Name: X7023A Sun Microsystems 1GB (4x 256MB) 60ns 5V ECC Buffered 168-Pin DIMM Server Memory Kit
Brand: Sun Microsystems
SKU: X7023A
Price: 148.32 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The X7023A Sun 1GB Kit includes eight 128MB ECC Buffered DIMMs that provide error detection and correction to maintain system integrity. Featuring a 168-pin DIMM design, it fits specific Sun Microsystems server and workstation platforms requiring buffered memory modules for improved electrical signaling and stability.

General Information
Brand	Sun Microsystems

Technical Information
Memory Capacity	1GB
Memory Technology	SDRAM
Module Type	RDIMM
Pin Count	168-Pin
Error Correction	ECC,Buffered
Voltage	3.3V

Physical Characteristics
Weight	3.00
Condition	Refurbished

Miscellaneous
Assembly Required	No

Product Description
The X7023A Sun 1GB Kit consists of eight 128MB ECC Buffered DIMM modules designed for use in compatible Sun Microsystems servers and workstations. This memory kit provides error checking and buffering to enhance system stability in critical computing environments. Typically utilized in enterprise IT infrastructures, this memory kit supports workloads that demand data integrity and consistent operation. IT professionals and system administrators select such memory configurations to maintain server reliability and performance. Key Features Total memory capacity of 1GB through eight 128MB modules Error Correcting Code (ECC) for automatic detection and correction of memory errors Buffered design to reduce electrical load on the memory controller 168-pin DIMM form factor suitable for systems supporting this specification Manufactured by Sun Microsystems for compatibility with their hardware platforms This memory kit plays a crucial role in maintaining data accuracy and system uptime in environments requiring continuous operation. By detecting and correcting memory errors, it helps prevent system crashes and data corruption, making it a practical choice for enterprise-grade Sun Microsystems systems.

Use Cases
This memory kit is typically deployed in Sun Microsystems servers and workstations where data integrity and uptime are priorities. It suits environments running mission-critical applications requiring error correction and system stability. How It's Used: Installed in Sun Microsystems enterprise servers to support database and transaction processing workloads Used in Sun workstations for engineering and scientific computing tasks Employed in data center systems requiring buffered ECC memory for improved error management Integrated into legacy Sun hardware platforms compatible with 168-pin DIMMs Deployed by IT administrators managing Sun Microsystems-based infrastructure The X7023A memory kit functions as a foundational component to ensure reliable system operations. Its error correcting and buffering features contribute to preventing data errors and maintaining continuous system performance in demanding IT environments.

FAQ's
What does ECC Buffered memory mean? ECC Buffered memory combines error-correcting code with buffering technology to detect and correct data errors while reducing electrical load on the memory controller, enhancing system stability. Is the X7023A compatible with all Sun Microsystems servers? The X7023A is designed for Sun Microsystems systems that support 168-pin ECC Buffered DIMMs; compatibility depends on the specific server model and its memory specifications. How many modules are included in the X7023A kit? The kit contains eight individual 128MB DIMM modules, totaling 1GB of memory capacity. What is the significance of the 168-pin DIMM format? The 168-pin DIMM is a specific memory module form factor that fits into compatible memory slots on supported Sun Microsystems systems. Can this memory kit be used in non-Sun systems? This memory kit is intended for Sun Microsystems hardware; usage in non-Sun systems depends on system compatibility with 168-pin ECC Buffered DIMMs and is not guaranteed. Does the X7023A support error correction? Yes, the memory modules include ECC functionality to automatically detect and correct single-bit memory errors, improving data reliability.