Apacer NOX DDR5 Desktop RAM RGB 6000MHz Heat Sink CL38
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₨ 107,500 Original price was: ₨ 107,500.₨ 107,000Current price is: ₨ 107,000.
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We provide quick, dependable shipping on all clothing orders. Purchases are processed within 1–2 business days, and standard delivery usually arrives within 2–5 business days.
Return and Exchange Policy
All sales are final, and we do not accept returns under any circumstances. Exchanges are only available if the item is unused, unopened, and returned in its original sealed packaging within 2 days of delivery. Any item that has been opened, worn, or used will not qualify for an exchange. Additionally, products purchased as pre-order or back-order are strictly non-exchangeable and non-returnable.
The Apacer NOX DDR5 Desktop RAM RGB Heat Sink CL38 is a premium high-performance memory solution designed to unlock the full potential of modern gaming PCs, content creation workstations, and enthusiast desktop builds. Combining the latest DDR5 technology with a stylish RGB lighting system and an efficient aluminum heat sink, the NOX DDR5 memory series delivers the speed, stability, and aesthetics demanded by today’s users. Whether you’re upgrading an existing DDR5 platform or building a powerful new system, Apacer NOX memory provides the performance necessary to handle demanding applications and multitasking workloads with ease.
Built on next-generation DDR5 architecture, the NOX DDR5 memory module offers significantly increased bandwidth and faster data transfer rates compared to previous DDR4 memory. This improvement enables quicker application loading, smoother multitasking, enhanced gaming performance, and faster processing of large files. Users working with video editing, 3D rendering, graphic design, streaming, and professional productivity software can benefit from the improved responsiveness and efficiency that DDR5 technology provides.
The CL38 latency rating is carefully optimized to balance high-frequency performance with responsive system operation. This allows the memory to deliver smooth and reliable performance across a variety of workloads, from competitive gaming sessions to resource-intensive professional applications. Advanced onboard power management integrated into the DDR5 design helps improve energy efficiency and voltage regulation, contributing to greater system stability under heavy loads.
A standout feature of the Apacer NOX DDR5 series is its premium RGB lighting system, which enhances the appearance of any desktop build. The customizable RGB illumination creates stunning visual effects and can be synchronized with compatible motherboard lighting software, allowing users to personalize colors, patterns, and lighting modes to match the rest of their setup. The sleek RGB light bar provides vibrant and uniform lighting that elevates the overall aesthetics of gaming and enthusiast systems.
To ensure reliable operation during demanding tasks, the module features a high-quality aluminum heat sink that efficiently dissipates heat generated by high-speed memory operations. The durable heat spreader helps maintain optimal temperatures, supporting stable performance and long-term reliability even during extended gaming sessions, content creation projects, and overclocking scenarios. Its modern design complements contemporary PC builds while adding an aggressive and sophisticated look.
Apacer subjects every NOX DDR5 memory module to rigorous testing and quality control procedures to ensure excellent compatibility, durability, and consistent performance. Compatible with the latest DDR5-enabled Intel and AMD platforms, the memory supports simple installation and dependable operation across a wide range of motherboard configurations.
Combining cutting-edge DDR5 performance, striking RGB lighting, efficient thermal management, and trusted Apacer reliability, the Apacer NOX DDR5 Desktop RAM RGB Heat Sink CL38 is an ideal choice for users seeking a memory upgrade that enhances both system performance and visual appeal. It delivers the speed, stability, and style required for modern gaming, creative workloads, and next-generation desktop computing.

