ddr4 can plug in four memory modules. If you plug in four 8g ones, it won't be faster, but it can form two dual channels.
Two 16G cables are better than four 8G cables. Four cables are still dual-channel when fully plugged in. It will not improve performance, but only increase the maximum capacity. Four 8G cables are not as good as two 16GB cables because they can be used later. If you sell it, just add two more to 64GB.
If there is no plan to increase the capacity to 64GB in the future, it is better to use two 16GB sticks, because when 4 sticks are inserted, if the computer cannot be turned on due to memory failure, it will need to be checked 4 times, while two 16GB sticks only need to be checked. twice.
For dual-channel motherboards, the main purpose of inserting four DIMMs is to increase the memory capacity. Sometimes, not only will the performance not be improved, but it may also be reduced, because the simultaneous operation of four DIMMs requires stronger memory stability. sex and coordination.
Extended information
Dual-channel motherboards generally have four memory slots. The order of the memory slots from inside to outside is 1234, but if you want To form a dual-channel memory, you need not only two memories, but also a memory combination of 13 or 24. For a motherboard that only supports dual-channel memory, even if you fill four slots, it is still only a dual-channel mode. It will not be because there are 4 The memory is in quad channel mode.
If you use high-frequency DDR4 memory and overclock it, two memories may be very stable, but when combined with four memories, crashes or blue screens may occur, because even if they are of the same brand and model There may also be slight differences between different batches of memory modules.
In fact, there is no need to care too much about the bandwidth and performance of the memory. For memory, the most important thing is the capacity. As long as the capacity meets the requirements, the frequency and bandwidth are only obvious in the benchmark software, whether it is For daily use or playing games, the impact of memory bandwidth is not very big.
There is an alarm sound when the motherboard is turned on, indicating that there is a problem with the self-test. The alarm sound is set by the BIOS on the motherboard. There are two types of BIOS, namely AMI and AWARD. Most motherboards use AWARD's BIOS.
🔊AWARD's BIOS Settings
Long beeping continuously--Continuous beeping (long beeping): The memory module is not tightly inserted. Repeated short beeps: There is a problem with the power supply. No sound or display: There may be a problem with the power supply. One short: The system starts normally. Two shorts: CMOS setting is wrong and needs to be reset. One long and one short: memory or motherboard error. One long and two short: monitor or graphics card error. One long and three short: keyboard controller error. One long and nine short: The FLASHRAM or EPROM of the motherboard BIOS is wrong.
🔊AMI BIOS settings
One short: Memory refresh failure. Two shorts: Memory ECC verification error. Three shorts: The system's basic memory check failed. Four shorts: The system clock is wrong. Five short: CPU error. Six short: Keyboard controller error. Seven shorts: System real mode error. Eight short: Display memory error. Nine shorts: BIOS chip verification error. One long and three short: memory error. One long and eight short: The monitor data cable or graphics card is not plugged in properly.
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