Axiom Memory Solutions 64GB DDR4 SDRAM Memory Module - AXG92499268/1

Upgrade your system with the Axiom Memory Solutions 64GB DDR4 SDRAM Memory Module, designed for high-performance and reliable computing. Featuring the latest DDR4 technology, this module offers improved data signal integrity, enabling faster and more efficient data processing for demanding applications. Its advanced design delivers up to 30% performance improvement in single DIMM configurations and scales up to 65% faster in multi-DIMM setups, making it ideal for both enterprise and high-performance computing environments. The module's high bandwidth and increased data rates reduce latency, resulting in more responsive applications and smoother multitasking capabilities. Built with energy efficiency in mind, this DDR4 module consumes approximately 20% less power compared to previous generations, decreasing operational costs and extending battery life for mobile devices. The increased component density allows for larger modules, supporting the growing demands of next-generation systems. Its robust fault tolerance and reliability features provide complete integrity and availability, ensuring system stability over extended periods. Designed with compatibility and eco-friendliness in mind, this TAA-compliant module is environmentally friendly and backed by a lifetime warranty. The 288-pin DIMM form factor makes installation straightforward, providing a seamless upgrade path for existing systems seeking enhanced performance and reliability.

Features:

• Improved data signal for faster and more reliable data transfer.

• Provides greater reliability, availability, and serviceability (RAS) in enterprise applications, ensuring system stability over long periods.

• 20% decrease in power consumption, reducing operational costs and supporting mobile device battery life.

• 300% increase in component densities, enabling larger modules for next-generation performance demands.

• 100% increase in data speed, resulting in quicker application loads and improved responsiveness for data-intensive tasks.