Transform your system with our cutting-edge Dynamic Ten-Zone RGB Lighting. Each module boasts ten ultra-bright, individually addressable RGB LEDs, encased in a stunning panoramic light bar. Enjoy vivid, customizable RGB lighting that looks spectacular from any angle.
Experience easier and more precise overclocking with Onboard Voltage Regulation, harnessing the power of CORSAIR iCUE software for greater stability than ever before. Plus, our modules are AMD EXPO compatible, ensuring exceptional overclocking performance at higher frequencies.
Unleash your creativity with dozens of preset lighting profiles, or craft your own unique designs in iCUE. Designed for maximum bandwidth and tight response times, our modules are optimized for peak performance on the latest Intel DDR5 motherboards. Your system has never looked and performed this good.
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High-Speed Performance
6000MHz frequency with low CL30 latency enhances overall system speed, providing smooth and lag-free operation. -
Easy Setup
Optimized for AMD EXPO and Intel XMP support, enabling straightforward configuration on compatible motherboards. -
Customizable RGB
Ten-zone RGB lighting with CORSAIR's iCUE integration offers extensive customization and visual appeal. -
Stability
Reliable and stable performance under heavy loads and intensive applications, with no crashes or unexpected reboots. -
Build Quality
Durable aluminum heat spreader ensures efficient heat dissipation and longevity during prolonged use.
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Price Point
The premium features come with a higher price tag, which might be a consideration for budget-conscious users. -
Compatibility with Non-AMD Systems
While optimized for AMD platforms, users with other systems might need additional verification for compatibility. -
RGB Setup Requirement
Full customization of RGB lighting requires iCUE software, which adds a layer of software dependency. -
Profile Differences Uncertainty
Unclear differences between EXPO i and EXPO ii profiles may confuse users during setup. -
Potential Overkill
The high performance and capacity might be more than necessary for users with less demanding applications.
