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What makes a Gaming PC?

As attentive readers should have noticed, articles on new gaming PCs keep appearing here. However, what is missing so far is a detailed explanation of what distinguishes a gaming PC from an ordinary computer in the first place. Is every PC used to play a gaming PC? Or are there other features by which it can remain recognized and distinguished from ordinary devices?

This article dedicates to the critical features of gaming PCs. It should not only stay described but also remain advised within a particular framework. What makes a gaming PC? How can he be recognized?

The modules that make up a Gaming PC

A gaming PC becomes a gaming PC thanks to its compelling hardware. In terms of structure, it does not differ from an ordinary PC. However, the built-in hardware is more potent since games are usually very demanding – they require a lot of computing power and a graphics card that is well above average. These components, in turn, require other high-performance hardware to function correctly. In addition, everything has to work much faster than ordinary PCs. One game scene follows the next suddenly. The sequence is quick, and the picture should not hang or flicker. In short: an average PC doesn’t notice weakness in performance, but it’s pronounced and uncomfortable for a gaming PC.

CPU / Processor

In a sense, the processor is the heart of every computer. Without him, nothing works. With a gaming PC, it is vital to choose a processor that is as powerful as possible, one that has the highest possible clock frequency and as many cores as possible. Put: more is better here.

The performance of the processor increases with the cores and the frequency. The processor is responsible for all computing tasks that have to remain carried out. In a sense, it is an essential part of every PC, as it performs the primary duties without which all other components would be inoperable.

Six-core processors that enable overclocking are now often found in modern gaming PCs. A quad-core processor recommends. Ideally, the clock frequency should be at least 3 GHz.

CPU Cooler

The processor has to be cooled because otherwise, it would give up the ghost very quickly. Every form of physical work generates heat. The processor works hard and hard and generates a lot of heat accordingly. If it were permanently exposed to this constantly produced heat without cooling, it would quickly cause it to overheat, leading to irreparable damage.

In the vast majority of cases, air coolers use. As a rule, this type of cooling is entirely sufficient. Alternatives are ready-made water cooling systems and water cooling systems. The former are usually installed for design reasons, while the latter can only be used sensibly in high-end PCs. “Real water cooling” is a costly extra that is only worthwhile if very high-quality components use that require strong cooling and will last for years. However, if a regular replacement of individual parts expects, water cooling is not worthwhile.

Random Access Memory

The processor does not directly access the hard disk or internal memory but always only accesses the main memory. That makes the work of the processor easier, which is ultimately associated with speed advantages. However, this procedure also means that the requested applications must first remain loaded into the main memory. To enable this as quickly and efficiently as possible, the most powerful RAM possible should stay selected. In addition, it should remain noted that the main memory is usually comparatively small – it can only open or execute a minimal number of applications and commands simultaneously. An average RAM will quickly be used up, especially with very high-performance games.

For this reason, the RAM built into gaming PCs is usually quite large. In addition to the main memory capacity, the performance of the memory modules, measured using the absolute latency, is also essential. It shows how fast the memory is.