What is the difference between a small computer case and a large case?

Computer chassis sizes vary. Some people ask, what is the difference between a small chassis and a large chassis? PHP editor Baicao has compiled a comparison of the advantages and disadvantages of small chassis and large chassis for everyone. Let’s take a look at them together.

What is the difference between a small computer case and a large computer case?

The difference between large desktop chassis and small chassis 1:

The configurations are all the same. I won’t say that the large chassis has more stuff and the small chassis has less stuff. It’s just easier to carry, such as It is more convenient to say that you want to take it for repair or installation. If you have to find a shortcoming, then some small cases do not have a reset button, while large cases have it, and everything else is there, and The heat dissipation of a small case is not as good as that of a large case. . . That's it

Difference 2 between large desktop chassis and small chassis:

Small chassis:

1. The space is small, resulting in the inability to install some large motherboards and high-end graphics cards

2. The space is small, the air circulation is poor, and the heat dissipation is not fast enough

3. The space is small. If the fan and steel plate are not thick enough, it will cause noise

4. The space is small, resulting in Unable to have more space for upgrade

5. The space is small and the power supply is dedicated, which makes it impossible to install some high-power power supplies

Large chassis: large space for heat dissipation, and the motherboard can be replaced in later upgrades. And a large graphics card to save costs later. It is recommended to buy a large case. Although a small case is small and easy to carry, it will be more troublesome to clean and upgrade later.

Three differences between large desktop chassis and small chassis:

The small chassis is an entry-level configuration

Cannot be upgraded

The large chassis is standard configuration, and there are upgrades Space

Mainly depends on personal use

Can one computer be equipped with two motherboards?

Hello, one computer cannot be equipped with two motherboards. Firstly, it is technically not allowed, and secondly, it is impossible in terms of space. A computer can be equipped with multiple graphics cards to compare crossfire. You can also install multiple websites, as many servers have dual network cards. You can also install multiple memories, multiple hard drives, multiple optical drives, and even multiple power supplies (redundant power supplies, common on servers), but there are no multiple motherboards.

What is the difference between a regular motherboard and a large motherboard?

　1. First of all, the performance of large boards and small boards is the same, and it will not affect the performance of the computer;

　2. The expansion interfaces of large boards may be richer, such as The board comes standard with 4 memory slots, while the small board may have 2 or 4. In addition, the large board also has more PCI slots, and other interfaces are basically the same.

　3. Large motherboards have relatively sufficient materials for workmanship, but the price will also be more expensive.

4. For large motherboards, you need to choose a mid-tower or larger chassis, while small motherboards are compatible with both large chassis and some mini chassis, and the price may be relatively cheaper.

So, when buying a motherboard, should you choose a large motherboard or a small motherboard? For this question, it mainly depends on the demand. Generally speaking, if you are assembling a general mid-to-low-end entry-level computer and choose some compact chassis, you need to buy an M-ATX motherboard or a mini motherboard. For some gamers who pay attention to heat dissipation and need to choose a large chassis , it is generally recommended to choose a large ATX motherboard, which has better expansion and workmanship, and is conducive to heat dissipation. For ordinary users, it is generally recommended to choose an M-ATX small motherboard, which is relatively cheap and has basically sufficient expansion interfaces.

How to distinguish between large and small computer motherboards?

1. The large board is a standard ATX motherboard 30.5 cm x 22.4 cm, and the small board is 24.4 cm x 24.4 cm. Judging from the size, the large board is rectangular, and the small board is close to a square.

2. Specific manifestations of scalability: The space of large boards is larger. The scalability is reflected in 1. Memory scalability. Large boards have 4 memory slots and can support larger-capacity memory. There are only two small boards, and the memory capacity is reduced by half.

3. The number of PCI slots. PCI slots can be expanded with PCI independent network cards and independent sound cards, and the performance will be better.

4. Graphics card slots. Some large boards have multiple PCI-E graphics card slots, which can support cross-fire of two or more independent graphics cards to obtain more powerful graphics card performance. Small boards have at most only An independent graphics card slot. Some small boards with integrated graphics cards do not have independent graphics card slots, so the gap in display performance is relatively large.

5. SATA interface and USB interface. The SATA interface can expand hard disks and optical drives. The more interfaces, the more hard disks and optical drives can be connected. Large boards have 6 or more SATA interfaces, which can be connected There are multiple hard drives, multiple optical drives, and the small board basically only has 4, so the scalability is very limited.

6. Small boards generally have 4 USB interfaces, while large boards can have 8 or more.

What are the differences between large and small computer motherboards, which one is better?

Computer motherboard is one of the most important components of electronic equipment and is responsible for connecting and managing all hardware components. In the motherboard, the big board and the small board refer to the two important components on the motherboard. The main board (also known as the motherboard PCB) is the main part of the motherboard and is used to connect and transmit power and signals. It is connected to important components and interfaces such as CPU, memory slot, PCI slot, SATA interface, and USB interface. Large boards are usually made of multi-layer circuit boards with complex circuit and wiring designs. A small board (also called a daughter board or sub-board) is an auxiliary component of the larger board, responsible for providing specific functions or interface extensions. For example, sound card, network card, wireless network adapter, etc. The small board is usually inserted into the slot of the motherboard as a plug-in card. Which one is better depends on specific needs and use cases. The motherboard is the core component of the motherboard, responsible for connecting and managing all hardware components, and plays an important role in overall performance and stability. Small boards provide additional functions and interface extensions, allowing users to customize and upgrade the system according to their own needs. Generally speaking, large boards are more important for overall performance and stability, while small boards provide additional functions and interface expansions. Which one is better should be decided based on specific needs and budget.

What determines the configuration of a computer motherboard?

Usually the motherboard must match the processor. The minimum match here is: the motherboard’s circuit that powers the processor can provide sufficient current strength for the processor. Therefore, although entry-level motherboards also support quad-core and above processors in terms of parameters, in order to reduce the price, motherboard manufacturers usually reduce the motherboard specifications, including the number of power supply phases, resulting in high-end processors being outnumbered by entry-level motherboards. cannot fully realize the performance. It is a good decision to match the motherboard based on the principle that it is sufficient. For example, the i5-4XXX quad-core processor is paired with the B85 motherboard, or the i7-4XXXK motherboard is paired with the Z97 motherboard (suitable for overclocking). On the one hand, the performance of the processor can be maximized, and on the other hand, the i5-4XXX quad-core processor is paired with the B85 motherboard. On the one hand, it can also reduce the cost of computers. Of course, low-end motherboards have much fewer functions and expansion interfaces than high-end motherboards. This should be selected based on actual needs.

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