Name: 466436-061 HP 4GB DDR2 667MHz ECC FB-DIMM 240-Pin Memory Module
Brand: HP
SKU: 466436-061
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The HP 4GB DDR2 667MHz ECC FB-DIMM memory module provides error-correcting capabilities with a 4GB capacity using DDR2 technology at 667MHz. It is a fully buffered DIMM with a 240-pin interface operating at 1.8 volts, designed to fit specific HP systems requiring ECC memory for enhanced data integrity.

General Information
Brand	HP

Technical Information
Memory Capacity	4GB
Memory Technology	DDR2
Module Type	FB-DIMM
RAM Standard	PC2-5300
Pin Count	240-Pin
Error Correction	ECC
Voltage	1.8V

Performance
Bus Speed	667MHz
Bandwidth	5333 MB/s
Native Speed	667MHz
CAS	5

Physical Characteristics
Weight	3.00
Condition	Refurbished

Miscellaneous
Compliance Standards	RoHS
Assembly Required	No

Product Description
The HP 4GB DDR2 667MHz ECC FB-DIMM (466436-061) is a memory module designed to enhance system memory capacity and stability. It fits into 240-pin slots and operates at 667MHz with a low voltage of 1.8V, providing balanced performance and power consumption. This module incorporates error-correcting code (ECC) technology and is fully buffered (FB-DIMM), which helps detect and correct memory errors, making it suitable for systems requiring data integrity such as servers and workstations. IT professionals and system integrators often use this memory in compatible HP systems that support DDR2 FB-DIMM technology for improved reliability and capacity expansion. Key Features 4GB capacity DDR2 memory module 667MHz memory speed for data processing ECC support for automatic error correction Fully Buffered DIMM (FB-DIMM) architecture 240-pin connector interface at 1.8 volts This memory module plays a critical role in maintaining system stability by correcting errors in real-time. Its design caters to environments where data accuracy and system uptime are essential. Using this memory helps ensure consistent operation within supported HP systems that require ECC FB-DIMM technology.

Use Cases
This HP 4GB DDR2 667MHz ECC FB-DIMM memory is typically used in enterprise server and workstation environments where data integrity and system stability are priorities. It suits workloads requiring error correction and memory buffering to reduce data corruption risks. How It's Used: Installed in HP servers that support DDR2 ECC FB-DIMM modules Used in workstations requiring 4GB memory capacity with error correction Deployed in data processing tasks sensitive to memory errors Useful in IT infrastructure requiring reliable memory performance Applied in environments aiming to maintain uptime with ECC memory technology This memory module supports system reliability by reducing the chance of memory-induced errors. Its role is to help maintain consistent operation in critical computing environments where data accuracy is essential.

FAQ's
What systems are compatible with the HP 466436-061 memory? This memory module is compatible with HP servers and workstations that support DDR2 667MHz ECC Fully Buffered DIMM technology and use 240-pin memory slots. What does ECC FB-DIMM mean for this HP memory? ECC stands for error-correcting code, which detects and corrects data errors. FB-DIMM means Fully Buffered DIMM, a memory technology that improves data integrity and system reliability. Can this memory be used in non-HP systems? This module is designed specifically for HP systems supporting DDR2 ECC FB-DIMM memory. Compatibility with non-HP systems depends on matching technical specifications and slot type. What is the significance of 1.8V in this memory module? The memory operates at a low voltage of 1.8 volts, which is standard for DDR2 modules, balancing power consumption and performance. How many pins does the HP 466436-061 memory have? This memory module has a 240-pin connector interface, which fits into the corresponding slots on compatible HP systems. Is this a single or multi-rank memory module? The provided information does not specify rank configuration; additional system documentation should be consulted for this detail.