Kingston 96GB DDR5 5600MT/s ECC Registered DIMM Memory Module

Overview

The Kingston KTH-PL556D4-96G is a 96GB DDR5 ECC registered DIMM memory module designed for servers and advanced workstations. Operating at a fast 5600MT/s transfer rate, it supports demanding workloads such as virtual machines, large databases, and analytics by delivering data quickly to modern multi-core processors. Its ECC capability detects and corrects memory errors, enhancing system stability in critical environments like financial modeling and healthcare.

Key features

• High 96GB capacity to handle large datasets and multiple simultaneous applications without slowing down.
• Fast 5600MT/s speed reduces CPU wait times, improving overall system throughput and responsiveness.
• Error-correcting code (ECC) technology protects against data corruption and system crashes by automatically fixing common memory errors.
• Registered DIMM design maintains signal integrity when multiple modules are installed, ensuring reliable operation in dense server configurations.
• Dual-rank 2Rx4 layout balances memory density with consistent performance across workloads.
• Low 1.1-volt power consumption helps reduce energy use and heat generation in high-density racks or extended processing sessions.
• Compatible with platforms supporting DDR5 RDIMM, featuring a 288-pin form factor and CL46 latency for smooth integration.
• Backed by Kingston’s limited lifetime warranty, providing long-term reliability and peace of mind.

Key specs

• Memory type: DDR5 ECC registered DIMM
• Capacity: 96GB
• Speed: 5600MT/s
• Latency: CL46
• Rank: Dual-rank 2Rx4
• Voltage: 1.1 volts
• Pin count: 288-pin

Compatibility and use cases

This memory module fits into server and workstation motherboards that support DDR5 registered DIMMs, making it suitable for virtualization hosts, data-heavy application servers, and graphics workstations requiring large memory pools. Its ECC and registered design make it a strong choice for environments where data integrity and uptime are critical, such as cloud services, healthcare systems, and financial institutions. The module’s power efficiency also benefits setups with dense memory configurations, helping manage thermal and energy demands effectively.