Silicon Power DDR5 8GB (1x8GB) 4800MHz (PC5-38400) 288-pin CL40 1.1V UDIMM Non-ECC Desktop RAM Computer Memory SP008GBLVU480G02

With its cutting-edge technology offering even greater speed, capacity, and reliability, this DDR5 module brings the next generation of system performance to the forefront. Its astonishing speed of 5600 MT/s is 1.5 times faster than standard 3200 MT/s DDR4, providing extremely responsive and seamless multitasking capabilities for multi-core CPUs. Despite the increased power, DDR5 modules are more efficient than their predecessor thanks to on-module voltage regulation. A Power Management IC (PMIC) reduces the burden on the motherboard control, achieving a lower voltage of 1.1V compared to DDR4's 1.2V, further reducing power consumption. Compared to the 16GB single-chip capacity of DDR4, this DDR5 module can support up to 32GB by increasing banks and bank groups. This allows you to open more pages at once, boosting productivity without worrying about your system slowing down from too many tabs. And it's not just the capacity that's doubled. The minimum burst length of this DDR5 module has increased from 8 in DDR4 to a maximum of 16, improving data bus efficiency and allowing twice the data to be delivered on the bus, thus reducing the number of read/write operations required to access the same cache data line. This DDR5 module incorporates a new feature, "On-Die ECC (Error Correction Code)," which allows for real-time correction of bit errors within the DRAM chip, maintaining system reliability and stability while automatically correcting data errors. For further performance improvements, this DDR5 module features two independent 32-bit channels per module. Compared to single-channel DDR4, splitting it into two channels increases efficiency, reduces data access latency in the memory controller, and optimizes efficiency.

High-speed transfer and high bandwidth with a frequency of 4800 MT/s More than 1.5 times faster than DDR4, enabling quick multitasking Low power consumption with 1.1V low voltage Improved stability with On-Die Error Correction Code (ECC) Optimized efficiency with two independent data channels per module