Silicon Power DDR5 64GB 5600MHz 288 Pin CL46 UDIMM Desktop RAM Computer Memory SP064GBLVU560F22 (2x32GB) (PC5-44800) 1.1V Non-ECC

We offer a wide variety of products, and the following precautions apply to some of them. Please note that they are listed for all products. 【Voltage Compatibility】Designed for Japanese voltage (90-110V). Using with a different voltage may cause malfunction. 【Plug Type】Japanese plugs (A or B type). Use a conversion adapter if needed. 【Transformers & Adapters】Transformers adjust voltage; adapters only change plug shape. Using an adapter without a transformer may damage the product. 【Liability】We are not responsible for damages caused by improper use, such as using the product without a transformer. 5600MT/s provides faster transfer speeds and higher bandwidth than DDR4. It provides more than twice the responsiveness of DDR4 for multi-core CPUs. Chip unit capacity has been doubled (from 16GB to 32GB) compared to DDR4 for seamless multitasking. A low voltage of 1.1V is used to reduce power consumption. Improved reliability compared to DDR4 with on-die error correction code (ECC). Two independent 32-bit channels per module provide optimized efficiency. It provides higher computing performance with twice the number of banks and twice the burst length compared to DDR4. Compatible with 13th generation Intel Core processors that support DDR5 and DDR5-enabled motherboards. With even more speed, capacity, and reliability, this DDR5 UDIMM module's cutting-edge technology brings the next level of edge to your laptop's performance. Aggressive 4800MHz frequency seamlessly provides multi-core CPUs with ultimate responsiveness and power to multitask. This DDR5 UDIMM module improves on its predecessor with on-module voltage regulation, even with the additional power. A power management integrated circuit (PMIC) reduces the burden on motherboard control and achieves a low voltage of 1.1V. This DDR5 UDIMM module features On-Die ECC (Error Correction Code), a new feature designed to correct bit errors in DRAM chips in real time. In doing so, this advanced technology automatically corrects data errors while ensuring system stability.