The conditions for memory and motherboard compatibility are that the memory module must have the same frequency and voltage as the motherboard. Memory is compatible with the motherboard. Memory is divided into DDR1 and DDR2, and memory is also divided into frequencies. Generally, single-core processor motherboards support DDR1, and high-end single-core processors support up to 400. Dual-core processors support DDR2, and high-end processors support DDR1 to 800. There are higher frequencies now, but they are not recommended.
The slot on the motherboard does not have much restriction on the capacity of the solid-state drive. As long as it can be plugged in, it will be fine. However, the main limitation on the capacity of the solid-state drive is the operating system. If the operating system cannot manage a large hard drive capacity, , then the remaining parts cannot be used. For example, the WIN 7 system can only manage four t hard drives. No matter how large the hard drive is, we have to use the win 8 or win 10 system.
How much running memory the motherboard can withstand depends on how many memory slots the motherboard has and the capacity of a single memory, and it also has something to do with the operating system. Today's motherboards generally have two memory slots. The maximum capacity of a single memory slot is different for different generations of memory. DDR 3 is generally 16g, DDR 4 can reach 32g, and the WINDOWS 10 operating system can support 32g of memory
Large hard drive with a capacity of 137G or more.
Extended Note: With the support of the above hardware conditions, it does not mean that we can use large-capacity hard drives correctly. If you use an inappropriate software platform, you still cannot use a hard drive with a capacity of 137G or more. A piece of hardware cannot exert its superior performance without good software support.
Help LZ check the information on this motherboard. This motherboard supports up to 8G of memory. However, if LZ wants to use more than 3G of memory, he needs to install a 64-bit system.
The motherboard supports 16G memory, so it can only reach a maximum of 16G. The motherboard does not have any requirements for memory, and the memory is mainly controlled by the capacity of a single memory and the operating system.
The smaller the capacity of a single memory, the amount of memory that the motherboard can accommodate is limited, so its total amount cannot exceed this value, and the memory that the operating system can handle is also limited
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