The all-in-one and desktop computers referred to here refer to computers. As the name suggests, all-in-one refers to the integration of screens and consoles, making them more integrated. Desktop computers are divided into a host and a chassis, which exist separately. When the host is fixed, the screen can be replaced, and vice versa.
1. Space occupancy
Due to the integration of the host and screen, all-in-one machines obviously save more space, and the amount of space they occupy is often proportional to the screen size. And it also reduces cable connections, making the desktop cleaner.
Desktop computers are composed of two main components: a main box and a screen. In addition to the influence of screen size, the main box can be large or small, with a high degree of personalization. In addition to the cables that need to be connected, the vast majority of desktop computers take up more space than all-in-one computers.
2.Hardware and Performance
Due to the high level of integration, most all-in-one computers use mobile processors, graphics cards, memory and other accessories due to internal space limitations. The design of heat dissipation is also highly controlled, so in terms of performance, all-in-one computers are slightly lower than desktop computers with the same configuration. And more all-in-one machines only meet basic needs, such as office all-in-one machines, which may not be much worse than office laptops in terms of performance.
Desktop computers, due to their infinite design of the chassis and larger space inside the main unit, are at least more adept at heat dissipation, such as using larger fans and even water-cooling systems. Due to better heat dissipation design, hardware performance can be maximized, even with overclocking design, so the performance advantage of desktop computers is definitely more obvious.
3.Extensibility
The all-in-one machine is actually a large screen laptop, with limited internal space. Some all-in-one machines even use onboard memory or solid-state drive solutions to compress the overall size, and the processor and graphics card cannot be replaced. Therefore, there is no room for expansion inside such all-in-one machines. Even if independent memory or hard drive is used, the disassembly method of most all-in-one machines is very cumbersome and not suitable for ordinary users to disassemble. So once you choose an all-in-one machine, you basically end up using it.
However, for desktop computers, their scalability is much more abundant. In addition to being able to replace various sizes and types of displays, hardware configurations can also be more convenient for expansion or replacement. There are many options available, such as processors, graphics cards, sound cards, graphics cards, memory, hard drives, fans, etc. You can completely build your own desktop computer according to your budget and needs. Complete customization including the main unit box.
4.Maintainability
What is mainly discussed here is the convenience of hardware level maintenance and repair.
The all-in-one machine is basically not maintainable in terms of hardware, as most hardware is integrated on a single motherboard. Therefore, pulling one engine can affect the whole system, which may mean replacing the entire motherboard. Due to its niche and integration, it may also face the dilemma of missing accessories, and may have to give up all of them.
The main box of desktop computers mostly adopts tool free disassembly, which makes it easy to open the cover plate for internal maintenance, such as dust removal and component replacement.
5.Mobility
In general, apart from laptops, neither desktop nor all-in-one computers involve mobility. But we may also face the handling of moving, transferring, etc., so in this case, the mobility of the all-in-one machine is definitely more convenient.
Leaving aside the keyboard, mouse, and other peripherals, the hardware configuration of the all-in-one machine is integrated with the screen, and the overall weight of the machine is also relatively light. As long as a power supply is stored, it can be easily carried away, even 24 inch and 30 inch, including girls.
However, desktop computers are divided into a host and a screen, and most of the chassis of desktop computers are made of pure steel material, which is very heavy. In addition, the internal hardware also includes a large power supply, fan, independent graphics card, as well as larger mechanical hard drives, optical drives, etc. A single host may weigh only a few pounds. If it is a customized and more personalized desktop computer, it will definitely be more difficult to move.
6.What are the differences in requirements between all-in-one computers and desktop computers
Apart from the differences in appearance and hardware configuration, the existence of all-in-one machines is indeed inseparable from the requirements.
Firstly, in terms of appearance, all-in-one machines are more space saving, and their simple and fashionable appearance is very elegant, whether in the office or at home.
Due to the high degree of integration of all-in-one machines, the shrinkage in hardware configuration also limits their performance, such as professional drawing, graphics and image processing, large-scale games, and other high-performance requirements. For all-in-one machines, it is difficult to make ends meet. However, for daily web browsing, video conferencing, document processing, email processing, simple graphic design, and online video viewing, all-in-one machines are still sufficient to handle. Simply put, an all-in-one computer is a lightweight office laptop that doesn't require very powerful performance, but can meet daily office needs.
But if one is engaged in designers, program development, modeling and rendering, video editing, game development, professional esports, etc., the demand for computer performance is very high, and only desktop computers, or even server level computers, can be competent.
Overall, whether it is an all-in-one or desktop computer, it ultimately depends on the needs of the user.
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