Tips on Choosing the Best Processor To Assemble Gaming PC

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Tips on Choosing the Best Processor To Assemble Gaming PC - Tips on Choosing the Best Processor To Assemble PC Gaming - Processor or CPU is a very vital component for a computer because, without a CPU, a computer will not be able to run at all.
 If you are a gamer, surely you want the best processor specs, do not you? Therefore there are many things you should consider before buying a chip processor. In this article, we will discuss in detail about what things you should consider in choosing a suitable processor for computer / pc gaming. Here's the explanation: 

What things to consider before buying a processor?

How Good Technology Used The
technology is embedded in a processor is a very influential on performance, the more sophisticated technology used then as well as its performance. For example, Intel Processor with the latest technology is 4000th generation Haswell Intel which has 4000 series, while AMD Vishera FX. Intel's previous generation was Sandy Bridge and Ivy Bridge. The 4th generation Intel has the advantage of graphics, larger cache memory, supports high-speed memory frequency and more power savings. 

Core Speed
The speed of the core (core speed) on the processor vary, for example, 3.4 GHz, the greater the core speed of a processor it will be better performance. If a processor has 4 cores with a speed of 3.4 GHz, then it can be multiplied to (4 x 3.4) GHz, that is, the maximum speed of the processor is 13.6 GHz. But this can only apply if running a multicore system. If the program you are running only uses the single Core feature, then only one Core core is used. 

The core of the processor or more in the know with the Core (Dual core means the processor has two core). If you are an LGA 775 Chipset user I suggest to use Processor with the highest technology on this socket that is Core 2 Quad which has 4 Core. For LGA 1150 and above Use Core i3 and above. And if you AMD AM3 users should select Procie Vishera FX or the cheapest is Phenom Black can also. To see the speed of process see what is the Logica Corenya. 
Example: Core i3 Dual Core, Core i5 Quad Core, and Core i7 Quad-core there is also 6 cores. AMD Phenom Black X4 Quad Core processor, Vishera FX Quad Core, 6 cores to 8 Core. The latest Intel processor currently has 8 cores and 12 threads. 

Cache memory is a small-speed memory that serves to temporarily store the instruction and/or data (information) required by the processor. It may be said that this cache memory is internal memory processor. This memory cache is based on SRAM which is physically small and its data capacity is also small or small. At this time, cache memory there are 3 types, namely L1 cache, L2 cache, and L3 cache.

L1 cache is integrated with the processor chip, which means the L1 cache is integrated with the processor chip (inside the chip processor). While the location of an L2 cache, there is one with the processor chip, some are located outside the processor chip, which is on the motherboard close to the position of the processor holder. In the era of Intel processor 80486 or earlier, L2 cache location mostly located outside the chip processor. The cache chip is separate from the processor, stands independently near the processor chip. Since the era of Intel Pentium processor, L2 cache location is already integrated with the processor chip (integrates with the processor chip). The L2 cache position is always located between L1 cache and main memory (RAM). While L3 cache has not been implemented in general on all types of processors. Only certain processors have L3 cache.

Data transfer from L1 cache to processor occurs faster than L2 cache or L3 cache (if any). The speed is near the speed of the register. The L1 cache is locked at the same speed on the processor.The physically L1 cache cannot be seen with the naked eye. L1 cache is the first location accessed by the processor when searching for data supply. The storage capacity of the data is small, between tens to thousands of bytes depending on the type of processor. In some types of Pentium processor capacity of 16 KB which is divided into two parts, which is 8 KB to store instructions, and 8 KB to store data.

The second fastest data transfer after the L1 cache is L2 cache. the processor can retrieve data from an integrated L2 cache (on-chip) faster than the unintegrated L2 cache. The storage capacity of the data is greater than the L1 cache, between hundreds of thousands of bytes to millions of bytes, some 128 KB, 256 KB, 512 KB, 1 MB, 2 MB, and even 8 MB depending on the type of processor. The storage capacity of data for an L3 cache is even greater, hundreds of millions of bytes (hundreds of megabytes). In each brand of Procie must be in cache between 1Mb to 8Mb, the greater the better. For the latest, Intel Haswell-E processor technology already has 20 Mb L3 Smart Cache. 

Pay attention to your motherboard type
This of course also you should note, whether the mobo socket that you use support with the processor that you will buy. For example, you will buy a processor with AMD AM3 socket then you have to use a mainboard that has an AM3 socket as well. If you pair with the motherboard with FM2 socket, of course, the processor will not work. 
Note: There are several new Processor types that require a special chipset to get maximum performance. Example: Intel Core i7 4770K is a processor that has overclocking feature, so to get maximum performance then you have to use the motherboard with Z87 or Z97 chipset. 

Overclocking improves the standard speed of a processor. For example, the standard speed of the processor is 3.4 GHz but can be increased up to 3.9 GHz. Provided you must use a qualified cooler. 
Example: Core I 5 4430, 3.0 GHz, 4 Core, Chace 6Mb, Overclock Up to 4.6 GHz. 

You also have to pay attention to how much power consumption, compare procie with the same performance but have the different usage of electricity. Then, of course, you should choose is a procie that has the lowest power needs. Of course to save electricity usage. 

Well, this is a point that is also no less important. If you use a computer for a long period of time every day, then you should use Intel and if you only use the computer a few hours per day and attach importance to performance, use AMD. The purpose of resistance here is heat resistance to the processor itself at work. For now, hot Procie can be overcome by using a very good cooler, but better still if using a cooler in the form of liquid (Water Cooling System). 

That's tips on how to choose a good processor for gaming purposes, hopefully, can be a good reference, and hopefully can help. Thank you for reading 
Tips on Choosing the Best Processor To Assemble Gaming PC.

Title : Tips on Choosing the Best Processor To Assemble Gaming PC

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