Vengeance lpx memory is designed for high performance overclocking. The heatspreader is made of pure aluminium for faster heat dissipation, and the custom performance pcb helps manage heat and provides superior overclocking headroom. Each ic is individually...

Designed for high performance overclocking this particular batch of corsair vengeance lpx ddr4 memory comes as two 8gb sticks allowing you to access a high density whilst only requiring two dimm slots ndash this allows the set to fit into a wider array...

Vengeance lpx memory is designed for high performance overclocking. The heatspreader is made of pure aluminum for faster heat dissipation, and the custom performance pcb helps manage heat and provides superior overclocking headroom. Each ic is individually...

This particular batch of ddr4 memory comes as two 16gb sticks allowing you to access a high density whilst only requiring two dimm slots this allows the set to fit into a wider array of motherboards. An ideal buy for your gaming rig set up that comes...

Designed for high performance vengeance lpx memory is designed for high performance overclocking. The heatspreader is made of pure aluminium for faster heat dissipation, and the custom performance pcb helps manage heat and provides superior overclocking...

Designed for high performance vengeance lpx memory is designed for high performance overclocking. The heatspreader is made of pure aluminium for faster heat dissipation, and the custom performance pcb helps manage heat and provides superior overclocking...

Designed for high performance overclocking this particular batch of corsair vengeance lpx ddr4 memory comes as two 8gb sticks allowing you to access a high density whilst only requiring two dimm slots ndash this allows the set to fit into a wider array...

Vengeance lpx memory is designed for high performance overclocking. The heatspreader is made of pure aluminum for faster heat dissipation, and the custom performance pcb helps manage heat and provides superior overclocking headroom. Each ic is individually...