Name: HMT351U7CFR8C-PBT0 SK Hynix 4GB DDR3-1600 CL11 ECC UDIMM Memory
Brand: SK Hynix
SKU: HMT351U7CFR8C-PBT0
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The HMT351U7CFR8C-PBT0 SK Hynix 4GB DDR3-1600 CL11 ECC UDIMM Memory module offers 4GB capacity with DDR3 technology at 1600 MHz speed. It supports ECC for error correction and uses an unbuffered DIMM design, making it suitable for systems that need data integrity and standard form factor compatibility.

General Information
Brand	SK Hynix

Technical Information
Memory Capacity	4GB
Memory Technology	DDR3 SDRAM
Module Type	UDIMM
RAM Standard	PC3-12800
Pin Count	240-Pin
Error Correction	ECC
Voltage	1.5V

Performance
Bus Speed	1600 MT/s
Bandwidth	12800 MB/s
Native Speed	1600 MHz
CAS	CL11

Physical Characteristics
Package	FBGA
Weight	3.00
Condition	Refurbished

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

Product Description
The HMT351U7CFR8C-PBT0 by SK Hynix is a 4GB DDR3 memory module operating at 1600 MHz. It serves as system memory designed to enhance computing performance by providing additional volatile storage for applications and processes. This module uses the UDIMM (Unbuffered DIMM) form factor and supports ECC (Error-Correcting Code) functionality, making it suitable for systems requiring data integrity and error detection. Typical users include IT professionals and system builders who need dependable memory components for servers or workstations that support ECC. Key Features Capacity of 4GB for moderate memory requirements DDR3-1600 MHz speed ensuring compatibility with DDR3 platforms ECC support for automatic error detection and correction UDIMM form factor for standard desktop or server motherboards CAS Latency 11 timing balancing speed and stability This memory module provides a practical solution for systems requiring error correction in memory operations, helping maintain data accuracy and system stability. Its specifications position it well for integration in environments where reliability is prioritized.

Use Cases
This memory module is typically used in servers or workstations that require error-correcting memory to ensure data integrity. It fits environments with moderate memory demands and where DDR3-1600 modules are supported. How It's Used: Installed in server motherboards supporting ECC UDIMM DDR3 memory Used in workstations where data integrity is critical Employed in IT environments upgrading memory capacity with compatible DDR3 modules Deployed in legacy systems requiring 4GB DDR3-1600 ECC memory Utilized in configurations needing CAS Latency 11 timing for performance balance Overall, this memory module plays a role in maintaining system stability through error correction and ensures compatibility with DDR3 platforms requiring UDIMM form factor modules.

FAQ's
What does ECC UDIMM mean for this memory module? ECC UDIMM stands for Error-Correcting Code Unbuffered Dual Inline Memory Module. It means the module can detect and correct certain types of memory errors, enhancing data integrity, and is unbuffered for standard desktop/server use. Is the HMT351U7CFR8C-PBT0 compatible with non-ECC systems? This memory module is designed for ECC-supporting systems. Installing it in non-ECC systems may result in incompatibility or the ECC feature being disabled, depending on motherboard support. What does CAS Latency 11 indicate? CAS Latency 11 refers to the delay time between a command and when data is available. A CL11 timing means the memory waits 11 clock cycles, balancing speed with stability for DDR3-1600 modules. Can this module be used in laptops? No, this is a UDIMM, which is a desktop/server DIMM form factor. Laptops typically require SO-DIMM memory modules which are physically smaller. What systems support DDR3-1600 ECC UDIMM memory? Systems with motherboards and processors that support DDR3-1600 MHz memory speed and ECC functionality will support this module. It is commonly used in servers and workstations with compatible chipsets. Does the 4GB capacity limit its use? The 4GB size fits systems with moderate memory requirements. For heavy workloads needing more memory, multiple modules or higher-capacity modules would be necessary.