When buying a DDR5 memory stick, first make sure that your computer's memory card slot has a DDR5 card slot, or the computer's motherboard is DDR5.
It is recommended to use the 12th generation CPU.
The 12th generation has a relatively large amount of heat. It is recommended to use a better 360 water cooling for heat dissipation.
The new generation of ADATA DDR5 memory modules dramatically increases the memory base frequency from 3,200 Mt / s to 4,800 Mt / s, increasing the data transmission efficiency of computer systems.
The new generation of DDR5 memory modules, the operating voltage is only 1.1V, the power saving performance is 8% higher than DDR4, in addition to saving more power than DDR4, and adding PMIC-management of power IC. Provides a more stable power supply for a ddr5 memory.
The DDR5 memory architecture allows for more groups of memory banks and can support more stacks of chips. In the same area of chips, more integrated circuits can be stacked, so that DDR5 has more than two times more storage space than the previous generation, and the multitasking operation of the computer is no longer card.
DDR5 directly adds ECC function to the chip and automatically corrects errors during data access on the memory chip without the CPU, providing a more stable and reliable operating performance for the computer.
Tips: DDR5 vs DDR4-aspect
DDR5 U-shaped dimmers are the same size and number of pins as DDR4 memory modules. The biggest difference is that DDR5 has a simpler appearance than DDR4 by integrating I / O resistors and CMD / ADD resistors in DDR4 chips. Furthermore, PMIC (Power Management Chip) has been added to provide stable power supply for DDR5 with only 1.1V operating voltage, saving 8% more power than DDR4.
DDR5 memory particles provide twice the number of banks and bank groups of DDR4, thus increasing the size of memory particles. In addition, the burst length of DDR5 and Prefetch are also increased by 2 times. To ensure data accuracy, ECC function is added to DDR5 chips to provide more stable data operations.
The biggest change in expanding the DDR5 chip architecture is the simultaneous increase in bandwidth and frequency. The ADATA DDR5 memory module starts at 4,800 Mt / s and has a bandwidth of 38.4 GB / s, 50 percent more than ddr4-3200. The maximum frequency increased 1.63 times from 3,200 mt / s of DDR4 to 8,400 MT / s of DDR5. The new generation of DDR5 has not only increased capacity but also speed.
From the specification comparison table, we can see that the new generation of DDR5 memory modules can deliver high performance and stability performance for computers.
