Despite the fact that PC gaming has been around for decades, a vast number of new players join the community every year. These newcomers have heard and read a number of statements regarding PC gaming that are nothing more than scary campfire stories.

In this article, we are going to shed light on these statements and help you separate fact from myth.

The more cores you have the better

Having more cores in a processor does not always translate to better performance. The benefits of additional processor cores depend on the specific tasks you perform and how well the software you use can utilize multiple cores.

Here are a few points to consider:

Multi-threaded applications: Certain applications, such as video editing software, 3D rendering programs, and scientific simulations, are designed to take advantage of multiple processor cores. In these cases, having more cores can lead to improved performance as the workload can be distributed across the cores, allowing for concurrent processing.
Single-threaded applications: Not all applications are designed to make use of multiple cores effectively. Some tasks, such as gaming or certain office applications, may primarily rely on a single core for their performance. In these cases, having more cores may not provide significant benefits, and it’s the individual core speed that becomes more important.
Operating system and background processes: While running your primary applications, your operating system and other background processes also consume system resources. Additional cores can help in handling these background tasks without affecting the performance of your primary applications. This can lead to a smoother multitasking experience.
Thermal considerations: More cores in a processor can generate more heat, especially when they are all active simultaneously. Thermal management becomes crucial, and if the cooling solution is inadequate, it can result in thermal throttling, where the processor’s speed is reduced to prevent overheating. This can adversely impact performance.
Cost and power consumption: Processors with more cores tend to be more expensive, and may consume more power. If your typical workload does not require the additional cores, investing in a higher core count processor may not be the most cost-effective choice.

More RAM always equals more performance

No, having more RAM (Random Access Memory) does not always result in improved performance. While RAM is an important component of a computer system and can contribute to better performance in certain situations, it is not the sole determining factor.

Here are a few points to consider:

Memory-dependent tasks: If you are running memory-intensive tasks such as video editing, virtual machines, or complex simulations, having more RAM can significantly enhance performance. This is because these tasks require large amounts of data to be processed simultaneously, and having sufficient RAM allows the system to store and access that data quickly.
System requirements: Different software and applications have varying memory requirements. If the software you use demands a certain amount of RAM to function optimally and your system has less than that, adding more RAM can improve performance. However, once you exceed the recommended amount, further increases may not provide noticeable benefits.
Balanced system: The performance of a computer system depends on multiple components, including the processor, storage (SSD, HDD, eMMC), graphics card (GPU), and RAM. If other components, such as the CPU or storage, are limiting factors, adding more RAM may not result in a substantial performance boost. It’s important to have a balanced system where all components work together optimally.
Operating system optimization: Modern operating systems, like Windows or macOS, are designed to efficiently manage memory usage. They utilize techniques such as virtual memory and memory caching to optimize performance. In such cases, increasing RAM beyond what the operating system actually requires might not provide significant improvements.
Diminishing returns: Adding more RAM reaches a point of diminishing returns, where the benefits become less noticeable. Once you have enough RAM to handle your typical workload without excessive swapping or slowdowns, further increasing it will have diminishing performance gains.

PC gaming more expensive in comparison to console gaming

PC gaming can be more expensive upfront compared to console gaming, but it offers a range of advantages and flexibility that may justify the higher initial cost. Here are some factors to consider:

