Samsung 8GB DDR3 PC10600 240P DIMM Memory Module

Overview

The Samsung M393B1K70BH1-CH9 is an 8 GB DDR3 registered DIMM memory module designed specifically for server environments that demand reliable and error-correcting performance. Operating at a data rate of 1333 MT/s and using a standard 240-pin slot, this module ensures stable and consistent memory throughput while running at 1.5 V. Its registered design enhances signal integrity, making it well suited for servers running virtualization, database management, and other memory-intensive applications.

Key features

• Registered DIMM with onboard register to improve signal quality in multi-DIMM configurations
• Error-correcting code (ECC) with eight-bit parity to detect and correct single-bit memory errors automatically
• Dual-rank 2R × 4 layout that balances memory capacity and speed for efficient server operation
• Compatibility with both x4 and x8 chip organizations, supporting up to two DIMMs per channel for flexible memory expansion
• Operates at the standard 1.5 V voltage common to DDR3 server platforms, ensuring broad motherboard compatibility
• Designed to maintain data integrity and system stability in always-on server environments such as file servers, email servers, and HPC nodes

Key specs

• Memory capacity: 8 GB
• Memory type: DDR3 registered DIMM
• Data rate: 1333 MT/s
• Pin count: 240 pins
• Voltage: 1.5 V
• Rank: Dual-rank (2R × 4)
• ECC support: Eight-bit parity for error detection and correction
• Chip organization: Supports x4 and x8 configurations

Compatibility and use cases

This memory module fits standard 240-pin server sockets and is compatible with a wide range of DDR3 server motherboards from major manufacturers. Its ECC and registered features make it a strong choice for IT professionals managing virtualization hosts, database servers, and enterprise rackmount systems. Whether upgrading a small business file server or scaling memory in a high-performance computing cluster, this module provides the reliability and performance needed to keep critical workloads running smoothly.