Name: M391B5673FH0-CH9 Samsung 2GB DDR3-1333 CL9 ECC UDIMM Memory Module
Brand: Samsung
SKU: M391B5673FH0-CH9
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The Samsung M391B5673FH0-CH9 is a 2GB DDR3-1333 ECC UDIMM memory module designed to provide error-correcting capabilities in desktop or workstation systems. It operates at 1333 MHz with a CAS latency of 9 and features an unbuffered DIMM form factor suitable for systems requiring ECC support without register buffering.

General Information
Brand	Samsung

Technical Information
Memory Capacity	2GB
Memory Technology	DDR3 SDRAM
Module Type	UDIMM
RAM Standard	PC3-10600
Pin Count	240-Pin
Error Correction	ECC
Voltage	1.5V

Performance
Bus Speed	1333 MHz
Bandwidth	10600 MB/s
Native Speed	1333 MHz
CAS	9

Physical Characteristics
Weight	3.00
Condition	Refurbished

Miscellaneous
Eco Friendly	Yes
Compliance Standards	RoHS, CE
Assembly Required	No

Product Description
The Samsung M391B5673FH0-CH9 is a 2GB DDR3 memory module designed to provide essential system memory for compatible desktop and server environments. Operating at a frequency of 1333 MHz with a CAS latency of 9, it balances responsiveness and stability in memory operations. The module includes ECC functionality, offering error detection and correction to enhance data integrity in applications where reliability is important. This UDIMM (Unbuffered DIMM) memory is typically used in systems that require ECC support but do not utilize registered memory. It is suitable for professional or entry-level servers and workstations where error correction is necessary but buffering is not required. Key Features 2GB capacity DDR3 SDRAM operating at 1333 MHz CL9 latency for memory timing ECC support to detect and correct memory errors Unbuffered DIMM (UDIMM) form factor Manufactured by Samsung In practical terms, this memory module serves as a reliable component for systems that benefit from error correction without the complexity of registered memory. It helps maintain system stability in workloads sensitive to data integrity, supporting consistent performance in professional computing environments.

Use Cases
This Samsung 2GB DDR3-1333 CL9 ECC UDIMM memory module is typically used in business desktops, entry-level servers, and workstations where memory error correction is necessary. It suits environments that need to maintain data integrity under moderate workload conditions. How It's Used: Installed in desktop systems requiring ECC memory for data integrity Used in entry-level servers for error detection and correction Integrated into workstations handling professional applications with moderate memory demands Deployed in systems that support unbuffered ECC memory modules Employed in setups where 2GB memory capacity meets performance requirements This memory module supports system stability by correcting single-bit memory errors, thereby reducing potential data corruption. It fits into ECC-compatible memory slots and contributes to reliable operation in environments with error-sensitive workloads.

FAQ's
What does ECC mean in this memory module? ECC stands for Error-Correcting Code, which allows the memory to detect and correct single-bit errors, improving data integrity during operation. Is the M391B5673FH0-CH9 compatible with non-ECC systems? This module is designed for ECC-supporting systems; it may not function properly or be supported in non-ECC memory slots. What type of memory is the Samsung M391B5673FH0-CH9? It is a DDR3 SDRAM module with a 2GB capacity, operating at 1333 MHz and CAS latency 9 in an unbuffered DIMM form factor. Can this memory be used in a server environment? Yes, it is suitable for entry-level servers or workstations that require ECC memory but do not need registered DIMMs. What is the form factor of this memory? The module uses a UDIMM (Unbuffered Dual Inline Memory Module) form factor designed for desktop and workstation systems. What does CL9 signify in the memory specification? CL9 refers to the CAS latency of 9 clock cycles, indicating the delay time between memory requests and data availability.