Modulo di memoria ADATA AD4U320016G22-DTGN 32 GB (2 x 16 GB) DDR4 3200 MHz 288-Pin DIMM

ADATA Premier DDR4 3200 U-DIMM memory module kit (2 × 16 GB, total 32 GB) is an unbuffered DIMM solution designed for desktops and servers that support DDR4. With a 288-pin form factor and 3200 MHz clock, it reduces operating voltage compared with previous-generation DDR3 modules and provides higher transfer bandwidth for system memory tasks. Modules are manufactured to JEDEC and RoHS standards to ensure compatibility and environmental compliance.

Advantages

The ADATA AD4U320016G22-DTGN kit delivers a total of 32 GB DDR4 memory in a dual-module configuration, operating at 3200 MHz with CAS latency 22. Lower operating voltage (1.2 V) improves power efficiency while maintaining stable performance. JEDEC and RoHS compliance ensures broad platform compatibility and adherence to environmental regulations. The product is covered by ADATA’s lifetime warranty following factory testing and quality control.

Suitable for

• Upgrading desktop PCs for general computing and multitasking
• Workstations and entry-level servers requiring increased RAM capacity
• Systems using Intel Core 8th/9th/10th generation or AMD Zen 2/3 Ryzen platforms

Key specifications

• Total capacity: 32 GB (2 × 16 GB)
• Memory type: DDR4
• Clock speed: 3200 MHz
• Form factor: 288-pin DIMM (unbuffered)
• CAS latency: 22
• Operating voltage: 1.2 V (listed also 2.5 V in manufacturer data)

How to use

Install the two 16 GB DDR4 DIMMs into compatible 288-pin DDR4 memory slots on a powered-off motherboard, following the motherboard manual for slot population and dual-channel configuration. Ensure modules are fully seated and the retention clips snap into place before powering on the system. After installation, verify memory is recognized in BIOS/UEFI and the operating system.

Recommendations

For best compatibility and performance, install modules in matched pairs and consult the motherboard QVL or manual. Use the 1.2 V DDR4 setting by default; check BIOS/UEFI for memory frequency and voltage adjustments if required.