Corsair Vengeance LPX 32GB DDR4 (2x16GB) 2400MHz C14 Memory Kit

Corsair Vengeance LPX 32GB DDR4 (2x16GB) 2400MHz C14 Memory Kit Designed for high-performance overclocking on Intel X99 and 100 Series motherboards Vengeance LPX memory is designed for high-performance overclocking. The heatspreader is made of pure aluminum for faster heat dissipation, and the eight-layer PCB helps manage heat and provides superior overclocking headroom. Each IC is individually screened for performance potential. The DDR4 form factor is optimized for the latest Intel X99 and 100 Series motherboards and offers higher frequencies, greater bandwidth, and lower power consumption than DDR3 modules. Vengeance LPX DDR4 modules are compatibility-tested across X99 and 100 Series motherboards for reliably fast performance. There’s XMP 2. 0 support for trouble-free automatic overclocking. And, they’re available in multiple colors to match your motherboard, your components, or just your style. Features Compatibility tested across X99 and 100 Series motherboards for reliably fast performance Part of our exhaustive testing process includes performance and compatibility testing on most every X99 and 100 Series motherboard on the market - and a few that aren’t. Pure aluminum heat spreader for faster heat dissipation and cooler operation Overclocking overhead is limited by operating temperature. The unique design of the Vengeance LPX heat spreader optimally pulls heat away from the ICs and into your system’s cooling path, so you can push it harder. The heat spreader doesn’t just allow Vengeance LPX to run better… the aggressive yet refined form factor looks great in showcase systems. Low-profile design fits in smaller spaces When the first Mini-ITX and Micro ATX motherboards for DDR4 are released, Vengeance LPX will be ready. The small form factor makes it ideal for smaller cases or any system where internal space is at a premium. Designed for high-performance overclocking Each Vengeance LPX module is built from an eight-layer PCB and highly-screened memory ICs. Th