Featured Articles

Core i5 3365M and Core i5 3325M in Q3 2012

Core i5 3365M and Core i5 3325M in Q3 2012

We wrote about the new Core i7 3525M that is supposed to arrive in Q3 2012 here, but it looks…

More...
Point of View/TGT GTX 680 Ultra Charged tested

Point of View/TGT GTX 680 Ultra Charged tested

It's a well known fact that the most popular graphics cards series usually had a few models that stood out and…

More...
Ivy Bridge Ultrabooks for Windows 7 and 8

Ivy Bridge Ultrabooks for Windows 7 and 8

All currently available Ultrabooks are based on the Huron River platform and 17W TDP dual-core 32nm Sandy Bridge processors and…

More...
Top of 17W Celeron range is 877

Top of 17W Celeron range is 877

We already mentioned upcoming Celeron 807 and Celeron 847 in the article below and these new 17W single and dual-cores are…

More...
Cooler Master HAF XM reviewed

Cooler Master HAF XM reviewed

Cooler Master introduced the new HAF XM on April 24. The company's HAF series is instantly recognizable, although the XM moniker…

More...
Frontpage Slideshow | Copyright © 2006-2010 orks, a business unit of Nuevvo Webware Ltd.
Thursday, 19 January 2012 12:04

Haswell has 50 percent faster graphics

Written by Fuad Abazovic



Than Ivy Bridge


It looks like Intel is on the right track with its tick – tock strategy. Ivy Bridge, the first 22nm architecture that is slightly improved Sandy Bridge die shrunk from 32nm to 22nm, is about to starts its yearlong dominance in early April.

Haswell is a new 22nm architecture and its CPUs will get even faster, and instead of sticking with quad-cores, it can also have six cores, as well as sub-95W TPDs, most likely even less than that for many SKUs.

Graphics on Haswell should end up tremendously faster. It will get 20 to 40 percent performance boost compared Sandy Bridge Core I 2000 second generation CPUs. On top of that you can expect up to 50 percent overall performance increase in Haswell 22nm, but frankly 50 percent looks like the best case scenario.

This will put even more pressure on AMD’s Fusion processors including Trinity, but AMD still has significantly better graphics and might offer superior value for money with its APUs. Nvidia will simply rely on the Optimus tandem for notebooks and faster high end graphics cards on the desktop side.

Either way, in case Intel doesn’t get things messed with its second generation 22nm processor, they are off for a nice ride. As long as they are not playing video of an actual game demo, Intel Ivy Bridge can run Formula 1 game on medium quality settings and 1366x768, the average resolution of a mainstream notebook, and imagine that it can get some 50 percent better than that.

blog comments powered by Disqus

To be able to post comments please log-in with Disqus

Facebook activity

Latest Commented Articles

Recent Comments