TeamGroup T-Force Desktop Ram Vulcan Series 8GB (8GBx1) DDR5 5200MHz Black

The TeamGroup T-Force Vulcan 8GB DDR5 5200MHz desktop RAM is a single-module memory stick designed for builders who want a straightforward DDR5 upgrade without sacrificing build aesthetics. Finished in a clean all-black heat spreader, the Vulcan series keeps a low visual profile that fits inside almost any case and alongside any cooler without colour conflicts. On the performance side, the module runs at a rated speed of 5200 MHz over the DDR5 interface, delivering the wider 64-bit per-channel bus architecture and improved die error-correcting capabilities that DDR5 brings over its predecessor. The reinforced heat-spreader construction is intended to improve thermal contact with the DRAM ICs, helping to sustain clock speeds under load without the module throttling. For enthusiasts who want a faster profile without manual tuning, the stick supports Intel XMP 3.0, allowing compatible motherboards to apply a pre-validated overclock with a single toggle in the BIOS. This is especially useful on Intel 12th, 13th, and 14th-generation platforms that formally support XMP 3.0 profiles. Being a single 8 GB module, this kit is a practical entry point into DDR5 or a capacity top-up for a system that already has one DDR5 slot populated. Users planning a dual-channel configuration should note that running two independent single-rank sticks may perform differently than a matched dual-channel kit; a second identical module can be added later if the motherboard has a second DDR5 slot. Verified specifications: • Capacity: 8 GB (single module) • Memory type: DDR5 • Speed: 5200 MHz • Kit configuration: 1 × 8 GB • Form factor: DIMM (desktop) • XMP support: Intel XMP 3.0 • Colour: Black • GTIN: 1456912520669 • SKU: FLBD58G5200HC40C01 Note: Latency (CL) timings are not confirmed in the available source data and have been omitted to avoid unverified claims. Please verify CL timings with the official TeamGroup product page before making a purchase decision based on latency requirements