- Team T-Force Vulcan Z 64GB Red Heatsink (2 x 32GB) DDR4 3000MHz DIMM System Memory
T-FORCE VULCAN Z DDR4 gaming memory has been tested rigorously by the T-FORCE laboratory.Every overclocking memory is tested for complete compatibility and stability. This offers gamers a DDR4 memory with excellent quality, optimal performance, stability
and compatibility. Gamers are able to fully enjoy the finest and smoothest gaming experience and an extreme high speed performance without any lag.
Reinforced structure and enhanced heat dissipation
Designed for complete protection and enhanced heat dissipation, the heat spreader is formed by punch press process with a 0.8mm thick, one-piece alloy aluminum to reinforce the body structure. In addition, the electrolytic anodizing process can enhance corrosion resistance and make it non-conductive. Moreover, the superconductive thermal adhesive can maintain gaming memory within operating temperatures.
- Selected IC chips. Stable and durable
The DDR4 gaming memory is made and selected through a rigorous testing process for complete compatibility and stability. This offers gamers a DDR4 memory with excellent quality, stability and compatibility.
- High performance, low power consumption and upgrade easily
In addition to the increase in data transfer rate, the basic working voltage of the new generation of DDR4 memory is also decreased to 1.2V. This desktop memory is energy saving, high performance and low power consumption.
Supports Intel XMP and auto overclocking
T-FORCE VULCAN Z DDR4 Gaming Memory is plug and plays ready. Overclocking can be super easy without the hassle of manually adjusting the BIOS. It is compatible with both Intel & AMD platform, therefore gamers can easily enjoy overclocking without worries.
- Key Features
– Simple design to perfectly protect the cooling module
– High thermal conductive adhesive
– Supports Intel & AMD motherboards
– Selected high-quality IC
– Supports XMP2.0
– Energy saving with ultra-low working voltage
Data transfer bandwidth
Aluminum heat spreader