Name: 797345-581 HP 4GB DDR4 2133MHz CL15 Non-ECC UDIMM Memory Module
Brand: HP
SKU: 797345-581
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The HP 4GB DDR4 2133MHz CL15 Non-ECC UDIMM Memory module offers a 4GB capacity and operates at a frequency of 2133MHz. It features CAS latency of 15 and is a non-ECC unbuffered DIMM, making it suitable for desktop computer systems that support DDR4 memory modules.

General Information
Brand	HP

Technical Information
Memory Capacity	4GB
Memory Technology	DDR4
Module Type	UDIMM
RAM Standard	PC4-17000
Pin Count	288-Pin
Error Correction	Non-ECC
Rank	Single-Rank
Voltage	1.2V

Performance
Bus Speed	2133 MHz
Bandwidth	17000 MB/s
Native Speed	2133 MT/s
CAS	CL15

Physical Characteristics
Weight	3.00
Condition	Refurbished

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

Product Description
The HP 4GB DDR4 2133MHz CL15 Non-ECC UDIMM Memory module provides essential system memory designed for compatible desktop computers. It offers a 4GB capacity utilizing DDR4 technology at a speed of 2133MHz, suitable for general computing tasks. This memory module features a CAS latency of 15 (CL15) and a non-ECC unbuffered DIMM architecture, making it appropriate for environments that do not require error-correcting code memory. Key Features 4GB memory capacity designed for moderate memory requirements DDR4 technology at 2133MHz for standard data transfer rates CL15 latency balancing speed and timing needs Non-ECC unbuffered DIMM format for desktop compatibility Manufactured by HP to meet system specifications This memory module serves as a straightforward upgrade or replacement for systems supporting DDR4 UDIMM memory at 2133MHz. Its design meets typical desktop usage scenarios where non-ECC memory is appropriate, providing reliable support for routine computing tasks.

Use Cases
This memory module is typically used in desktop systems requiring standard DDR4 memory upgrades or replacements. It suits environments where moderate memory capacity is sufficient and error correction is not necessary, such as general office workstations or home computers. How It's Used: Upgrading desktop PCs to increase available system memory Replacing faulty or failing DDR4 2133MHz UDIMM modules Supporting general productivity and office application workloads Providing memory in systems that do not require ECC functionality Integrating into compatible HP desktop systems specified for 2133MHz DDR4 memory Overall, this memory module fits operational roles where standard DDR4 memory performance meets the computing demands without additional error correction. It is intended for environments that balance cost and system memory needs without specialized server requirements.

FAQ's
Is this memory module compatible with all DDR4 systems? This module is compatible with systems that support DDR4 UDIMM memory at 2133MHz. It is designed for desktops that accept non-ECC unbuffered DIMMs. Compatibility should be verified with the specific system requirements. What does CL15 latency mean for this HP memory? CL15 refers to the CAS latency, which is the delay time between a command and data availability. A CL15 latency indicates standard timing for DDR4-2133 memory modules, suitable for general computing needs. Can this HP 797345-581 module be used in servers? This memory is non-ECC and unbuffered, typically not suitable for server environments that require ECC memory for error correction and stability. Does this module require any special configuration for installation? No special configuration is required. It installs as a standard DDR4 UDIMM in compatible desktop motherboard slots supporting 2133MHz memory. What is the difference between ECC and non-ECC memory? ECC memory can detect and correct certain types of data corruption, while non-ECC memory, like this module, does not provide error correction and is generally used in desktop systems. Is the 4GB capacity suitable for modern desktop applications? 4GB capacity supports basic desktop applications and operating systems but may be limited for more demanding workloads. It is suitable for entry-level or legacy systems requiring moderate memory.