Ecc udimm memory module

Adata AD5U480016G-S is a 16GB DDR5 memory module with a speed of 4800MHz and ECC support. It features CL40 latency and operates at a voltage of 1.1V.

Patriot Memory's Viper Venom is a high-speed, reliable memory module that comes in a 32 GB capacity with two 16 GB sticks. It operates at a frequency of 6000 MHz and includes ECC technology for error correction.

Elevate your PC's performance with the G.SKILL Trident Z5 NEO RGB 32GB DDR5 memory kit.

High-performance 32GB dual-channel DDR4 memory kit, consisting of 2x16GB modules, operating at 3200MHz with CL16 latency for enhanced system responsiveness.

16GB DDR4 RAM, 3200MHz speed with low CL22 latency for efficient performance and reliable data transfer.

The ADATA Lancer Blade is a high-performance 32 GB memory module consisting of two 16 GB DDR5 6000 MHz ECC modules, providing fast and reliable computing for demanding applications.

The ADATA XPG Lancer Blade is a 32GB memory kit that includes two 16GB DDR5 modules with speeds of 6400 MHz. It is designed for gaming and other high-performance applications, and supports ECC error correction and XMP 3.0 overclocking profiles.

A 64GB dual-channel DDR5 memory kit with two 32GB modules, operating at 6000MHz speed and CL30 latency.

16GB DDR5 RAM kit, comprising two 8GB modules, operating at 5600MHz with ECC and CL46 latency for reliable performance.

High-performance 32GB dual channel DDR5 memory kit with 6000MHz speed and low latency for enhanced gaming and overclocking capabilities.

High‑performance DDR5 RAM featuring 6000 MHz speed, XMP/EXPO support, and vibrant RGB lighting for a powerful, eye‑catching upgrade in a compact dual‑kit configuration.

Single‑channel DDR5 16 GB module delivers 6000 MHz with CL36 latency, 1.35 V unbuffered design for gaming and workstation use. Supports XMP 3.0/EXPO for easy overclocking.

High-performance G.SKILL Ripjaws S5 DDR5 memory kit, 32 GB total (2×16 GB), 6000 MT/s speed, CL36 latency, 1.35V, matte black design, optimized for Intel 3.0 platforms and demanding desktop workloads.