture including Core i5-3570K, Core i5-3570, Core i5-3550 and Core i5-3450 models. How much better are these newcomers than the good old Sandy Bridge CPUs?
In 2013, 4th generation Intel Core processor family based on "Haswell" microarchitecture will bring faster, thinner, lighter, cooler, more secure systems with built-in graphics to mainstream.
Processor microarchitectures continue developing, and the DDR3 SDRAM frequencies continue growing. However, does it really make sense to use high-speed memory with contemporary Ivy Bridge processors? To answer this question we analyzed the influence of memory frequency and latencies on the performance of a contemporary LGA 1155 platform.