|Total Capacity||8GB Kit (4GBx2)|
|Specs||DDR4 PC4-25600 16-18-18 Unbuffered NON-ECC DDR4-3200 1.35V 512Meg x 64 |
To max out performance in the final days of DDR3 technology, you needed the right processor, the right motherboard, a PhD in overclocking, and the willingness to surrender everything in your wallet. Not anymore.
Ballistix Elite DDR4 memory cracks the DDR3 performance limit and debuts at 2666 MT/s - and that's just getting started. Feed your multi-cores and draw upon some of the fastest speeds and bandwidths available.
Outplay. Open fire with advanced speeds.
While your opponents fight petty with slower DDR3 memory, obliterate them with DDR4 speeds starting at 2666 MT/s. Alongside these speed gains, draw on the improved responsiveness, increased frame rates, and optimized latencies of Ballistix Elite DDR4 technology and revel in an unreal gaming experience.
Outmatch. Overpower the opposition with radically increased bandwidth.
Flood your memory bandwidth and process more gigabytes per second at rates that are nearly impossible to achieve with DDR3 memory. Leveraging the faster burst access speeds that are only possible on DDR4 architecture, Ballistix Elite DDR4 maximizes performance with four channel memory.
Outwork. Push your memory to the edge - using less power
Ballistix Elite DDR4 memory leverages the latest advancements in efficiency technology and is engineered to run at lower voltages for inherent energy gains. Armed with a thermal sensor and our high-end Ballistix M.O.D. utility for real-time temperature monitoring, Ballistix Elite DDR4 wrings up to 40% more power efficiency out of your memory.
As a brand of Micron, one of the largest memory manufacturers in the world, Ballistix Elite DDR4 memory is built to last and represents the best memory we've ever created. For more than 35 years, we've engineered old-school DDR memory all the way to Ballistix DDR4, which empowers gamers to seize a new performance edge. See beyond the memory curve and make the switch to a DDR4 platform. The future of performance memory is here.