Name: HMA41GR7AFR8N-TFT1-AB SK Hynix 8GB DDR4-2133 CL15 ECC RDIMM Memory
Brand: SK Hynix
SKU: HMA41GR7AFR8N-TFT1-AB
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The HMA41GR7AFR8N-TFT1-AB SK Hynix 8GB DDR4-2133 CL15 ECC RDIMM Memory is designed to provide 8GB of DDR4 memory capacity with an operating speed of 2133 MHz and a CAS latency of 15. It incorporates ECC for error detection and correction along with a registered DIMM form factor, fitting enterprise and server environments that require enhanced data integrity and system stability.

General Information
Brand	SK Hynix

Technical Information
Memory Capacity	8GB
Memory Technology	DDR4
Module Type	RDIMM
RAM Standard	PC4-17000
Pin Count	288-Pin
Error Correction	ECC
Voltage	1.2V

Performance
Bus Speed	2133 MT/s
Bandwidth	17064 MB/s
Native Speed	2133 MHz
CAS	15

Physical Characteristics
Weight	3.00
Condition	Refurbished

Miscellaneous
Eco Friendly	Yes
Compliance Standards	RoHS
Assembly Required	No

Product Description
The HMA41GR7AFR8N-TFT1-AB is an 8GB DDR4 memory module equipped with ECC (Error-Correcting Code) and registered features. It is primarily designed for use in servers and enterprise-grade workstations that require data integrity and stability. This memory operates at a frequency of 2133 MHz and features a CAS latency of 15, supporting reliable performance in compatible systems that demand consistent error detection and correction. Typical users include IT professionals managing server infrastructure and system administrators ensuring uptime and data accuracy in critical computing environments. Key Features 8GB capacity DDR4 memory module 2133 MHz operating frequency CAS latency of 15 for timing specifications ECC Registered DIMM design for error correction and stability Manufactured by SK Hynix, a recognized memory supplier This memory module provides essential error correction capabilities, which are crucial in minimizing data corruption in systems handling sensitive or critical workloads. Its registered design helps improve signal integrity for systems with multiple memory modules installed.

Use Cases
This memory module is typically used in server and enterprise workstation environments where error correction and data integrity are critical. It benefits applications running on platforms that support DDR4 ECC Registered DIMMs, particularly for workloads demanding stable and consistent memory performance. How It's Used: Installed in servers requiring ECC memory for data accuracy and reliability Used in enterprise workstations handling computational tasks sensitive to memory errors Deployed in data centers to maintain system stability under heavy workloads Employed in multi-module memory configurations benefiting from registered DIMM features Integrated within IT infrastructure where SK Hynix memory modules are supported Overall, this memory module serves a vital role in maintaining system uptime and reliability by reducing the risk of memory errors. It supports IT environments focused on data integrity and operational consistency.

FAQ's
What type of memory is HMA41GR7AFR8N-TFT1-AB? It is an 8GB DDR4 ECC Registered DIMM memory module operating at 2133 MHz with CAS latency 15, designed for server and workstation use. What does ECC RDIMM mean in this memory? ECC stands for Error-Correcting Code, which detects and corrects data corruption, while RDIMM indicates a registered DIMM that improves signal integrity in multi-module setups. Is this module compatible with standard desktop systems? This memory is intended for servers and enterprise workstations supporting DDR4 ECC Registered DIMMs, not standard desktop systems. What is the significance of the 2133 MHz speed? The 2133 MHz specifies the operating frequency of the DDR4 memory, indicating how fast it can process data within compatible systems. Who manufactures the HMA41GR7AFR8N-TFT1-AB module? This memory module is manufactured by SK Hynix, a well-known supplier of semiconductor memory products. What is the CAS latency 15 specification? CAS latency 15 indicates the number of clock cycles the memory takes to access data after a command is received, affecting overall memory timing.