System Temperatures And Noise Levels While Gaming
Source: Tom's Guide US | Keywords: 3d, gaming, notebooks, all
- 1. 3D Gaming On A Notebook PC: Fantasy Or Reality?
- 2. Bread And Circuses: Test Scenarios And Benchmarks
- 3. Overview Of Our Test Systems
- 4. Overview Of Our Test Systems, Continued
- 5. First Impressions Of The Acer Aspire 5672WLMi
- 6. Acer Aspire 5672 WLMi Support
- 7. Touchpad And Keyboard
- 8. First Impressions Of The Hewlett Packard Compaq Nx9420
- 9. Graphics Drivers: Internet Support
- 10. HP Compaq Nx9420 Support, Continued
- 11. Touchpad And Keyboard
- 12. First Impressions Of The Asus A7J
- 13. Graphics Drivers: Substandard Internet Support
- 14. A7J Support
- 15. Analog And Digital TV Plus FM Radio
- 16. Webcam As Notebook Watchdog
- 17. Sound Quality
- 18. First Impressions Of The Alienware Aurora M7700
- 19. Graphics Drivers: Excellent Internet Support
- 20. Alienware Aurora Support
- 21. Alienware Aurora Support, Continued
- 22. A Collection Of Sensible And Senseless Accessories
- 23. Sound Quality
- 24. The Graphics Processor Can Be Upgraded, But Be Careful
- 25. System Restore And Recovery Is Not For Wimps
- 26. An Overview Of Graphics Subsystems
- 27. Display Quality: Static Images
- 28. Display Quality Assessment: Static Images
- 29. Display Quality: The Motion Of Gaming
- 30. Is Gaming Possible At Native Resolution?
- 31. System Temperatures And Noise Levels While Gaming
- 32. Noise Levels For Various Usage Scenarios
- 33. Install And Load Times For Games
- 34. Benchmarks And Settings
- 35. Synthetic Game Performance
- 36. Real-World Game Performance
- 37. Elder Scrolls 4: Oblivion
- 38. Spellforce 2
- 39. Need For Speed: Most Wanted V1.3
- 40. System Performance
- 41. MobileMark2005: System Performance And Battery Life
- 42. Gaming Battery Lifetimes
- 43. Which Graphics Notebook For Whom?
- 44. Is Notebook SLI The Future?
- 45. Summary And Conclusions
31. System Temperatures And Noise Levels While Gaming
Among the most important comfort factors for any notebook are case temperatures and the level of noise generated while the computer is in use.
Case Temperatures And Hot Spots During Intensive Play
To gain some insight into how much heat is produced during intensive game play, we ran four game demos from 3DMark2005 in an endless loop. After half an hour of this regime, we used an IR thermometer in fixed position to take readings from the left and right side of the palm rest area, as well as the touchpad to determine which spot was the hottest. Because many gamers will want to play with notebooks in their laps, we also measured the hottest point on the underside of each unit.
Our explanation of the results follows our temperature diagrams.




Analysis Of Temperature Tests
Despite having the slowest graphics processor in our test group, the Acer Aspire 5672WLMi gets amazingly warm, which is surely a consequence of its relatively slender and compact design. The maximum temperatures we measured on the top side of the keyboard deck verge on the unacceptable (108° F / 42° C). The hottest spot on the underside of the unit occurs around the RAM modules. The Asus A7J and the HP Compaq nx9420 barely warm up at all around the palm rest and the touchpad, even under the most extreme gaming loads they can handle.
It's possible to balance a 17" unit on your legs, however uncomfortable that might be in practice. But in that case, you should be careful, at least where the HP unit is concerned. We measured temperatures of up to 115° F (46° C) in the area around the memory sockets. This might not be enough to actually burn a user, but for those wearing shorts it's enough to cause some serious reddening of the skin. The Aurora M7700 heats up primarily because it's built around a desktop dual core CPU and a high-end graphics processor, yet remains surprisingly cool. Extended gaming does raise the temperature of the palm rest noticeably, despite sweaty palms. This suggests it's a good idea to use an external keyboard. But the hotspot underneath the Aurora isn't where you'd expect it to be: it occurs neither in the area of the RAID array (88° F / 32° C) nor near the memory slots (88° F / 32° C) but rather on the outside near the front where the exhaust vent for the graphics processor is located (115° F / 46 ° C). The area to the right rear where the CPU resides seldom warms beyond body heat, even when running under heavy load. But you'll want to stay well away from Alienware's power supply. During intensive play, we measured the upper surface temperature at a blistering 129° F (54° C).
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