If you’re a computer enthusiast, you’ve probably heard the terms PC editing and PC gaming. These two types of PCs have different purposes and specifications, depending on the needs and preferences of their users. However, what exactly is the difference between PC editing and PC gaming?
Can you use PC editing to play games, or vice versa? What are the components you should look at when choosing or building your PC? This article will answer these questions by providing detailed explanations and real-life examples.
PC Editing: A PC Designed to Process Data and Media
An editing PC is a PC designed to process data and media, such as photos, videos, audio, graphics, and others. This PC is usually used by professionals who work in creative fields, such as designers, editors, animators, musicians, and others. This PC can also be used by hobbyists who want to create high-quality digital content.
This PC requires high specifications to be able to run applications that are heavy and consume a lot of resources, such as Adobe Photoshop, Adobe Premiere Pro, Adobe After Effects, DaVinci Resolve, FL Studio, and others. This PC must also have a large storage capacity to store large and many files. This PC must also have a fast and stable internet connection to be able to upload and download these files.
Some of the main components you should look out for when choosing or assembling an editing PC are:
- Processor: The processor is the brain of your PC. A good processor should have high speed and core count, as well as a large cache. A good processor for PC editing is a processor that has the latest architecture, such as Intel Core i9, AMD Ryzen 9, or Intel Xeon. This processor can have speeds of up to 5 GHz, a number of cores up to 16, and a cache of up to 36 MB. This processor can run editing applications smoothly and quickly and supports multitasking and rendering.
- Memory: Memory is the place where your PC temporarily stores data when running applications. Good memory must have high capacity and speed, as well as low latency. A good memory for PC editing is a memory that has a type of DDR4, a minimum capacity of 16 GB, a minimum speed of 3000 MHz, and a maximum latency of 16 CL. This memory can provide enough space for editing applications, as well as improve the performance and stability of your PC.
- Graphics Card: The graphics card is the component responsible for generating images on your PC screen. A good graphics card must have a graphics chip, graphics memory, and high bandwidth, and support advanced features, such as ray tracing, DLSS, and others. A good graphics card for PC editing is a graphics card that has the latest graphics chip, such as NVIDIA GeForce RTX 30 Series, AMD Radeon RX 6000 Series, or NVIDIA Quadro RTX Series. This graphics card can have graphics memory up to 24 GB, bandwidth up to 936 GB / s, and supports advanced features that can improve the quality and efficiency of your editing.
- Storage: Storage is where your PC stores permanent data, such as your operating system, applications, and files. Good storage must have high capacity, speed, and durability, and support fast interfaces, such as SATA, M.2, or PCIe. Good storage for PC editing is storage that has an SSD type, a minimum capacity of 1 TB, a minimum speed of 500 MB / s, and a minimum endurance of 300 TBW. This storage can store your editing files safely and quickly, as well as speed up the boot and loading time of your PC.
- Monitor: A monitor is a device that displays images from your PC. A good monitor should have a high size, resolution, refresh rate, and color, and support technologies that can enhance your visual experience, such as HDR, G-Sync, or FreeSync. A good monitor for PC editing is a monitor that has a minimum size of 27 inches, a minimum resolution of 4K, a refresh rate of at least 60 Hz, and a color of at least 10 bits. This monitor can display your edited images in detail, accurately, and comfortably, and supports technology that can reduce tearing, stuttering, and ghosting.
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PC Gaming: A PC Designed to Run Games
A gaming PC is a PC designed to run games, especially games that have interesting and challenging graphics and gameplay, such as Cyberpunk 2077, Assassin’s Creed Valhalla, Call of Duty: Black Ops Cold War, and others. This PC is usually used by gamers who want to enjoy these games with high quality and performance.
This PC also requires high specifications to be able to run these games smoothly and stably and supports features that can improve your gaming experience, such as ray tracing, DLSS, VR, and others. This PC must also have a good cooling system to prevent overheating that can damage your PC components.
Some of the main components that you should pay attention to when choosing or building a gaming PC are:
- Processor: A good processor for PC gaming has high speed and core count, as well as a large cache. A good processor for PC gaming is a processor that has the latest architecture, such as Intel Core i9, AMD Ryzen 9, or Intel Xeon. This processor can have speeds of up to 5 GHz, a number of cores up to 16, and a cache of up to 36 MB. This processor can run games smoothly and quickly and supports multitasking and rendering.
