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Screenshot 2025-09-11 at 7.43.59 PM.png

TeamGroup T-Force Delta Alpha RGB 32GB (2 x 16GB) DDR5-5600 PC5-44800 CL40 Dual Channel Desktop Memory Kit FF7D532G5600HC4 - Black

$450.00

The Delta Alpha RGB 32 GB (2×16 GB) DDR5‑5600 CL40 kit from TeamGroup’s T‑Force line blends strong performance with RGB flair for today’s high‑end desktop builds. Running at 5600 MT/s (PC5‑44800) and rated CL40 with a modest operating voltage (≈1.20 V), it strikes a useful balance between speed, power efficiency, and thermal output. The modules feature TeamGroup’s signature wide‑angle RGB lighting (≈120° ultra‑wide), along with enhanced PMIC cooling and high‑quality ICs to help ensure stability during sustained use. Because it is part of the DELTAα line, this kit tends to be better matched for newer AMD platforms (especially AM5) and Intel 600/700 series boards that support high DDR5 speeds. The 32 GB capacity in a 2‑stick dual‑channel config is well‑suited for gaming, multitasking, light content creation, or future‑proofing, though for workloads extremely sensitive to latency (e.g. some scientific compute or real‑time audio work) you might get better results from lower‑latency modules if the budget allows.

The Delta Alpha RGB 32 GB (2×16 GB) DDR5‑5600 CL40 kit from TeamGroup’s T‑Force line blends strong performance with RGB flair for today’s high‑end desktop builds. Running at 5600 MT/s (PC5‑44800) and rated CL40 with a modest operating voltage (≈1.20 V), it strikes a useful balance between speed, power efficiency, and thermal output. The modules feature TeamGroup’s signature wide‑angle RGB lighting (≈120° ultra‑wide), along with enhanced PMIC cooling and high‑quality ICs to help ensure stability during sustained use. Because it is part of the DELTAα line, this kit tends to be better matched for newer AMD platforms (especially AM5) and Intel 600/700 series boards that support high DDR5 speeds. The 32 GB capacity in a 2‑stick dual‑channel config is well‑suited for gaming, multitasking, light content creation, or future‑proofing, though for workloads extremely sensitive to latency (e.g. some scientific compute or real‑time audio work) you might get better results from lower‑latency modules if the budget allows.