Apacer today announced the official release of its flagship NOX RGB DDR5 Gaming Memory, specially designed for the world’s most demanding gamers and aesthetics.
Apacer today announced the official release of its flagship NOX RGB DDR5 Gaming Memory, specially designed for the world’s most demanding gamers and aesthetics.
Press Release
Apacer today announced the official release of its flagship NOX RGB DDR5 Gaming Memory, specially designed for the world’s most demanding gamers and aesthetics. Engineered for unprecedented speed, stability, and stunning visual effects, the Apacer NOX RGB DDR5 is the ultimate upgrade for those seeking top-tier performance.
Key Features
Advanced Power Stability: Equipped with a Power Management Integrated Circuit (PMIC) for reliable and efficient power delivery.
One-Click Overclocking: Supports both Intel’s XMP 3.0 and AMD EXPO technologies, allowing easy overclocking with a single click.
Ultra-Wide Angle RGB Lighting: Featuring Apacer’s Ultra-Wide Angle RGB Lighting Diffuser Technology, the module provides customizable lighting with wide-angle diffusion, enhancing any gaming setup with dynamic RGB effects.
Peak Performance Redefined
With its overclocking capability reaching up to 8000MT/s, the NOX RGB DDR5 Gaming Memory is built to deliver cutting-edge performance in the most intense gaming environments. The inclusion of the latest overclocking technologies, such as Intel XMP 3.0 and AMD EXPO™, makes it easier than ever for gamers to achieve peak performance with just a single click.
Next-Level Cooling Power
The Apacer NOX RGB DDR5 Gaming Memory features a low-profile design, standing at less than 44mm in height, providing ample space for even the most ambitious builds. Its aluminium alloy heat sink is engineered for maximum heat dissipation, keeping the memory cool during even the most demanding sessions.
Availability
The Apacer NOX RGB DDR5 Gaming Memory will be available worldwide starting November 14, 2024, through Apacer’s authorized partners and online retailers. Pricing will vary by region and configuration.
