Desktop DDR4 RAM AFOX 2×16GB 3200MHz CL16 1.35V Unbuffered XMP2 Red

Dual-module AFOX DDR4 kit with 2×16GB capacity, 3200MHz frequency, CL16 latency, single-rank (Rank1) configuration and XMP2 support. The Desktop DDR4 RAM AFOX 2×16GB 3200MHz CL16 Rank1 XMP2 Red is designed for desktop PCs and gaming builds, providing expanded system memory for multitasking, smoother gameplay and improved load times. Red heatspreaders offer basic passive cooling and a coordinated appearance in systems with red or black color schemes. The kit supports standard DDR4 voltages and XMP2 profiles for straightforward performance tuning on compatible motherboards.

Advantages

The AFOX 2×16GB 3200MHz CL16 kit combines high capacity and moderate latency to deliver a balance of memory bandwidth and responsiveness. With a single-rank (Rank1) configuration, the modules are compatible with a wide range of consumer motherboards and memory controllers. XMP2 support simplifies enabling the rated 3200MHz frequency and optimized timings in BIOS/UEFI. The red aluminium heatspreaders provide physical protection for the modules and contribute to heat dissipation under typical desktop loads.

Suitable for

Key specifications

How to use

Install the two modules into matching DIMM slots on the desktop motherboard, following the motherboard manufacturer’s recommended dual-channel slot population. Power off the system and ground yourself before inserting the modules to avoid electrostatic damage. After hardware installation, enter the BIOS/UEFI and enable the XMP2 profile to run the memory at its rated 3200MHz frequency and CL16 timings. If the motherboard does not support XMP, manually configure frequency, voltage and timings according to the module specifications.

Recommendations

Use matched slots as described in the motherboard manual to ensure dual-channel operation. Verify motherboard compatibility with 32GB kits and single-rank modules, and update BIOS/UEFI to the latest stable version for improved memory compatibility. For sustained heavy loads, ensure adequate case airflow to assist passive heatspreaders in dissipating heat.