It sort of feels like most are talking about netbooks nowadays, particularly with Google's current statement that they're going to be coming out with the Chrome operating system centered particularly at netbooks.
Netbooks have been gaining in recognition recently, due to their portability and minimal cost compared to traditional notebooks, but there are vital differences between netbooks and notebooks, although they may seem extraordinarily similar. Here are 5 key differences between netbooks and notebooks that you should be conscious of before making your next PC purchase:

1. Size                   
One of the important differences between netbooks and notebooks is their size. Netbooks are typically twelve inches or smaller, while notebooks are sometimes much bigger. There are benefits and downsides to this. On the positive side, netbooks are more cartable than notebooks. They are lighter to carry about, and they are better to pack away. You can simply carry around a netbook with one hand, without getting beat, something that is a touch more tough to manage with a traditional notebook. On the down side, netbooks regularly have smaller keyboards than the regular notebooks. Getting comfy with the smaller keys on a netbook can be hard, particularly for users with bigger hands. Netbooks also have smaller screens that may make them tougher to read than larger sized computers, particularly for folk that are suffering from vision issues. Most netbooks also lack disc drives, so you will not be ready to use them to play back CDs or DVDs.

2. Power
The smaller size of netbooks comes at a cost. Netbooks are low powered compared to full featured notebooks, when it comes to things like processor speeds and graphics cards. This makes netbooks less than excellent for processor thorough jobs like image modifying or playing the most recent 3D games, and even straightforward jobs may appear slower on a netbook. Netbooks were essentially designed for browsing the net (therefore the name), so they're more than able of running a net browser, and doing less processor thorough jobs like word processing or putting together shows, but netbooks perform badly compared to notebooks on more involved jobs.

3. Capacity
Another area in which netbooks don't quite stack up to compared to larger notebooks is storage capability. Many netbooks use solid state drives, which are more energy efficient and immune to impact (which makes them perfect for movables), but don't have as much capacity as regular hard drives. Many netbooks have less drive space than the characteristic iPod, which makes them less than ideal if you have got a lot of content that you would like to carry around.

There are some netbooks that use precise hard drives, which top out about 160GB of capacity, which is a lot less than most modern notebooks, but is miles better than a solid state drive. The drawback of these hard drives is they are also a lot slower than solid state drives. If you make a decision to go for a netbook, you'll have to get by with less space for storage, or carry around another external disk drive for your storage wants.

4. Price
The one area where netbooks excel in is cost. Most netbooks sell for rather less than $600 US greenbacks, and some can be discovered for as little as $300. Again, the capacities of netbooks are rather limited compared to more full featured notebooks, but all that you need is an easy transportable PC to get you online, a netbook can be a bargain.

5. Operating System
The final thing to be conscious of when buying a netbook is what form of operating system it uses. Most PC users are acquainted with Microsoft's popular Windows OS or Apple's Mac OS. Many netbooks use an open source operating system called Linux. This keeps the price of netbooks down, but can be confusing to people who won't be acquainted with that operating system. If you're hoping to get a netbook, ensure you know what operating system is installed on the PC.

If it is Linux, it might take you a while to work out how the operating system works. There are netbooks that come installed with the more familiar Windows, but the price of these netbooks is typically higher, so keep that in mind also.

Conclusion
If you're trying to find an ultra portable, ultra-affordable laptop that you intend to use to surf the web and take a look at your e-mail with, the netbook could be the right PC for you. If you would like to do more than this, you can doubtless wish to go with a more absolutely featured notebook. Bear in mind the differences printed above are slowly disappearing, as PC technology continues to develop. Finally, you are going to be able to get ultra-small and inexpensive laptops, without needing to sacrifice on power or performance. For the moment, though, there are still some major difference between netbooks and notebooks that you must remember when deciding on which PC to get.

ASUS have always been known for their motherboards and are generally favoured by fans all around the planet.

That's the reason why you'd be a total fool and not committing yourself to learning the art of the easiest way to overclock ASUS motherboard and unloosing tons of greenbacks of free performance from your Computer.

