DDR5 RDIMM
• Built with original high quality DRAM chips and rigorously subjected to long term stability testing for enterprise reliability.
• Delivers significantly higher fault tolerance and data correction capabilities compared to standard ECC UDIMMs.
• Extensively tested with mainstream server platforms to complete comprehensive Intel and AMD platform compatibility testing.
• Features a high density architecture with 32 internal banks organized into 8 groups of 4 banks each for maximized data throughput.
• Equipped with an integrated serial presence detect (SPD) EEPROM for accurate system identification and optimized configuration.
• Utilizes premium gold edge contacts to ensure superior signal transmission quality and long lasting connection durability.
• Integrates advanced On-Die ECC technology and a Registering Clock Driver to detect and correct memory errors in real time.
• Operates at a highly efficient 1.1V to minimize enterprise power consumption and reduce thermal output in data centers.
• Includes a dedicated Power Management IC (PMIC) for precise localized voltage regulation and enhanced signal stability.
• Delivers significantly higher fault tolerance and data correction capabilities compared to standard ECC UDIMMs.
• Extensively tested with mainstream server platforms to complete comprehensive Intel and AMD platform compatibility testing.
• Features a high density architecture with 32 internal banks organized into 8 groups of 4 banks each for maximized data throughput.
• Equipped with an integrated serial presence detect (SPD) EEPROM for accurate system identification and optimized configuration.
• Utilizes premium gold edge contacts to ensure superior signal transmission quality and long lasting connection durability.
• Integrates advanced On-Die ECC technology and a Registering Clock Driver to detect and correct memory errors in real time.
• Operates at a highly efficient 1.1V to minimize enterprise power consumption and reduce thermal output in data centers.
• Includes a dedicated Power Management IC (PMIC) for precise localized voltage regulation and enhanced signal stability.