Basics Of Choosing Gaming Motherboards

The thing about choosing which gaming motherboards to buy is that it isn't really about the board. Gaming machines are a different breed, built by gamers with individually chosen parts. The motherboard's main requirement here is that it be compatible with the parts chosen.

What gamers really look for is extreme speed and stunning detail. A monitor has the capacity for high resolution display, but it needs a powerful graphics adaptor for this. In turn, a powerful adaptor needs a motherboard which has enough capacity to handle the card and transfer data quickly enough between the display card and other parts. This means the right form factor (size), heavy-duty chipsets and an efficient bus system.

The same criteria apply to every other part, including LAN cards, HDD, the memory sticks, power supply and the cooling fans. For the individual parts and the system to live up to their potential, the motherboard must be fast and rugged enough to keep up with each part. The bottomline is that compatibility is not enough for gaming motherboards. It has to be extreme compatibility.

Another important difference is the need for built-in cards. Ordinarily, motherboards come with all the cards built-in, such as LAN, display and sound cards. But these cards are mostly useless, as far as gaming is concerned. The point here is that the motherboard would be better off with more space for add-on cards, extra memory and so on, instead of the onboard cards.

If and after a motherboard has passed these compatibility tests, the next thing to look for would be benchmarking test results. Manufacturers provide gaming sites and hardware review sites with access to parts in advance of the market launch. This means the reviews are already available when the board hits the market. Don't buy a board unless shows positive results for gaming in benchmark tests.

After all this has been taken care of, there still remains the question of over clocking and upgrades. Over clocking is where the settings for a part are modified to make it run faster than manufacturer specs. Motherboard over clocking is critical because if it doesn't work properly, it can fry not only the board, but every other part as well.

A logical question would be why fool around with something so critical. The answer lies in the competitive nature of the gaming world. When everybody has roughly the same parts and talent, the one who wins is the one who manages to extract the most out of the machine by overclocking it. Right or wrong, the point here is that gaming motherboards should have quite a bit of hidden capacity which kicks in when over clocked.

The upgrade factor is also something unique to gaming. What happens is that every year, new games are released, and these games don't run on old parts. Unless the motherboard is capable of surviving one or two part upgrades a year, it cannot be called a gaming motherboard.

To sum it up, what is required of gaming motherboards is a capacity to match all kinds of high performance parts. It has to be able to get the most out of today's parts, and have the excess capacity required to keep up with tomorrow's parts. The best judge of this capacity is the board manufacturer, so make sure the motherboard maker has labeled it as a board fit for gaming.