- Memory: A good memory for PC gaming is memory that has high capacity and speed, as well as low latency. A good memory for PC gaming is a memory that has a DDR4 type, a minimum capacity of 16 GB, a minimum speed of 3000 MHz, and a maximum latency of 16 CL. This memory can provide enough space for games, as well as improve the performance and stability of your PC.
- Graphics Card: A good graphics card for PC gaming is a graphics card that has a graphics chip, graphics memory, and high bandwidth, and supports advanced features, such as ray tracing, DLSS, and others. A good graphics card for PC gaming is a graphics card that has the latest graphics chip, such as NVIDIA GeForce RTX 30 Series, AMD Radeon RX 6000 Series, or NVIDIA Quadro RTX Series. This graphics card can have graphics memory up to 24 GB, bandwidth up to 936 GB / s, and supports advanced features that can improve the quality and efficiency of your gaming.
- Storage: Good storage for PC gaming is storage that has high capacity, speed, and endurance, and supports fast interfaces, such as SATA, M.2, or PCIe. Good storage for gaming PCs is storage that has an SSD type, a minimum capacity of 1 TB, a minimum speed of 500 MB / s, and a minimum endurance of 300 TBW. This storage can keep your games safe and fast, and speed up your PC’s boot and loading times.
- Monitor: A good monitor for PC gaming is one that has a high size, resolution, refresh rate, and color, and supports technologies that can enhance your gaming experience, such as HDR, G-Sync, or FreeSync. A good monitor for PC gaming is a monitor that has a minimum size of 27 inches, a minimum resolution of 4K, a refresh rate of at least 144 Hz, and a color of at least 10 bits. This monitor can display your games in detail, accurately, and comfortably, and supports technology that can reduce tearing, stuttering, and ghosting.
- Cooling System: The cooling system is a system whose job is to maintain the temperature of your PC components to remain optimal and not overheat. A good cooling system should have sufficient fans, heatsinks, and coolant, and support features that can control temperature and noise, such as PWM, RGB, or AIO. A good cooling system for PC gaming is a cooling system that has a type of liquid cooling, a fan of at least 3, a heatsink of at least 2, and a coolant of at least 1 liter. This cooling system can keep the temperature of your PC components low and stable, and produce minimal noise.
Difference Between PC Editing and PC Gaming
After knowing the main components that you should pay attention to when choosing or assembling a PC editing and gaming PC, now we will discuss what is the difference between these two types of PCs. The difference between PC editing and PC gaming can be seen from several aspects, such as goals, priorities, costs, and flexibility.
- Purpose: The purpose of PC editing is to process data and media, while the purpose of PC gaming is to run games. This means that an editing PC must be able to handle a wide variety of file types and formats, as well as support a wide variety of applications, whereas a gaming PC must be able to display attractive and challenging graphics and gameplay, as well as support a wide variety of games.
- Priority: The priority of PC editing is to achieve high quality and efficiency, while the priority of PC gaming is to achieve high performance and experience. This means that an editing PC must have components that can produce detailed, accurate, and comfortable images, sound, and video, and can save time and resources, while a gaming PC must have components that can produce high frame rates, resolutions, and colors, and can improve immersion and responsiveness.
- Cost: The cost of PC editing is more expensive than PC gaming, because PC editing requires more sophisticated and specific components, as well as more and larger, whereas PC gaming can use more standard and general components, as well as fewer and smaller. This means that PC editing can cost up to tens of millions of dollars, while PC gaming can cost up to tens of millions of dollars.
- Flexibility: The flexibility of PC editing is inferior to PC gaming, because PC editing must conform to the standards and needs of editing applications, while PC gaming can be tailored to the preferences and tastes of its users. This means that an editing PC must have compatible and optimized components, and rarely be changed or replaced, whereas a gaming PC can have varied and personalized components, and be changed or replaced frequently.
Conclusion
From the explanation above, we can conclude that PC editing and PC gaming are two types of PCs that have different goals, priorities, costs, and flexibility, depending on the needs and preferences of their users. Editing PCs are PCs designed to process data and media, with a focus on quality and efficiency, and require more expensive costs and lower flexibility. A gaming PC is a PC designed to run games, with a focus on performance and experience, and requires lower costs and greater flexibility.