Intel Ivy Bridge HD Graphics 4000 Extra Tests

2012/04/30 JeGX

Intel Ivy Bridge Processor

As requested by some readers in the Intel Ivy Bridge HD Graphics 4000 GPU: OpenGL and OpenCL Tests article, here some additional tests of the HD Graphics 4000, the GPU embedded in the Ivy Bridge processor.

AMD HK2207 DX11 demo

HK2207 is a Direct3D 11 tech-demo for AMD Radeon HD 6900 series. Unfortunately, on Intel’s HD 4000, only few flares are visible:

AMD HK2207 DX11 demo

AMD LadyBug DX11 demo

LadyBug is a Direct3D 11 tech-demo released for the Radeon HD 5800 series. Good news, this demo works fine on the HD 4000. But it runs very very slowly: around 1 FPS…

AMD LadyBug DX11 demo

NVIDIA Island DX11 tessellation demo

Island is a Direct3D 11 tessellation-focused tech-demo released for the GeForce GTX 480 / GTX 470. This demo runs at around 3 FPS on the HD 4000.

NVIDIA Island DX11 demo

3DMark11 DX11 benchmark

I tested the Entry (E) and Performance (P) scores only:

Intel Ivy Bridge HD 4000 - 3DMark11 Entry score

Intel Ivy Bridge HD 4000 - 3DMark11 Performance score

Unigine Heaven 2.1 DX11 test

I tested Heaven 2.1 with default settings.

Intel Ivy Bridge HD 4000 - Unigine Heaven

GPCBenchmarkOCL OpenCL test

GPCBenchmarkOCL is an OpenCL 1.1 test. It includes different OpenCL tests:

Intel Ivy Bridge HD 4000 - GPCBenchmarkOCL OpenCL test

Intel Ivy Bridge HD 4000 - GPCBenchmarkOCL OpenCL test
Common maths test: works fine.

Intel Ivy Bridge HD 4000 - GPCBenchmarkOCL OpenCL test
Int32 test: works fine.

Intel Ivy Bridge HD 4000 - GPCBenchmarkOCL OpenCL test
SHA1 test: works fine.

Intel Ivy Bridge HD 4000 - GPCBenchmarkOCL OpenCL test
Global memory test: does not work.

7 thoughts on “Intel Ivy Bridge HD Graphics 4000 Extra Tests”

LukasTeo 2012/04/30 at 19:57

Just good job – thanks 🙂

GPUToaster 2012/04/30 at 21:03

hmmm…..Not bad for a CPU to perform that well. I mean look at the numbers…Intel still has a chance to beat up others.

lowenz 2012/05/01 at 02:31

Do you take some other requests? 😀

On semiaccurate there’s a good HD4000 overclock analysis ( http://semiaccurate.com/2012/04/23/overclocking-intels-hd-4000/ ) But it seems they didn’t overclock the memory – and the memory controller too – so it’s impossible to tell how the GPU performance depend on memory bandwith and latency.

Can you do it? :p