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Intel Ivy Bridge IGP benchmarked

by Parm Mann on 20 February 2012, 12:10

Tags: Intel (NASDAQ:INTC)

Quick Link: HEXUS.net/qabcuv

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Word on the street is that mass shipments of Intel's next major CPU refresh - codenamed Ivy Bridge - have been delayed until June.

Bad news for those itching to see what the Sandy Bridge successor has to offer, but perhaps we won't have to wait much longer as engineering samples are already beginning to appear online. Chinese website expreview.com claims to possess a yet-to-be-announced Core i5-3570K, and it has the pictures to prove it.

The pre-release Ivy Bridge chip is pictured above-left, alongside this generation's successful Core i5-2500K.

What's more interesting than the chip shot is the screengrab below, which depicts certain elements of the i5-3570K specification. If the details are accurate, the quad-core 22nm chip will arrive clocked at 3.4GHz while carrying a 77W TDP. Without taking other architectural advancements into consideration, the chip is clearly quicker and less power hungry than the 3.3GHz, 95W i5-2500K it looks set to replace.

Boosting CPU performance has never been a problem for Intel, of course, but the capability of the company's integrated graphics silicon has historically been more of a concern. Will that change with the introduction of Ivy Bridge?

To help shed some light on the situation, expreview put the i5-3570K through a series of GPU benchmarks and returned some interesting results. The chip, armed with an Intel HD 4000 graphics core, is said to feature 16 execution units (up from the current generation's 12), and a core frequency of 1,150MHz.

Putting a real-world slant on the numbers, the i5-3570K was used to run 3DMark Vantage and managed a score of 3,967. That's a massive 117 per cent increase over the 1,830 3DMarks scored by the i5-2500K, but, going by our own internal numbers, isn't quite enough to match what's already on offer from AMD's Llano - whose IGP scored 4,261.

Still, this is shaping up to be a major improvement for Intel's IGP, and it should be enough to power low-resolution gaming. At 720p, the chip is said to manage 58.8 frames per second in Street Fighter IV, and 44 frames per second in Dirt 3. Throw DX11 support into the mix, along with second-generation Quick Sync technology, and the i5-3570K with an HD 4000 IGP is starting to show a bit of promise for a 77W all-in-one solution.



HEXUS Forums :: 12 Comments

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It will be interesting to see how DX11 performance is with the HD4000, as earlier leaks put DX11 performance around the same as the AMD Llano A4 CPU. It does seem the HD4000 will be a big improvement for Intel laptops though,although the leaked roadmaps indicate most Ivy Bridge desktop SKUs will be using the much slower HD2500 IGP.

Edit!!

Why was 3DMark11 run on the less demanding entry level preset?? It makes more sense to run it on the performance setting, as most reviews tend to do the same with graphics cards and it is freely accessible to free users too.
I hope this chip gets into the limited April launch, having said that if it does they'll be in high demand and that will inflate the price.
Here is a link to the article with games benchmarks:

http://en.expreview.com/2012/02/19/ivy-bridge-core-i5-3570k-engineering-sample-test/21214.html

The games were run at 1280X720.



Some of the framerates for the HD3000 IGP look artificially low:

http://www.tweaktown.com/reviews/4177/amd_a8_3850_llano_apu_video_performance_examined/index9.html

FarCry2 hits around 27FPS on 1280X800 on very high with the HD3000.The A8-3850 OTH is over 50% faster with 1333MHZ RAM.

The HD3000 IGP can run Streetfighter IV at 1280X800 on the highest settings at 53FPS:

http://www.tweaktown.com/reviews/4177/amd_a8_3850_llano_apu_video_performance_examined/index8.html

The A8 3850 runs the game at 83FPS.

With SC2 on medium settings running at 1280X1024,the HD3000 IGP runs the game at 36FPS:

http://www.anandtech.com/show/4476/amd-a83850-review/5

The A8 3850 runs the game at around 68FPS.
Slightly O/T but: Is SNB and thus IVB, classed as an APU - or should it be?

Given they're one-die chips and offer accelerated capabilities like QuickSync?
I thought APU was just a marketing name used by AMD