Kingston Server Premier 96GB DDR5 DIMM Memory Module, 5600MT/s Data Rate Speed, 2800Mhz Clock Rate Speed, CL46 CAS Latency, 288-Pin, 1.2 Voltage, Dual Rank

The Kingston Server Premier 96GB DDR5 DIMM Memory Module provides exceptional performance for high-demand workloads. Its massive capacity ensures smooth handling of multitasking environments, keeping systems stable and responsive under heavy use. This memory module helps servers operate efficiently even during data-intensive operations.

5600MT/s Data Rate Speed:

It comes with a fast data rate speed of 5600MT/s, this module delivers outstanding data transfer capabilities for modern servers. It ensures faster access to information, improving overall system productivity and minimizing processing delays. High-speed performance makes it suitable for enterprise-grade applications and virtualization tasks.

2800MHz Clock Rate Speed:

The 2800MHz clock rate speed enhances communication between the processor and memory, improving responsiveness and performance consistency. This feature helps optimize workflows, making it ideal for tasks requiring high computational power. It also contributes to maintaining stable system performance during continuous operations.

CL46 CAS Latency:

The CL46 CAS latency offers a balanced mix of speed and reliability, ensuring data is processed efficiently without lag. Lower latency improves command execution, making the system more responsive during critical operations. It supports smooth performance for servers handling complex computational tasks.

288-Pin Configuration:

Featuring a 288-pin configuration, this DDR5 memory module ensures secure and stable connectivity to the motherboard. The pin structure supports faster data communication and consistent power delivery. It also enhances compatibility with modern server platforms for improved reliability.

1.2 Voltage:

Operating at 1.2 volts, this memory module ensures efficient power usage while maintaining stable performance. The lower voltage reduces overall heat generation, promoting longer component life. It provides a balance between performance efficiency and energy savings in continuous server environments.

Dual Rank Architecture:

The dual rank architecture improves memory access efficiency by distributing workloads across two sets of memory banks. This setup enhances multitasking performance and increases overall throughput. It ensures smoother and faster data handling in demanding server operations.