Samsung 32GB DDR3 PC3-8500 1066Mhz ECC Registered Memory Module

Overview

The Samsung M393B4G70BM0-CF8 is a 32GB DDR3 ECC Registered memory module designed to boost the performance and reliability of servers and workstations. Operating at 1066 MHz, it balances speed with stability, making it well suited for systems that demand consistent uptime and data integrity. This module’s 240-pin DIMM format and 1.5-volt power requirement ensure compatibility with many enterprise-grade motherboards that support DDR3 ECC Registered memory.

With a 4Rx4 rank configuration and CAS latency of 7, it efficiently processes data while providing error correction to prevent data corruption and system crashes. This makes it a strong choice for IT professionals managing critical computing tasks or upgrading server memory to maintain smooth and secure operation.

Key features

• ECC Registered design that detects and corrects memory errors to enhance system stability and data integrity
• Large 32GB capacity to support memory-intensive applications and multitasking in server environments
• 4Rx4 rank configuration that optimizes data access and improves overall memory performance
• Low 1.5V operating voltage to reduce power consumption and heat generation in high-density setups
• Compatible with a wide range of enterprise motherboards supporting DDR3 ECC Registered memory
• CAS latency 7 for balanced responsiveness and reliability in data processing

Key specs

• Memory type: DDR3 ECC Registered SDRAM
• Capacity: 32GB
• Speed: 1066 MHz (PC3-8500)
• Form factor: 240-pin DIMM
• Rank: 4Rx4
• CAS latency: 7
• Operating voltage: 1.5V

Compatibility and use cases

This memory module fits well in server and workstation environments where data accuracy and uptime are critical. It supports systems that require error-correcting memory to prevent crashes and data loss, making it suitable for database servers, virtualization hosts, and enterprise applications. IT professionals looking to upgrade or build reliable systems will find this module a practical choice for maintaining performance under demanding workloads.