Team · Memory & Storage

Team Group XTREEM FFXD532G7600HC36FDC01 memory module 32 GB 2 x 16 GB DDR5 288-pin DIMM ECC

Honorable T-FORCE Logo exceeds overclocking limits With T-FORCE LABs superb R&D capability the brand-new T-FORCE XTREEM DDR5 exceeds the frequency limit of DDR5 memory. The product has T-FORCE logo symbolizing our utmost pride showcasing its exceptional existence it is definitely the best choice in the world of overclocking products. Meticulously layered high-quality aluminum sandblasted fins for exceptional heat dissipation Inspired by the image of energy conversion between the hot and cold under high temperatures from a volcano the exterior and looks of T-FORCE XTREEM DDR5 has meticulously layered high-quality aluminum sandblasted fins resembling the texture of basalt and the beach delivering exceptional heat dissipation capabilities. The surface is etched with T-FORCE logo to certify its excellence. Sturdy 2mm heat sink for perfect heat dissipation improvement T-FORCE XTREEM DDR5 adopts 2mm aluminum alloy heat spreader to increase its quality and heat capacity. The product also has thermal gap pad with high thermal conductivity to strengthen PMIC heat dissipation effects coupled with anti-acid alkaline rust and inconducive anodic treatment on the surface to deliver perfect heat dissipation performance overall. High-quality IC with patented technique Uses our proprietary IC grading testing validation techniqueGRADING METHOD FOR MEMORY (Invention patent number in Taiwan: I751093; Invention patent number in USA: US11488679B1) to develop DDR5 high-performance memory module successfully. Power management chip for stable and effective power usage Power management chip minimizes noise interference stabilizes power and distributes power to each electronic component effectively supplying power to the system with stability and fastness. On-Die ECC for a more stable system Supported with On-die ECC providing error correction and detection the mechanism stabilizes the system while pursing performance.

90-day range £∞–-£∞ · average £NaN