HyperX HX440C19PB3AK2/16 Memory Module Computer Component

Hunt your prey with smooth, stunning RGB style.

Ultra-fast HyperX Predator DDR4 RGB is the perfect upgrade for the gamer who wants cutting-edge performance and brilliant RGB style in their AMD- or Intel-based system. The dynamic RGB lighting effects utilize HyperX’s patented Infrared Sync technology to provide smooth, synchronized lighting effects. Crank up your frame rate, improve your broadcasts, and make highlight reel clipping a breeze thanks to speeds up to 4600MHz* paired with quick CL15-CL19 latencies. The aggressive, stylish black heat spreader and matching black PCB will allow you to beat the heat and strike fear into the hearts of your foes. It’s available in single module capacities of 8GB–32GB and kits of 2, 4, and 8 with capacities of 16GB–256GB. Predator DDR4 RGB is Intel XMP certified with profiles optimized for Intel’s latest chipsets – just select the hand-tuned profile in your BIOS and you’re set. 100-percent factory tested at speed and backed by a lifetime warranty and over 30 years of expertise, dependable Predator DDR4 RGB gives you extreme performance, show-stopping looks, and maximum peace of mind.

* The specification of the extreme overclocking modules listed on this page may be beyond the capabilities of your system hardware. Careful selection of all system components (e.g. CPU, motherboard, PSU) is required to ensure these modules will function as intended.

These kits are thoroughly tested and verified in house to run at the listed speed. As a backup we include a 2nd XMP profile at a slower clock speed so you can still achieve great performance if your system cannot handle the included highest speed XMP profile.

Only select motherboards are able to achieve speeds of DDR4-4000 and above. Check motherboard Qualified Vendor Lists (QVL) to verify Predator high speed support on vendor website and/or Intel XMP certified list. Premium system cooling (CPU and case) required for high speed memory stability. Intel X or K series processors are recommended.