Page 1:Balanced Platform Series Introduction
Page 2:Graphics Cards
Page 5:Memory, Hard Drive, Power Supply, Coolers
Page 6:Pricing, Methodology, And A Sample Chart
Page 7:Overclocking, Test System Configuration, And Benchmarks
Page 8:Benchmark Results: Crysis
Page 9:Benchmark Results: Far Cry 2
Page 10:Benchmark Results: S.T.A.L.K.E.R.: Clear Sky
Page 11:Benchmark Results: Grand Theft Auto IV
Page 12:Benchmark Results: Fallout 3
Page 13:Benchmark Results: Need For Speed Shift
Page 14:Benchmark Results: World In Conflict
Page 15:Power Consumption
Benchmark Results: Need For Speed Shift
Need For Speed: Shift
The stock platforms in Parts 1 and 2 pretty much breezed through Fallout 3 and Race Driver GRID, so we looked into replacing those two games with potentially more demanding titles. We are still looking into a new RPG, but for Parts 3 and 4, we're using Need for Speed: Shift as our racing title of choice.
In order to benchmark Shift, we use FRAPS to measure a 60 second lap around the Dakota GP track. We utilize the demanding cockpit view and start in the back of the pack, which should provide close to a worst-case scenario for performance. As with GRID, I notice when frame rates dip below 40 FPS, but we’ll shoot for an average of 40 FPS as our target.
Also, care was again taken to maintain race-to-race consistency, and an average of three races were recorded to further improve fairness and accuracy. We dropped 1280x1024 for this title, as the game does not have built-in full-screen support for 4:3 or 5:4 aspect ratios while running a 16:10 native desktop resolution.
The Radeon HD 5750 manages to average over 60 FPS, regardless of processor, even with 4x AA and 16x AF enabled. Once we step up our graphics muscle, CPU limitations become evident and there is no question the Core i7 architecture comes out on top. Among the AMD processors, cache and having more than two processing cores seem more important than clock rate.
Notice how different the GPU scaling is between the AMD and Intel Core i7 platforms. If we only look at the AMD platforms, the Radeon HD 4890 outperforms every GeForce card. This isn’t AMD-specific though, as the same Radeon-favoring results occurred on the LGA 775 platform in Part 3.
All graphics cards except the Radeon HD 5970 take a slight performance hit stepping up to 1920x1200. The GeForce GTX 285 and GTX 295 move up a bit in the standings, but only when they're matched up to a fast-enough processor.
At 2560x1600 all single-GPU cards limit performance, and results vary little from processor to processor. Gameplay on the Radeon HD 5750 is now painful, at times making it difficult to hold a line and navigate through tight traffic. The GeForce GTX 260 teeters on the green line, and may have stayed completely above the target had it been overclocked to its maximum (rather than relying on BFG’s factory overclock). We’ll call this borderline. Although some chugging was evident down the opening straight-away, the overall experience was still acceptable.
The Radeon HD 4890 and GeForce GTX 285 both deliver solid performance with just a few brief drops below 40 FPS. While the GeForce GTX 295 and Radeon HD 5870 duke it out (depending on the processor), the stock Radeon HD 5970 surges ahead and manages to top the 100 FPS mark!
The Athlon II stills falls behind the three Phenom II processors, indicating that it isn’t the best complement in this game for either the GeForce GTX 295 or Radeon HD 5970. Sporting the highest Phenom II core speed, the X6 1055T allows these dual-GPU cards a slight performance edge at each tested resolution.
- Balanced Platform Series Introduction
- Graphics Cards
- Memory, Hard Drive, Power Supply, Coolers
- Pricing, Methodology, And A Sample Chart
- Overclocking, Test System Configuration, And Benchmarks
- Benchmark Results: Crysis
- Benchmark Results: Far Cry 2
- Benchmark Results: S.T.A.L.K.E.R.: Clear Sky
- Benchmark Results: Grand Theft Auto IV
- Benchmark Results: Fallout 3
- Benchmark Results: Need For Speed Shift
- Benchmark Results: World In Conflict
- Power Consumption