Description
PREDATOR HERA 192GB DDR5 RGB (4x48GB) 6000 MHz DESKTOP RAM CL28 (GOLD)
The Predator Hera Gold Edition 192 GB memory kit (48 GB x 4) combines massive capacity with cutting-edge performance to meet the demands of high-intensity computing tasks. Operating at 6000 MT/s with ultra-low CL28 latency, the kit delivers rapid data access and smooth responsiveness. Tailored specifically for AMD platforms and optimized for MSI, ASUS, and Gigabyte motherboards, it ensures seamless compatibility and reliable overclocking performance.
192 GB Large Capacity, Unlimited Possibilities
The Predator Hera Gold Edition 192 GB memory kit (48 GB x 4) provides the power, reliability, and durability necessary for AI model deployment, high-performance gaming, and intensive data processing. Designed for innovation, it enables creators and professionals to handle the most demanding applications and maintain a competitive edge in complex computing scenarios.
CL28 Ultra-Low Latency, Stable Overclocking
With a speed of 6000 MT/s and a latency of CL28, the Predator Hera Gold Edition 192 GB memory kit (48 GB x 4) provides faster data access and more efficient command processing. It supports AMD EXPO one-click overclocking to allow users to easily unlock enhanced speeds for improved performance.
Optimized Compatibility, Smoother Integration*
The Predator Hera Gold Edition 192 GB memory kit (48 GB x 4) is precision-engineered for AMD Ryzen 9 950X3D/9950X/9900X3D and 9900X processors. It optimizes timing and signal integrity, ensuring enhanced compatibility and smoother data flow. Compatible with Gigabyte, MSI and ASUS motherboards, this memory kit empowers users with more reliable, higher-speed operation for demanding applications such as high-end gaming, scientific computing, and professional content creation. *For detailed compatibility information, including supported motherboards and validated configurations, please refer to the official Memory Module Compatibility List (QVL). We recommend reviewing the list before purchase to ensure optimal integration and performance.
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