What kind of cpu do i have

This effectively doubles the amount of work that a single core can handle at one time. More threads means better multitasking functionality. A CPU with four cores and multithreading has four physical cores and four theoretical cores, meaning it kind of has eight cores total, not four. The more clock cycles, the faster it can execute instructions. Overclocking is the best way to squeeze every last drop of performance out of your rig, and has become increasingly popular over the years, largely because of how easy it is.

Some CPUs are better suited for overclocking than others. However, increased performance comes at a cost, particularly with temperatures and the longevity of your chip. More electricity pumping through your CPU means higher temperatures and, if you mess things up, the potential to overheat your CPU and potentially cause damage. If you do decide to overclock, using an adequate CPU cooler is required, and that usually means going with an aftermarket option.

Instead, a simple aftermarket cooler like the popular Hyper Evo from Cooler Master is a great choice for most beginner builders that want to squeeze some extra performance out of their chips. We also have an awesome guide on overclocking your CPU which you can check out by clicking that link.

Thermal Design Power also known as TDP is a measure of the amount that processor will output in a realistic but heavy use scenario. Yes, a watt is a unit of measure for electrical power over time, so that can refer to electrical power being consumed, or the thermal power being output both uses are correct. What does this mean for you? Again, the answer to this question depends on your specific use case scenario.

For example, higher clock speeds mean faster responsiveness and better single threaded tasks audio editing and other old applications. On the other hand, most modern tasks use lots of cores and threads at the same time, like high resolution video editing and gaming.

But for most computer users gamers included a CPU with four to eight cores and a clock speed of at least 3. While this post might seem more geared towards people who have desktop computers, the methods outlined below will work for laptop owners as well. Right-click on the Windows start menu icon on the bottom left-hand side of your screen. Beause you have to click 3 times, instead of 2.

Again, right-click on the Windows start menu icon. Your GPU will be listed there. If it shows two, that means it is showing both the integrated graphics on your processor and the dedicated graphics card on your laptop. The one that you are looking for is the dedicated graphics card, as it is the more powerful and the one your system uses of the two.

And, your dedicated graphics card will typically be the second option listed. To find out what type of motherboard you have and, really, who manufactures your motherboard and what socket and chipset it is , the process is a bit different than above. You could of course open up your desktop if you have a desktop and not a laptop and check and see who manufactures your motherboard and what the model name is on the board.

Checking how much RAM you have in your computer is another very easy task. In fact, you can find how much memory you have on the same screen that lists what CPU you have. Right-click the Windows start menu icon. Scroll down and it should list how much memory you have. Now that you know what specs your computer has you can make a better decision on whether or not your current system is worth upgrading or not. Your current components will dictate what new components you can buy.

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If the CPU does not come with a cooling device or if the cooling device provided is not used, a device must be installed that can cool the system sufficiently.

When selecting a CPU, some specifications and features will be more important to you than others. The specifications and features to look for will vary depending on your personal computing needs. For example, a computer used for intensive gaming will need a different processor than one only used to surf the Web. Below, the most common CPU purchasing groups are generalized to help you narrow down the options for the CPU that will best serve your needs. Simply find a CPU that covers what is needed for both purchasing groups.

The first thing to do is ensure that the CPU under consideration is compatible with the existing motherboard. This means looking at the socket compatibility. Alternately, if the CPU is selected first, a compatible motherboard must be selected.

Since graphics-intensive applications are not likely to be run, a GPU that is integrated into the processor will suffice for common computing needs.

This will eliminate the need to purchase and install a separate GPU. This will save time and money as graphics cards can be costly. Also consider the frequency when selecting a CPU.

The higher the frequency, the faster the computer will perform. For basic computing needs, speeds of 1GHz or higher will be adequate. If you run an office out of your home, your CPU needs will be a bit different from the needs of the average home consumer.

First, identify the processors that can adequately handle your computing needs on a daily basis, while keeping purchase price within budget. Consider the number of cores needed. Most home business users do well with a quad-core processor. With that being said, if the computing needs are more intensive, such as with programming and graphic design, research how many cores are required by the software being used. When running software that can make use of eight cores, consider investing in an eight-core processor.

The amount of memory your CPU supports may also be a factor. Your motherboard and the type of operating system you are running will also dictate how much RAM can be supported. Make sure all of your components are compatible before investing in the hardware. Frequency is another factor to take into consideration. While frequency is not the only thing that determines the speed of a processor, it does have a significant impact. The software used will impact how much speed is needed.

The CPU needs of a small business can be significantly different than the needs of a home user. Most small businesses must adhere to a set budget when it comes to purchasing computer equipment. Because of this, cost is one of the primary factors to consider when purchasing a CPU. Newegg offers a host of CPUs for various needs. When purchasing a CPU for a small business computer, also take compatibility into account. Incompatibility will stop a build before it starts.

This is because BGA connections are soldered, making them almost impossible to replace. LGA connections, on the other hand, are pin-type connectors which can be plugged and unplugged when needed. The needs of corporate users are also unique when it comes to CPUs.

Remember, however, that more cores are not always better. The software being used will determine this — if an eight-core processor gets installed but the software can only utilize four of those cores, it will not be an efficient or cost-effective solution.

In addition, consider the frequency of the CPU. The exact frequency to look for will depend on what the business uses its computers for. Some businesses can get away with a frequency of 2GHz or less. Others will need frequencies of 4GHz or more. When shopping for a CPU, look at the requirements of the software that the company routinely uses and be sure to purchase one with a well-matched frequency.

Be sure to check the TDP of the CPU that to be sure that the cooling system is able to adequately handle the level of heat that is generated.

This will prevent overheating in the computer, damaging the components. The needs of gamers are very specific when it comes to the processing power of a computer. The first thing you need to consider is how many cores your CPU will need. While gamers do need powerful CPUs, more cores do not necessarily equate to more gaming power.

The number of cores a gamer needs will be determined by the number of cores the gaming software can utilize. As a result, extra cores may not be necessary.