Upgrade your gaming PC with PNY XLR8 Gaming EPIC-X RGB DDR5 memory featuring 32 GB (2×16 GB) capacity and 6000 MHz CL36 speed. A sleek black aluminum heatsink with syncable RGB lighting blends style and performance. Support for Intel XMP and AMD EXPO enables easy tuning, delivering stable speed, low latency, and high bandwidth for demanding games and multitasking.
Upgrade your gaming PC with PNY XLR8 Gaming EPIC-X RGB DDR5 memory featuring 32 GB (2×16 GB) capacity and 6000 MHz CL36 speed. A sleek black aluminum heatsink with syncable RGB lighting blends style and performance. Support for Intel XMP and AMD EXPO enables easy tuning, delivering stable speed, low latency, and high bandwidth for demanding games and multitasking.
DDR5 6000 MHz speed and low CL36 latency
Leverage the higher bandwidth of DDR5 for smooth gameplay and snappy response in the most demanding titles and applications.
Syncable EPIC-X RGB lighting
Customize colors and effects with Asus Aura Sync, Gigabyte RGB Fusion, MSI Mystic Light, and ASRock Polychrome for a perfectly matched PC look.
Easy overclocking with Intel XMP and AMD EXPO
Simple one-step profile setup ensures stable performance without lengthy manual tuning.
The PNY XLR8 series delivers top-tier DDR5 performance with aggressive clocks, high bandwidth, and low power draw. The black brushed heatsink with the iconic XLR8 arrow adds a premium look and efficient cooling for stability during long gaming marathons.
With Intel XMP and AMD EXPO profiles, you can dial in optimal settings in one step and fully exploit the 6000 MHz frequency and CL36 timings. The RGB lighting is compatible with popular ecosystems like Asus Aura Sync, Gigabyte RGB Fusion, MSI Mystic Light, and ASRock Polychrome, making it easy to sync effects across your build.
- DDR5 performance boost – faster loading, smoother gameplay, better system responsiveness.
- PNY reliability – premium components and rigorous testing for long-term stability.
- Looks and function – RGB light bar and efficient aluminum heatsink for style and optimal thermals.
