Installing u b3p3h

CENTRAL PROCESSING UNIT: The U, or the Central Processing Unit, is the brain of the computer and one of the most important chip in the computer. New Us are small and square and contain multiple metallic connectors or pins on the underside. The U is inserted directly into a U socket, pin side down, on the motherboard. Each motherboard will only a specific type or range of U so checking the motherboard manufacturer's specifications before attempting to replace or upgrade a U is important. It is also necessary to attach heat sink and small fan directly on top of the U to help dissipate heat.

A computer technician must know some of the important factors about U or Processor. 1. Manufacturer. There are two major manufacturer of personal computer processor, Intel and AMD. Choosing a processor manufacturer will Depend on which motherboards are compatible with your U.

Intel

AMD

2. Processor type: Desktop Processor - use to build a desktop computers. Mobile Processor - are used for notebooks and other mobile computers. Server Processors - used in servers computers. Each type have different performance, power consumption and price.

3. Core: A multicore processor, as the name implies, actually contains two or more processor cores in a single processor package. From outward appearances, it still looks like a single processor (and is considered as such for Windows licensing purposes), but inside there can be two, three, four, or even more processor cores. A multicore processor provides virtually all the advantages of having multiple separate physical processors, all at a much lower cost. You’ll usually notice that a core is associated with a particular series. The core is a good indicator of performance, before considering other important factors such as frequency (speed in GHz) and cache (Very fast onboard U memory) that is.

4. Frequency: Still the most important factor in performance for today’s us, the frequency represents the speed at which the processor runs, in GHz (1GHz = 1000MHz). Video games performance is very dependent on frequency, to the point where a fast dual-core processor will outperform a slower quad-core processor in most video games.

5. FSB, Hyper-Transport or QPI: This is the speed at which your processor communicates with other components in your system, such as the memory for example. A higher speed means higher bandwidth, or in plain English, your system will be able to move more data in a given time, increasing performance in specific cases. You must make sure that it meets or is lower than your motherboard ed speed in order for your processor to function with the motherboard.

6. L2/L3 cache: Cache is really quick on-board U memory, much faster than RAM, that your processor use to store data that is about to be processed and/or is used often. The more cache you have, the more data your processor can store for ultra-quick access and the more performance you’ll get out of your processor.

Video games performance greatly benefit from more L2 and L3 cache.

7. Manufacturing Tech: In nm, the manufacturing size at which the processor transistors are produced. A smaller number is better, as this allows for more transistors on the same surface and reduced power consumption compared to an higher number.

8. Thermal Power Design (TPD): This is a general measurement that indicates how much power, in Watts, that your processor will consume in the worst case scenario. This is also used to have an idea of how much heat your processor will produce.

Same here, a lower number is desirable, to lower your electricity bill. A processor which consumes more power and emit more heat will also need a better heat sink, or a faster fan, which usually results in a more noisy computer.

Using the system information properties on Windows. Steps 1. 2. 3. 4.

Click Start button. Right click on Computer icon Click Properties Look for U or Processor information under System

Using the system information on BIOS Steps 1. Access the BIOS. Press F2, F10, F12, or Del key. 2. Look for U or Processor Configuration

Match the pins of the U to the holes of the U .

Match the shape formaed by the holes from the U to the U. This will be one of your guide in installing the U

Position the U making sure that all pins will be inserted inside the holes.

Do not push or force the U while inserting all pins on holes. Pins will be inserted smoothly if you position it correctly.

1

2

Secure the U by clipping the U using the U lever lock.

Install the Heatsink and plug the U power connector to the motherboard U power controller (Refer to your U motherboard manual for this.