Sandy Bridge 3D Performance
Everyone knows any Intel (or AMD) processor since Conroe coupled with any performance video card is more than capable with games. That's why video games are the secondary focus even though a few are industry standard benchmarks. Keep in mind this is using Sandy's integrated GPU which isn't intended to replace a discrete graphics card so much as enhance the CPU beyond last generation.
Games represented in our 3D performance testing include:
- Batman: Arkham Asylum
- Resident Evil 5
- Farcry 2
These three titles represent all the DirectX flavours and are still games that are both demanding and a lot of fun to play even today. All games were tested in both two popular resolutions for entry level graphics: 1680x1050 and 1280x720. The former represents most 22 inch LCDs while the latter is the standard for HD resolution. We included high and medium settings at 720p and ran only medium at 1680x1050 which we refer to in the graphs as "1050".
Batman: Arkham Asylum (DX9)
Sandy Bridge leaves Clarkdale in the dust thanks to the internal graphics architecture improvements. Even if you overclock the Clarkdale 655K, it still won't quite match Sandy Bridge. Let's check the next one out.
Resident Evil 5 (DX10)
Sandy Bridge, of course, wins the day again. She's tuned better for both DX9 and DX10. The frame rates again are nearly playable. Clarkdale is still much more capable than the old school HD 3500 and 4500 GPUs but it's nowhere near the new hotness.
Platform IO, Audio, and Power Consumption
Measuring the motherboard's expansion features are often uneventful. But, we have to make sure there's on surprises or glitches in the chipset matrix. We also like to keep track of the integrated audio codecs and vendors who do a good or bad job of implementing them. Power consumption is often important to those who are green conscious such as home theater users and system integrators.
DP67BG and DH67BL IO Performance
As far as the PCI-Express bus is concerned, Sandy Bridge's chipset no longer suffers from having to share bandwidth with any other subsystem which was an issue brought up with earlier Core platform designs. There's plenty of bandwidth for all devices. The one thing I would like to note is that any real world SATA3 benefits for the desktop user are somewhere between "meh" and none at the moment with conventional hardware. At least the price of SSDs continue to come down which transforms SATA2 into a technology that is finally coming into its own for mainstream users.