DDR5 desktop vest memory module - powerful performance fearless of challenges

Compared to DDR4 memory modules, DDR5 standard has stronger performance and lower power consumption. In addition to different pin definitions, the biggest change in DDR5 memory is the placement of the DC-DC voltage conversion circuit within the memory module itself, and the default power supply voltage is reduced from 1.2V to 1.1V, reducing power consumption by 8%. The purpose of this is to effectively improve the compatibility and signal integrity of DDR5 memory, provide more reliable and stable performance, and reduce power consumption. In addition, the onboard power supply supports user-defined voltage regulation to achieve voltage overclocking. At the same time, DDR5 integrates the PMIC power management chip from the motherboard onto the memory PCB board. It is the brain of the intelligent voltage regulation system, which promotes the configurability of voltage ramp and level while monitoring current, reduces the burden of motherboard power management, and improves computer running speed and stability.

DDR5 memory modules have 32/40 bits per channel (ECC) and improved bus efficiency. DDR5 has upgraded Bank Group from 4 in the DDR4 era to 8, theoretically doubling performance. Coupled with the higher frequency of DDR5, DDR5 memory will have a super significant improvement in performance compared to DDR4.

The starting frequency of DDR5 memory modules is 4800MHz, and higher frequencies of 5200MHz/5600MHz/6000MHz/6400MHz have also been released, which may be even higher in the future.

DDR5 memory modules have added On die ECC error correction function. The ECC function on DDR5 memory is mainly used to improve memory stability and reduce the probability of blue screen.

The DDR5 memory module supports both Intel XMP3.0 and AMD EXPO overclocking technologies. XMP3.0 technology is Intel's one click overclocking technology for DDR5 memory. Compared to XMP 2.0 technology, the latest XMP 3.0 technology has five configuration files, including three fixed configurations and two player customized configurations. The names can be modified and the voltage on the module can be controlled. Currently, a visual overclocking software has been launched, which greatly reduces the threshold for overclocking and allows beginners to enjoy the fun of overclocking.

The silver zinc alloy fashionable appearance design vest combines outstanding heat dissipation appearance and high strength performance.

DDR5 vest memory product parameters：