Kingston 16GB DDR4 3200MT/s ECC Unbuffered DIMM Memory Module

Overview

The Kingston KTH-PL432ES8/16G is a 16GB DDR4 ECC unbuffered DIMM memory module designed to enhance server performance with reliable and efficient operation. Running at 3200MT/s, it delivers faster data processing to meet the demands of critical workloads. Equipped with error-correcting code technology, this module helps maintain data integrity by detecting and correcting common memory errors, making it a solid choice for servers and workstations where stability is crucial.

This 288-pin module operates at a low voltage of 1.2V, reducing power consumption and heat output to support energy-efficient server environments. Its CL22 latency and single rank 1Rx8 configuration provide a balanced combination of speed and stability, ensuring smooth performance across various server applications.

Key features

• ECC technology that detects and corrects memory errors to improve system reliability
• High-speed 3200MT/s data rate for faster processing and responsiveness
• Low 1.2V power consumption to reduce heat and energy use in server setups
• Unbuffered 288-pin DIMM format compatible with standard server motherboards
• CL22 latency offering a good balance between speed and operational stability
• Single rank 1Rx8 design optimized for consistent performance in demanding environments
• Designed to fit seamlessly into servers, data centers, and workstations requiring dependable memory

Key specs

• Capacity: 16GB
• Memory type: DDR4 ECC unbuffered DIMM
• Speed: 3200MT/s
• Voltage: 1.2V
• Latency: CL22
• Configuration: Single rank 1Rx8
• Pin count: 288-pin

Compatibility and usage

This memory module is compatible with server systems that support DDR4 ECC unbuffered DIMMs, making it suitable for business servers, data centers, and professional workstations. It is ideal for users who prioritize data integrity and consistent performance in environments running critical applications. Whether upgrading existing hardware or building new systems, this module fits well into setups that demand reliable memory operation without compromising speed or power efficiency.