DIMM 32 GB DDR5-6400 (2x 16 GB) kit dual, memoria nera, FF3D532G6400HC32ADC01, Delta RGB, INTEL XMP, AMD EXPO

The Team Group FF3D532G6400HC32ADC01 is a 32 GB memory kit composed of two 16 GB DDR5 DIMMs running at 6400 MHz with CL32 timing. Designed for desktop PCs with 288-pin DDR5 slots, this module offers high bandwidth and efficiency for demanding applications and gaming while maintaining system stability through on-die ECC and advanced power management.

Advantages

The module features 120° ultra-wide RGB lighting with a geometric heatspreader design, a strengthened PMIC cooling solution and thermally conductive silicon for improved thermal performance, and PMICs for stable, efficient power distribution. On-die ECC provides error detection and correction to help preserve system stability, and high-quality ICs were selected and tested for compatibility and reliability. A smart RGB IC controller ensures compatibility with major motherboard lighting software for synchronized effects.

Suitable for

• High-performance gaming PCs
• Content creation and video editing workstations
• Software development and virtualization environments
• Users seeking one-click overclocking via Intel XMP 3.0

Key specifications

• Capacity: 32 GB (2 × 16 GB)
• Memory type: DDR5 UDIMM
• Frequency: 6400 MHz
• CAS latency: CL32
• RGB lighting: 120° ultra-wide RGB
• Cooling: reinforced PMIC cooling design with thermally conductive material
• Error correction: on-die ECC
• Power management: integrated PMIC for stable power delivery

How to use

Install the DIMMs into compatible 288-pin DDR5 motherboard slots, following the motherboard manual for correct slot population and orientation. Enable the memory kit in BIOS and, if desired, activate Intel XMP 3.0 to apply the rated 6400 MHz profile for one-click overclocking. Use compatible motherboard software to configure and synchronize RGB lighting effects.

Recommendations

For best results, pair the modules on a motherboard supporting DDR5 and Intel XMP 3.0, ensure the system BIOS is updated, and monitor temperatures when running sustained high-frequency operation to verify adequate cooling.