Legit Video Card Reviews

AMD Versus Intel Integrated Graphics w/ Ivy Bridge

Manufacturer: Intel
Product: Various
Date: Wed, Apr 25, 2012 - 12:00 AM
Written By: Nathan Kirsch -
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Integrated Graphics Battle Part 2

Back in February we wrote an article about how far integrated graphics has come since 2006.  We looked at five different solutions from AMD and Intel and found that integrated graphics have really come a long way with regards to both companies. In that article we told you that we would update the article once AMD Trinity APUs and Intel Ivy Bridge processors came out. Well, Intel released the quad-core 3rd generation Intel Core processor family on Monday and this is the 22nm Ivy Bridge processors that we have been waiting on.
Intel DH77EB Motherboard

The 3rd generation Intel Core processor with Intel HD Graphics 4000 delivers up to two times better 3D graphics performance compared to the previous-generation processor. Intel HD Graphics 4000 also now supports Microsoft DirectX 11, OpenGL 3.1 and OpenCL 1.1. These are significant changes and something we wanted to take a look at. We could have used the Intel DH67BL motherboard for testing, but we managed to get our hands on the Intel DH77EB motherboard and used it. We wanted to use a processor that was equivalent to the Intel Core i3-2105 or AMD A8-3850, but Intel has not released any Core i3 processors based on the Ivy Bridge microarchitecture yet. We settled for the Intel Core i5-3550K, which is a quad-core processor that has a base clock of 3.4GHz and no HyperThreading support. The Intel HD Graphics 4000 on the processor has has a base clock of 650MHz and a maximum dynamic frequency of 1150MHz.

Image Description

In the last article we rounded up five Intel and AMD boards and tried to get one from each of the past five years starting in 2006. Those boards and the test results from those platforms remain the same as we are using older game titles and most of these platforms no longer get driver support.

 Motherboard  Chipset Release Date
Graphics
Clock Speed
 CPU
 Intel DG965SS
 G965  Q3 2006
 GMA X3000
 667MHz  E7200
 Intel DG35EC
 G35  Q1 2008
 GMA X3500
 667MHz  E7200
 Intel DG45ID
 G45  Q3 2008
 GMA X4500HD
 800MHz  E7200
 Gigabyte H55M
 H55  Q4 2009
 Intel HD
 749MHz  Core i3-530
 Intel DH67BL
 H67  Q4 2010
 Intel HD 3000
 1100MHz  Core i3-2105
 Intel DH77EB
 H77  Q2 2012
 Intel HD 4000
 1150MHz  Core i5-3550K

We tried to make it as fair as possible, which is hard considering the Intel motherboards used for this article feature three three different CPU sockets. We used the Intel Core 2 Duo 2.53GHz Processor on the LGA775 boards, the Intel Core i3-530 2.93GHz Processor on the Intel LGA1156 board and the Intel Core i3-2105 3.1GHz 'Sandy Bridge' processor on the LGA1155 board. We updated each boards BIOS to the latest version and ran either 4GB DDR2 CL5 at 800MHz or DDR3 CL9 memory at 1333MHz on each of the respective boards.

Image Description

On the AMD motherboard side we had several different sockets, but could get away with using just two processors.  We went with the AMD Athlon II 3.0Ghz dual-core processor and the AMD A8-3850 'Llano' 2.9GHz quad-core processor for testing.

 Motherboard  Chipset Release Date
Graphics
Clock Speed
 CPU
Gigabyte MA69GMS2H
 690G  Q1 2007
 Radeon X1200
 400MHz  Athlon II 250
 MSI KA780VM
780V  Q2 2008
Radeon HD 3100  500MHz  Athlon II 250
MSI 785GM-E65
 785G  Q3 2009
 Radeon HD 4200
 500MHz  Athlon II 250
MSI 890GXM-G65
 890GX  Q2 2010
Radeon HD 4290
 500MHz  Athlon II 250
 Gigabyte A75-UD4H
 A75  Q3 2011
 Radeon HD 6550D
 600MHz  A8-3850 APU

After getting all eleven of the motherboards BIOS versions updated, we loaded up Windows 7 64-bit on OCZ Vertex 3 240GB solid-state drives and installed the latest drivers for each platform. Now that all the systems are updated, we are finally ready to do some testing.

Next Page - Crysis


Review Index
Page 1 - Integrated Graphics Battle Part 2
Page 2 - Crysis
Page 3 - Stalker: Clear Sky
Page 4 - Tom Clancy's H.A.W.X.
Page 5 - Colin McRae's DiRT 2
Page 6 - 3DMark 2006
Page 7 - Final Thoughts and Conclusions