Page 1:MSI GX60: Portable Power On A Budget
Page 2:Exterior: Design And Features
Page 3:Interior: Teardown Images And Components
Page 4:Keyboard And Trackpad
Page 5:Test Setup And Benchmark Suite
Page 6:Synthetic Benchmarks: 3DMark
Page 7:Productivity Benchmarks
Page 8:Black Ops II, Battlefield 3, And Sniper Elite V2
Page 9:Hitman: Absolution, DiRT, And Batman: Arkham City
Page 10:Mists Of Pandaria, Skyrim, And Shogun 2
Page 11:System Behavior And Throttle Testing
Page 12:Synthetic Heat Run
Page 13:Battery Life, AC Draw, And Charging Rate
Page 14:Storage And Audio Performance
Page 15:Software And System Restore
Page 16:Brightness, Contrast, Uniformity, And Gamma
Page 17:Color Gamut And Accuracy, Monitor Rating
Page 18:Thirty Days With The MSI GX60
Synthetic Benchmarks: 3DMark
With the latest version of 3DMark available, we know that 3DMark Vantage and 3DMark 06 are beginning to show their age. However, both tests still offer unique insight as far as system performance goes, and they allow us to compare older hardware that you might still own. Comparisons were made to the recently-reviewed Razer Blade R2 with the Nvidia GTX 660M, as well as an Alienware M18x with the top-of-the-line Nvidia GeForce GTX 680M.
In the chart above, the GPU and Physics scores give us a lot of information about the individual performance of the AMD A10-4600M APU and Radeon HD 7970M GPU. The Radeon shows itself to be faster than Nvidia’s best GeForce GTX 680M. What’s more, the Radeon is almost three times as fast as the GTX 660M, which is often found in systems with similar, or sometimes even higher, price tags than MSI's GX60.
The A10-4600M APU falls behind in the Physics score against the pair of quad-core -i7 CPUs. Even though the A10-4600M is also a quad-core chip, it performs more like a dual-core part as a result of its shared resources.
These results show the main tradeoff that MSI made to lower the GX60’s price. The GPU is faster than anything out there, while the CPU lags far behind Intel’s quad-cores. In a machine built to game at the lowest possible cost, this tradeoff seems reasonable. As long as the CPU can keep up with the GPU, there should be no loss of gaming performance.
3DMark Vantage lowers the number of advanced rendering features these GPUs have to render. The GTX 680M pulls ahead in GPU scoring, while differences in CPU scores are significantly more pronounced.
Falling back to DirectX 9, 3DMark 06 further alters the GPU results, favoring Nvidia's card. But we do get a sense for how each system might perform in older titles. The CPU results come close to indicating real-world performance, with the A10-4600M running at about half the speed of Intel's Core i7-3632QM.
Overall, 3DMark testing confirms what we expected: GPU performance is stellar, while CPU performance is less than impressive compared to high-end offerings from Intel. How the GX60’s APU and GPU perform together in actual games is what we really want to know now. Intel’s top-of-the-line Core i7-3940XM is 3.5 times faster than the GX60’s A10-4600M in 3DMark 11, but the Core i7-3940XM costs almost $1,100. The whole GX60 package is only $100 more than that one chip! So, how much is 3.5x the CPU speed worth? If you are a gamer getting the same frame rates, do you even care?
- MSI GX60: Portable Power On A Budget
- Exterior: Design And Features
- Interior: Teardown Images And Components
- Keyboard And Trackpad
- Test Setup And Benchmark Suite
- Synthetic Benchmarks: 3DMark
- Productivity Benchmarks
- Black Ops II, Battlefield 3, And Sniper Elite V2
- Hitman: Absolution, DiRT, And Batman: Arkham City
- Mists Of Pandaria, Skyrim, And Shogun 2
- System Behavior And Throttle Testing
- Synthetic Heat Run
- Battery Life, AC Draw, And Charging Rate
- Storage And Audio Performance
- Software And System Restore
- Brightness, Contrast, Uniformity, And Gamma
- Color Gamut And Accuracy, Monitor Rating
- Thirty Days With The MSI GX60