Name: D3577A HP 8MB Parity 36-Bit 70ns 72-Pin SIMM Memory Module
Brand: HP
SKU: D3577A
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The D3577A HP 8MB Parity 70ns 36-Bit 72-Pin SIMM Memory is a memory module designed for systems requiring error-checked data storage. It offers 8MB capacity with parity support, a 36-bit data width, and a 70ns access time, fitting into a 72-pin SIMM slot typical of certain legacy HP systems.

General Information
Brand	HP

Technical Information
Error Correction	Parity
Voltage	5V

Performance
Native Speed	70ns

Physical Characteristics
Package	FBGA
Weight	3.00
Condition	Refurbished

Miscellaneous
Eco Friendly	Yes
Assembly Required	No

Product Description
The HP 8MB Parity 70ns 36-Bit 72-Pin SIMM Memory (part number D3577A) is a memory module designed to provide error-checked data storage for compatible computing systems. This memory module utilizes parity bits to assist with error detection, enhancing data integrity during operation. Typically, this SIMM module is used in legacy systems requiring 36-bit memory configurations for applications where parity error checking is essential. It suits environments where maintaining data accuracy is necessary through hardware-based parity monitoring. Key Features 8MB memory capacity for moderate data storage 36-bit width with parity for error detection 70 nanoseconds memory access speed 72-pin SIMM form factor for appropriate system fit Manufactured by HP for system compatibility This memory module provides a balance between capacity and error detection for systems supporting parity memory. It is valuable in setups where data integrity is prioritized over maximum memory size and is suited for maintaining stable operation in compatible hardware.

Use Cases
This HP 8MB Parity SIMM memory module is generally used in older computing environments where parity error checking is necessary. It suits systems demanding 36-bit wide memory modules with moderate capacity and specific pin configurations for compatibility. How It's Used: Upgrading memory in legacy HP workstations or servers requiring 36-bit parity modules Replacement memory for systems designed for 72-pin SIMM form factors Environments where error detection via parity bits is implemented for data reliability Systems with workloads that benefit from moderate memory capacity and parity support Applications where 70ns access speed matches system memory timing requirements In these environments, the module plays a functional role in maintaining system memory stability and error checking without altering existing system architecture. Its specific configuration ensures proper hardware integration in compatible legacy machines.

FAQ's
What type of memory does the D3577A use? The D3577A uses 36-bit 72-pin SIMM memory with parity support and an 8MB capacity. It is designed for systems requiring parity error detection. What does the 70ns specification mean? 70ns refers to the memory access time, indicating the speed at which the module can read or write data. It defines how quickly the memory responds to system requests. Is this memory compatible with modern systems? The D3577A is intended for legacy systems that accept 72-pin SIMM modules. It is generally not compatible with modern memory architectures. What is the significance of parity in this memory? Parity provides an additional bit for error checking, allowing systems to detect single-bit memory errors and improve data integrity during processing. Can this module be used in non-HP systems? This module is designed primarily for HP systems with compatible 72-pin SIMM slots and parity support. Compatibility with non-HP systems depends on matching these specifications. How does the 36-bit width affect system performance? The 36-bit width includes 32 data bits plus 4 parity bits, supporting error detection without changing standard data throughput significantly.

D3577A HP 8MB Parity 36-Bit 70ns 72-Pin SIMM Memory Module

Product Overview

General Information

Technical Information

Performance

Physical Characteristics

Miscellaneous

Product Description

Use Cases

FAQ's