Samsung 8GB DDR4-2133 ECC UDIMM Memory Module

Overview

The Samsung M391A1G43EB1-CPB is an 8 GB DDR4 memory module designed for systems requiring error correction and reliable performance. Operating at 2133 MT/s, it supports ECC to detect and correct single-bit errors, making it well suited for servers and workstations where data integrity is critical. Its UDIMM form factor with 288 pins fits into ECC-compatible motherboards, providing a straightforward upgrade path for enhanced memory capacity and stability.

Key features

• Error correcting code (ECC) support that automatically detects and repairs single-bit memory errors to maintain system stability during demanding workloads.
• Dual-rank x8 configuration with eighteen 512M x 8 chips arranged for efficient data access and improved multitasking performance.
• Low operating voltage of 1.2 V reduces power consumption and heat generation, which benefits server environments and workstations running continuously.
• Compatible with ECC UDIMM slots, allowing easy installation in systems designed for error-correcting memory without additional configuration.
• Reliable performance under heavy multitasking, virtualization, and database operations, ensuring smooth operation in professional and enterprise settings.

Key specs

• Memory capacity: 8 GB
• Memory type: DDR4 ECC UDIMM
• Data transfer rate: 2133 MT/s
• Voltage: 1.2 V
• Chip organization: Dual-rank x8 (2R x 8) with 18 components
• Pin count: 288 pins

Compatibility and installation

This memory module is designed to fit into ECC-capable motherboards with 288-pin UDIMM slots. Installation involves simply snapping the module into the slot and verifying BIOS recognition, making it accessible for system administrators and users upgrading servers or professional desktops. Its ECC functionality ensures compatibility with systems that require error correction for mission-critical applications.

Ideal uses and environments

The Samsung M391A1G43EB1-CPB is a strong choice for server environments, workstations, and professional desktops where data integrity and reliability are essential. It works well in setups involving virtualization, database management, rendering tasks, and long-running simulations. Its low power draw and error correction make it suitable for continuous operation in enterprise and research settings.