Memory Heat Spreader

For some people, having a fast computer is a necessity, since they use their PC in their work. For others, having a faster computer is also a passion and even a hobby, especially if they are overclocking enthusiasts. As you might know, factory settings usually favor security and reliability over performance, so they usually keep in the processor and memory speeds set at lower speeds than the hardware can handle. Naturally, there are ways of raising the clock speed on these components quite significantly while keeping the machine stable at the same time.

If you have experimented with hardware overclocking, you probably know that it’s simple enough doing the actual speed increase. The real challenge is finding ways to cool off the hardware so it doesn’t malfunction on account of the excessive heat generated by working on higher than ideal speeds. There are many ways of doing so, of course. This page is focused on memory heat spreaders, which can be used to assist the overclocking of memory sticks.

We spend a lot of time looking for the best components at the best prices so you don’t have to waste time with such research; that way you can focus exclusively on what you like doing… such as making your computer get faster than any top-of-the-line machine out there.

What is a memory heat spreader?
There are several types of heat spreader available, which are normally devised to work with different hardware components. They are usually a piece of metal, such as copper, which possesses high thermal conductivity. These devices are usually comprised of a primary heat exchanger, which is directly connected to the heat source (such as the surface of the memory modules, for example), and a secondary heat exchanger, which surface contacts mostly with the primary heat exchanger, as to further spread the heat and lower the overall temperature of the unit.

Memory Heat spreaders are usually made of copper (a somewhat expensive material with high thermal conductivity), but sometimes the manufacturers use less expensive metals (such as aluminum) for the secondary heat exchanger. Some heat spreaders also rely on moving air generated with a small fan to further lower the unit’s temperature, but this approach is usually applied in other hardware components such as microprocessors. Memory heat spreaders are sometimes a simple-looking piece of copper which is attached to the memory modules.

Do memory heat spreaders really work?
If you’re a demanding overclocking enthusiast, you’ll likely be pleased with how memory heat spreaders can advance your efforts in keeping your computer stable at higher clock speeds. As a matter of fact, memory is often an overlooked component when it comes to overclocking, but according to the latest research from leading computer memory manufacturers, it’s possible to make a significant increase in the speed of any computer by raising the memory speed.

If you get a good memory heat spreader and your computer case has a proper air flow, you will be able to push your memory speed quite a bit farther than you might imagine. These heat spreaders are usually make of copper and they have a unique grill-shaped design which significantly reduces the surface temperature on your memory, allowing it to remain stable at higher speeds. To get the best results using these memory heat spreaders, you should have a good cooling system in your computer case, since that will help to further dissipate the heat and keep the heat spreaders from heating themselves, after extended periods of use.

Important things to keep in mind while using memory heat spreaders
There is currently a on-going debate among overclocking enthusiasts; some people believe that significant gains in performance can be achieved using a memory heat spreader, while others think it’s best using no heat spreader on the memory modules. However, there is actually a simple explanation why using a memory heat spreader won’t necessarily do the trick, all by itself.

While memory heat spreaders will indeed absorb excess heat that’s produced by the memory modules, the heat spreader will also get hot itself after a while – unless of course, you have a secondary heat spreader in your computer case, such as a good fan that keeps the air flowing out from the case. You must think of your hardware cooling system as a whole, in order to keep all the components in as low temperature as possible.

If you’re using sophisticated refrigeration methods to cool your computer case,  such as a liquid refrigeration system, you will get outstanding results once you add memory heat spreaders to your memory modules. If you’re looking for a way to get an extra edge in overclocking that will push your computer beyond its current speed limits, you should definitely get a good heat spreader for your memory modules.

You will find only the best rated memory heat spreaders in this website. If you are not sure which one you should choose, make sure to contact us directly, and we’ll be happy to help you make a good decision.

This Memory Heat Spreader Review is Written/Updated on Oct 4th, 2010 and filed under Computer Hardware. Both comments and pings are currently closed.

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