Jimmy 2004
New Member
- Joined
- Jan 15, 2005
- Messages
- 5,458 (0.75/day)
- Location
- England
System Name | Jimmy 2004's PC |
---|---|
Processor | S754 AMD Athlon64 3200+ @ 2640MHz |
Motherboard | ASUS K8N |
Cooling | AC Freezer 64 Pro + Zalman VF1000 + 5x120mm Antec TriCool Case Fans |
Memory | 1GB Kingston PC3200 (2x512MB) |
Video Card(s) | Saphire 256MB X800 GTO @ 450MHz/560MHz (Core/Memory) |
Storage | 500GB Western Digital SATA II + 80GB Maxtor DiamondMax SATA |
Display(s) | Digimate 17" TFT (1280x1024) |
Case | Antec P182 |
Audio Device(s) | Audigy 4 + Creative Inspire T7900 7.1 Speakers |
Power Supply | Corsair HX520W |
Software | Windows XP Home |
For most people's computers, the microchips inside them are likely to fail after just a few hours, if not a few minutes, of use at high temperatures, leading to some quite extreme cooling solutions. However, scientists at NASA have managed to remove the need for complex cooling methods by designing a chip that can survive 1,700 hours of continuous operation at 500 degrees Celsius. Given that the average CPU would be considered to be running hot if it hit 60 degrees, this is quite an impressive achievement, which could pave the way for harsh-environment electronics. For example, it would allow computer-components to be located nearer to combustion chambers on space shuttles and rockets which could lead to more streamlined designs. More locally, these chips could potentially be used in environments such as oil and gas drilling, or even near to automotive engines, where relatively high temperatures are experienced.
View at TechPowerUp Main Site
View at TechPowerUp Main Site