There's countless ways that you can go about this, first option is to overclock in the Bios options. These options can be found right at the beginning of booting up your Computer and you are routinely needed to press one of the "F" or "Delete" keys. This may bring an entire crop of options which the general public find extremely puzzling at first impression as everything is lingo. However the options you are looking to overclock your ASUS motherboard are routinely found at the top. Once you have found your CPU overclocking options you then wish to find your FSB options. What these options do is speed up your clock speeds of your CPU. Simply move your FSB settings up by ten segments then save your Bios settings then boot up your Computer as ordinary and start up Windows. You then need to baseline to work out if you had a successful overclock. A successful overclock BTW is when your Computer runs a baselining program without crashing and your score was higher than what it was before. An alternate way doing this is overclocking in Windows itself.

Though it is at first less complicated, but you do pay the cost of not getting as much performance as if you was overclocking your ASUS board in the Bios options and that is the reason why I'd advocate that if you need to get as much performance from your Computer as possible then I might invest in the extra time and find out how to overclock ASUS motherboard in Bios.

If you are watching out for a motherboard with a formidable price, quality parts, and a support team you can count on look no further than the motherboards from Gigabyte. I have used Gigabyte motherboards in a variety machines and have was terribly successful with every one of them. They have an over 20 year track record of top quality, top of the line motherboards. Lately they have started to add better price to their products. These products have the same high quality and the top end motherboards.

Gigabyte motherboards work with both Intel and AMD processor chips. While these chips aren't interchangeable, there are analogous models that may mount either manufacturer's chips. They now make motherboards that support the Intel Socket 1366, 775, 479 / 437, 478 and M chipset configurations.

AMD Gigabyte motherboards can support various Socket AM2, AM2+, and AM3. All these range between the most recent chipsets to chips far older. They can also support a massive range of RAM types from low end budget RAM to high end overclocked performance RAM DIMMS. Before you buy guarantee that your motherboard will support the RAM that you are getting. Gigabyte is the initial to introduce twin copper layers for the PCB on desktop machines? What this implies to you is that the Gigabyte.

Gigabyte Motherboards are far more capable of distributing this excess heat. Less heat into the elements means a longer life-span, better performance, and overall noticeably less wear on the products.

Core i7 processor launch paralleled with the X58-Express motherboard chipset in November of 2008.Ten months later and with the September of 2009 into, Intel has returned with the P55-Express chipset for mainstream users who pair it with the new LGA1156 socket. From the outside point of view little more than the processor socket and memory configuration has changed, replacing dual-channel for triple. PCI-Express now offers only single 16 x lanes instead of two, while the number of SATA and USB ports continues to give more expansion room than the average user might need. The consumer might not know what to expect while choosing between the two products, other than one is mainstream (P55) and the other is for extreme enthusiasts (X58). Benchmark Reviews tests includes the Lynnfield Core i7-870 and Core i5-750 processors, and they also had inspection of Intel's P55-Express motherboard chipset in other articles, but they have yet to have a good apples-for-apples look at P55 versus X58. Comparing the 2.8GHz Core i7-860 LGA1156 Lynnfield CPU against Intel's 2.67GHz Core i7-920 LGA1366 with P55-Express mainstream or X58-Express enthusiast motherboards.

The new Core i7 and i5 processors are the first Intel processors to introduce integrated both a 16-lane PCI Express 2.0 graphics along with a dual-channel memory controller, enabling all input/output and manageability functions to be handled by the single-chip Intel P55 Express. Older Intel chipsets required two separate chips hence the 'set 'word derived.

Hence Gigabyte GA-P55-UD6 was designed specially to take advantage of the new socket LGA1156-generation Intel Core i5 and i7 processors using the Intel P55-Express chipset. Similar to X58-Express motherboard, Quick Path Interconnect (QPI), replaces the Front Side Bus and this is meant to eliminate the communication bottleneck between the processor and chipset. Beginnings with the P55 ‘Ibex peak’ platform, Intel renew the term 'chipset' in place of Platform Controller Hub (PCH).