Initial cost: Building or buying a gaming PC can be more expensive than purchasing a gaming console. A gaming PC requires a combination of components such as a powerful processor, graphics card, sufficient RAM, storage, and peripherals like a monitor, keyboard, and mouse. These costs can add up, especially if you aim for high-end or cutting-edge hardware.
Flexibility and upgradability: One significant advantage of PC gaming is the flexibility to upgrade and customize your system over time. With a gaming PC, you can replace or upgrade individual components to improve performance, extend the lifespan of your system, and adapt to new technologies. This flexibility allows you to tailor your gaming experience to your preferences and budget, which can be cost-effective in the long run.
Game prices and sales: PC games often have more frequent and significant discounts compared to console games. Online platforms like Steam, GOG, and Epic Games Store frequently offer sales and bundle deals, allowing you to expand your game library at reduced prices. Additionally, PC gaming benefits from a large indie game market and a wide range of free-to-play titles.
Backward compatibility and game libraries: PC gaming generally has better backward compatibility than consoles. Older PC games can often be played on newer hardware, providing access to a vast library of titles. With services like emulators, virtual machines, and digital distribution platforms, you can enjoy games from different eras on a modern PC.
Additional functionality: A gaming PC offers more than just gaming. It can be a multipurpose machine used for work, content creation, web browsing, streaming, and other activities. This versatility can be an advantage for individuals seeking an all-in-one device.
Modding and customization: PC gaming allows for extensive modding and customization options. Modding communities create modifications that enhance gameplay, graphics, and overall experiences in many games. This can provide unique and personalized experiences that may not be available on consoles.

You must have a high end PC to enjoy gaming

You do not necessarily need a high-end PC to enjoy gaming. While high-end PCs can offer superior performance and graphical fidelity, there are various factors to consider, such as the types of games you play, your desired resolution and graphics settings, and your personal preferences.

Here are a few points to consider:

Game requirements: Different games have varying system requirements. While some games may demand high-end hardware to run smoothly at maximum settings, many popular titles are designed to be accessible and playable on a wide range of hardware configurations. By adjusting graphics settings, you can often achieve satisfactory performance on mid-range or even budget PCs.
Older or less demanding games: Older games or games with less demanding graphics requirements can run well on lower-end PCs. This allows you to explore classic titles or indie games that don’t require the latest hardware. You can often discover hidden gems in these games without needing a high-end system.
Indie and retro gaming: PC gaming offers a vast library of indie games, retro titles, and emulators that can be enjoyed on lower-end hardware. These games often prioritize unique gameplay mechanics, art styles, or storytelling over cutting-edge graphics, providing enjoyable experiences on a range of systems.
Resolution and graphics settings: Lowering the resolution and adjusting graphics settings can significantly improve performance on lower-end PCs. By sacrificing some graphical fidelity, you can still achieve smooth and enjoyable gameplay. Many games offer detailed graphics options, allowing you to customize the settings based on your hardware capabilities.
Optimization: Game developers optimize their titles to run on a range of hardware configurations, including mid-range and lower-end PCs. This optimization ensures that the games can be enjoyed by a larger player base. As a result, even if your PC is not top-of-the-line, you can still have an enjoyable gaming experience with a vast library of optimized games.
Upgrade possibilities: If you have a lower-end PC, it’s worth considering future upgrade possibilities. As technology advances, components become more affordable, and you can gradually upgrade your system to enhance performance and enjoy more demanding games over time. This flexibility is a significant advantage of PC gaming.

High refresh rate gaming is a ruse

High refresh rate gaming is not a gimmick, but rather a technology that offers tangible benefits for certain types of games and individuals who value smoother and more responsive gameplay. Below are some points you should put into consideration:

Subjective perception: The benefits of high refresh rate gaming can vary from person to person. Some individuals may be more sensitive to motion blur or notice the difference in responsiveness more than others. It’s recommended to experience high refresh rate gaming firsthand to determine if it’s a noticeable improvement for you.
Visual smoothness: A higher refresh rate, typically 120Hz, 144Hz, 240Hz, or even higher, allows the display to refresh more times per second. This results in smoother motion and reduces motion blur, providing a more visually pleasing and immersive gaming experience. The difference is particularly noticeable in fast-paced games with quick camera movements or rapid action sequences.
Responsiveness and reduced input lag: High refresh rate monitors can significantly reduce input lag, the delay between your action and its appearance on the screen. With a higher refresh rate, the image is refreshed more frequently, leading to a faster response to your input. This can be advantageous in competitive gaming, where even small improvements in responsiveness can make a difference.
Competitive advantage: In certain competitive gaming scenarios, such as first-person shooters or esports titles, high refresh rates can provide a competitive edge. The increased smoothness and responsiveness can enhance your ability to track targets, react quickly, and make precise movements, potentially improving your performance.
Compatibility and hardware requirements: To take full advantage of high refresh rate gaming, your hardware needs to be capable of delivering high frame rates consistently. Achieving high frame rates can require a powerful graphics card and a capable CPU. It’s also important to ensure that your chosen game supports high refresh rates, as not all titles are optimized for it.

