DDR4 HEATSINK NX1
DDR4 (Double Data Rate 4) is the fourth generation of synchronous dynamic random-access memory (SDRAM) technology. Compared to DDR3, DDR4 offers significantly faster speeds, increased capacity, and improved energy efficiency. It is widely adopted in high-performance desktops, workstations, and creative platforms.
The NX-1 DDR4 memory series is engineered for gamers and content creators who demand reliable, high-speed performance without unnecessary frills. Featuring premium aluminum heat spreaders, NX-1 ensures stable thermal performance and system reliability under heavy workloads and prolonged sessions.
-
High-Speed Performance
-
Efficient Heat Spreader Design
-
Low Power Consumption
-
Up to 32GB per Module
-
Wide Compatibility
HIGH-SPEED PERFORMANCE&EFFICIENT HEAT SPREADER DESIGN
With base frequencies starting at 2133MHz and support for overclocking up to 4000MHz+, NX-1 delivers ultra-fast data transfer for demanding applications including gaming, video editing, and 3D rendering.
Built with high-quality aluminum heat spreaders, NX-1 provides excellent thermal conductivity and effective heat dissipation—keeping your system cool and stable even during intense tasks.
LOW POWER CONSUMPTION
Operating at just 1.2V, NX-1 reduces overall power usage while minimizing heat generation, helping to maintain energy efficiency across your system.
UP TO 32GB PER MODULE&WIDE COMPATIBILITY
Available in capacities up to 32GB per module, NX-1 is ideal for high-performance workflows, allowing creators and gamers to handle memory-intensive projects with ease.
Compliant with industry standards and tested for stability and compatibility, NX-1 DDR4 is fully supported by the latest Intel and AMD platforms, ensuring seamless integration and trouble-free performance.
Features
-
Ultra-High-Speed Performance
-
Premium Aluminum Heat Spreader
-
Low Power Consumption
-
High-Capacity Modules
-
Broad Platform Compatibility
-
Overclocking Support
-
Fast and Stable Data Transfer
-
Optimized for Professional Workloads
-
Reliable Long-Term Performance
-
Future-Ready Upgrade Potential
