Kingston 64GB DDR4 3200MT/s ECC Registered DIMM Memory Module

Overview

The Kingston KTD-PE432/64G is a 64GB DDR4 ECC registered DIMM memory module designed for servers that demand high capacity and reliable performance. Operating at 3200MT/s, it delivers the speed necessary to handle intensive workloads while maintaining system stability. Its error-correcting code (ECC) capability automatically detects and corrects data errors, which is critical for preserving data integrity in mission-critical environments.

With a 288-pin layout and a low operating voltage of 1.2V, this module fits most modern server motherboards and helps reduce power consumption. The CL22 latency and 2RX4 configuration provide a balanced combination of speed and stability, making it suitable for data centers, workstations, and other professional systems where uptime and accuracy are essential.

Key features

• ECC registered memory that enhances data integrity by detecting and correcting errors automatically
• High-speed 3200MT/s operation to support fast data processing and smooth multitasking
• CL22 latency and 2RX4 configuration designed to balance performance with system stability
• 288-pin design ensures compatibility with a wide range of server motherboards
• Energy-efficient 1.2V operation reduces power consumption without sacrificing performance
• Tested to meet strict server requirements, ensuring dependable and consistent operation under heavy workloads

Key specs

• Capacity: 64GB
• Memory type: DDR4 ECC registered DIMM
• Speed: 3200MT/s
• Latency: CL22
• Configuration: 2RX4
• Pin count: 288-pin
• Voltage: 1.2V

Compatibility and use cases

This memory module is specifically engineered for server environments where data accuracy and uptime are paramount. It fits well in data centers, enterprise servers, and professional workstations that run demanding applications such as virtualization, database management, and large-scale computing tasks. Its ECC functionality and registered design make it a strong choice for systems that cannot afford data corruption or unexpected downtime.