Team Group T-Force Vulcan Alpha DDR5 5600MHz 32GB Memory

£110.99Save 32%
£74.99
Overclockers UK
Overclockers UK

Compare 2 seller prices

Retailer
Price
Overclockers UK
Overclockers UKBest
4.8
£74.99
Techinn.com
Techinn.com
4.5
£110.99
This site contains affiliate links for which we may be compensated.
Team Group T-Force Vulcan Alpha DDR5 5600MHz 32GB Memory£74.99

Whether you enjoy AAA gaming or content creation, the Team Group Vulcan EXPO 32GB DDR5 Dual Channel Kit can effortlessly handle all your single- and multi-threaded applications. The 32GB of DDR5 memory can support speeds of up to 5600MHz to facilitate incredible load times and ...Whether you enjoy AAA gaming or content creation, the Team Group Vulcan EXPO 32GB DDR5 Dual Channel Kit can effortlessly handle all your single- and multi-threaded applications. The 32GB of DDR5 memory can support speeds of up to 5600MHz to facilitate incredible load times and near-zero interruptions.

Compatibility with AMD EXPO means you can utilise custom profiles to enhance performance, while the integrated heat spreader ensures optimum temperatures. Team Group Vulcan EXPO 32GB DDR5 Dual Channel Kit at a Glance: 32GB (2X16GB) capacity DDR5 Up to 5600MHz 40-40-40-84 CAS timings Compatible with AMD EXPO overclocking Optimised for AMD Ryzen The Team Group Vulcan EXPO 32GB DDR5 Dual Channel Kit has been fine-tuned to work alongside your AMD Ryzen processor. The 32GB of DDR5 memory has been built utilising premium cherry-picked ICs to deliver unparalleled performance.

Speeds of up to 5600MHz and CAS timings of 40-40-40-84 facilitate rapid load times and near-zero lag or latency for seamless multitasking as you game, stream, or create. What’s more, this RAM kit is AMD EXPO compatible. This means you can easily create customised overclocking profiles to enhance your performance further.

The on-die ECC ensures great stability while you overclock. Onboard Cooling The Team Group Vulcan EXPO 32GB DDR5 Dual Channel Kit comes equipped with an integrated heat spreader that effectively draws and dissipates excess heat.

Share this product on...

Related Articles

Discover more insights and guides in this category