What to Look For in Gaming Processors

Most aspects of online gaming are controlled by a third party. However, one component is directly responsible for the quality of graphics and games. If your graphics processing unit isn’t up to par, you may need to invest in an upgrade. Core count, Frequency, Cache, and Power are important specifications to consider.

Core count

The number of cores a gaming processor has is a key factor in how smooth the gaming experience is. More cores mean that the processor can do more tasks at once. This is especially important in intensive tasks like video editing, which require many processes running simultaneously. However, in most cases, video games only utilize a few of the CPU’s cores.

While the number of cores is important, the architecture of a CPU is also a key factor. Intel and AMD both have good modern architectures. You should check the per-core numbers of each model to get an idea of what it has. In Intel processors, cores are grouped into two types: P-Cores and E-Cores. The P-Cores are focused on optimizing per-core performance, while the E-Cores are primarily focused on providing features like SMT.


The CPU clock frequency is a key factor in gaming performance and is relevant to all CPUs of similar architecture. Depending on the cores and architecture, CPUs with different clock frequencies will execute different amounts of work per clock cycle. This difference is often described as “Instructions Per Clock”, or IPC. CPUs with more cores and cache will generally have higher IPC. But these numbers do not necessarily indicate the overall performance of a CPU.

RAM is another component that affects gaming performance. DRAM has a larger impact on performance during rendering tasks, and CPUs are taxed most during these processes. As a result, a gaming processor’s DRAM speed can improve its performance.


The cache is a component of CPUs, that stores data during the execution of a program. Compared to RAM, it has a relatively low capacity, but it makes up for that with speed. It is usually double the speed of DRAM and can be found on the motherboard. Unlike DRAM, which needs to be refreshed frequently, the cache does not. When the CPU is idle, it stores inactive data in virtual memory, which is created by the operating system.

A large cache can make a big difference in gaming performance. The more cache your CPU has, the more data it can process at once, resulting in faster gaming performance. If your CPU has a small cache, it will struggle to keep up with some games.


There are a number of brands of gaming processors that gamers can choose from. AMD and Intel are among the biggest names in the gaming industry, and both make processors with high-end specifications. AMD has been making computer processors for over half a century and is second only to Intel in the CPU market. The brand sells its products directly to consumers, including Radeon graphic cards and Ryzen processors. ASRock is another major brand and is one of the leading motherboard manufacturers. They manufacture desktop and tower PCs as well as gaming laptops.

Assassin’s Creed Origins: The Open World

Assassin’s Creed Origins is a 2017 action role-playing video game, developed and published by Ubisoft Montreal. It is the tenth major instalment in the Assassin’s Creed franchise. It is a sequel to Syndicate, released in 2015.

Assassin’s Creed Origins features an impressive open world. The game’s developers, Ubisoft, have a history of creating fantastic virtual worlds. The game’s open world is one of the best in recent memory. You’ll be able to explore a wide variety of locations and interact with different characters. You’ll also find a ton of collectables in the open world.

AMD’s chip

AMD once lost money on its gaming processor chip, but today, they’re making a big comeback. The company supplies chips to consoles, and its discrete GPUs are used in higher-end gaming laptops. They’re also using a new substrate material called AMD Infinity Fabric, which connects all the various parts of the chip.

AMD first released the Phenom II processor line in January 2009. It used 45-nm technology to build it. This chip was the first 1GHz microprocessor. The company then released the Opteron processor to help companies consolidate their servers. In 2006, AMD bought ATI Technologies, which produced video graphics cards for PCs.

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