It’s worth noting that the benefits of high refresh rate gaming are more pronounced in fast-paced games and genres where precise and responsive movements are crucial. For slower-paced games or genres that prioritize visuals and narrative, the impact of high refresh rates may be less significant.

Overclocking is necessary for a great gaming experience

No, overclocking is not always necessary for a great gaming experience. While overclocking can provide performance boosts, it is not a prerequisite for enjoying modern games.Below are some points you should put into consideration:

Hardware capabilities: Most modern gaming hardware, including CPUs and GPUs, are already designed to deliver excellent performance out of the box. They are optimized to handle demanding games without the need for overclocking. You can achieve a smooth gaming experience without overclocking your components.
Diminishing returns: While overclocking can provide performance gains, the actual improvement you achieve may not always be substantial. The benefits of overclocking vary depending on the specific hardware and the extent of the overclock. In some cases, the performance gains may be minimal, especially if your system is already capable of running games smoothly at its stock settings.
Stability and reliability: Overclocking involves increasing the clock speed of your hardware beyond its factory settings. This can result in higher temperatures and increased power consumption. It also puts additional stress on the components, potentially reducing their lifespan. Stability issues, crashes, and system instability can also occur when pushing hardware beyond its limits. If you prioritize stability and reliability, running your hardware at stock settings is a safer option.
Compatibility and warranty: Overclocking may void the warranty of your hardware components. Manufacturers typically do not provide support or cover damages resulting from overclocking. It’s essential to check the warranty terms and conditions before attempting any overclocking. Additionally, not all hardware is overclockable, so compatibility with overclocking software and features may vary.
Optimization and game settings: Before considering overclocking, it’s worth exploring other ways to optimize your gaming experience. Adjusting in-game settings, updating drivers, optimizing your operating system, and ensuring proper cooling and airflow in your system can have a significant impact on gaming performance.

It’s important to note that overclocking should be approached with caution and adequate knowledge. If you are interested in overclocking, ensure you thoroughly research and understand the process, potential risks, and the capabilities of your specific hardware. Overclocking can be rewarding for enthusiasts seeking additional performance, but it is not a requirement for a great gaming experience.

In conclusion

In conclusion, the world of gaming is diverse and offers options for different budgets, preferences, and goals. Similarly, having more cores in a processor does not always translate to improved performance, as it depends on software optimization and the nature of the tasks being performed. While more RAM does not always guarantee better performance, it can be beneficial for memory-intensive tasks. PC gaming can have a higher upfront cost, but it offers flexibility, upgradability, discounted game prices, backward compatibility, and additional functionality that can make it a compelling choice. A high-end PC is not necessary to enjoy gaming, as many games are optimized for a wide range of hardware configurations, and there are options to adjust settings, explore older games, and gradually upgrade your system. High refresh rate gaming is not a ruse, as it provides smoother visuals, reduced input lag, and a potential competitive advantage in certain scenarios. Finally, Overclocking is not necessary for a great gaming experience, as modern gaming hardware is designed to provide excellent performance out of the box.

Ultimately, gaming is a personal experience, and the ideal setup depends on your preferences, budget, and the types of games you enjoy.

If you are looking for accessories for your setup, then the articles below can help you in your search:

If you are thinking of giving overclocking a try, then you can use the articles provided below to help you in your quest: