Adata 16GB ( 16GB x 1 ) DDR5 5600MHz CL46 R-DIMM Server Memory ( AD5R560016G10-SHYA )

Adata 16GB ( 16GB x 1 ) DDR5 5600MHz CL46 R-DIMM Server Memory ( AD5R560016G10-SHYA )

Superior Chips for the Fastest Performance : ADATA DDR5 R-DIMMs utilize high-quality ICs and have passed strict reliability and compatibility tests. They support Intel Xeon W-2400/W-3400/W-2500/W-3500 series and AMD Ryzen Threadripper PRO 7000WX/7000 series workstation platforms. Systems remain stable under high-intensity working conditions while high-speed computing tasks are completed with ease.

More Energy-Efficient: This next-gen memory module operates on just 1.1V, making it more power-efficient than DDR4. What’s more, it features a built-in Power Management IC (PMIC) to enhanced power supply stability.

RCD is Key for Stable Systems: A Register Clock Driver (RCD) specifically designed for servers, workstations, and high-performance computing can effectively buffer and distribute signals, thereby reducing interference during the transmission process and improving memory performance and stability.

On-die ECC & Side-band ECC Error Correction Mechanisms: Supports On-die ECC and Side-band ECC error correction mechanisms which can automatically correct errors to ensure accurate and reliable data transmission.

Safe and Reliable: ADATA R-DIMMs adopt a 30µ gold plated connector which is designed for repeated connection and is highly resistant to oxidation, extending its service life. It is also equipped with a temperature sensor to provide complete real-time monitoring of temperature data to prevent system instability caused by overheating memory.

The First Choice for Workstations: ADATA R-DIMMs can withstand high-intensity workloads and help professionals or corporate customers achieve 24-hour uninterrupted operation. It provides substantial expansion of memory capacity to workstation platforms and is suitable for multi-tasking operations such as 2D/3D illustration, video post-production, and generative AI. It is the best tool to improve system performance.