Upgrade Your Computer Using a Thermaltake CPU Fan With Heatsink
You'll want to keep your computer running at peak efficiency when playing games or working on important projects. You can upgrade your device by installing a Thermaltake CPU fan with a heatsink.
What are the functions of a CPU fan and heatsink?
These two items together act as a cooling unit for the motherboard and processor. Heatsinks are typically made of a conductive metal like aluminum or copper. Fans attached to them are usually made of plastic or aluminum. The heatsink draws the heat from your computer for fast dissipation, and the fan uses air pressure to pull and push out hot air.
What factors contribute to cooling fan and heatsink performance?
The way these two items are constructed and assembled determines how they regulate your machine's temperature. Several features help to stabilize your device's performance:
- Air pressure: You need your fan to produce enough force to push the air out of your machine and away from your processor and motherboard.
- Fan speed: One feature that helps a fan push air out of your system is pulse-width modulation (PWM) technology. Many central processing unit (CPU) coolers activate the blades as the processor reaches its maximum heat tolerance. The fan begins to slow down when the temperature drops to about 60 to 70 degrees Fahrenheit, fluctuating at rates of 1,200 to 2,000 rpm.
- Lubricated bearing mechanism: The sleeve and liquid bearing systems seem to last longer than the ball-bearing mechanisms. However, all types, when lubricated properly, could last at least a few years.
- Heatsink shape, size, and materials: Some are round, while others are rectangular or square. They fit onto the CPU models for which they were made. Sinks made of copper usually collect more heat than aluminum ones, but both provide quick heat dissipation.
- Thermal seal: This substance is often spread underneath a heatsink before attaching it to a CPU. It provides extra support for removing heat from your system because it seals microscopic air pockets sitting between the CPU and cooler.
What factors should you consider when choosing a Thermaltake cooler?
Some Thermaltake CPU coolers are made specifically for low-power processors. These do not require much voltage, so they reduce the chance of overheating. Regulating your processor temperature facilitates computer performance stability. Two fans can be more effective than one for pulling air into your CPU cooler, then back out through a desktop tower vent.
For what processors can a Thermaltake cooler be used?
These coolers support Intel processors like the Core i7, Pentium 4, and Celeron D. AMD processors that take a Thermaltake CPU cooler include the AM3, Phenom II series, and Athlon 64. Many of these have a silent or low-noise fan mode to avoid distractions while working, watching a movie, or playing a game.
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