Page 1:Hot Tips For A Cool System–Or Vice Versa?
Page 2:Case And System Cooling
Page 3:Motherboard, Graphics, And Power
Page 4:CPU, Memory, And Drives
Page 5:Hardware Installation
Page 6:BIOS And Overclocking
Page 7:Test Settings
Page 8:Benchmark Results: Crysis, Far Cry 2
Page 9:Benchmark Results: Clear Sky And World In Conflict
Page 10:Benchmark Results: A/V Encoding
Page 11:Benchmark Results: Productivity
Page 12:Benchmark Results: Synthetic
Page 13:Power And Heat
BIOS And Overclocking
We immediately noticed that the stock Intel CPU cooler wasn’t going to be adequate in such a confined space when our build began thermal-throttling during stress tests at default settings. Reducing the processor to 1.025 V eliminated the heat issue while increasing efficiency.
CPU power-saving features and Intel Turbo mode were also enabled, and RAM was set to its rated DDR3-1600 CAS 7-8-7-20 at 1.65 V.
The system was now stable at its rated speeds, but how could we possibly overclock? Fortunately, our Core i7 920 had some overclocking headroom even at lower-than-default voltage levels.
Power-savings features and Turbo mode were retained to allow automatic adjustment of speed and voltage in response to changes in load and temperature.
A heat-related limit of 1.0375 V to the CPU core was responsible for our maximum stable speed of 3.25 GHz, while a slight memory underclock allowed us to set tighter 7-7-6-14 memory timings.
Similar heat issues prevented super-high graphics overclocks, but the resulting settings are still fast, and more importantly, they are super-stable at an ambient temperature of 24.5 degrees Celsius.
- Hot Tips For A Cool System–Or Vice Versa?
- Case And System Cooling
- Motherboard, Graphics, And Power
- CPU, Memory, And Drives
- Hardware Installation
- BIOS And Overclocking
- Test Settings
- Benchmark Results: Crysis, Far Cry 2
- Benchmark Results: Clear Sky And World In Conflict
- Benchmark Results: A/V Encoding
- Benchmark Results: Productivity
- Benchmark Results: Synthetic
- Power And Heat