Axiom 16GB DDR4 SDRAM Memory Module MP2933RC/16G-AX for Mac Pro Tower/Rack (Late 2019)

Upgrade your Mac Pro Tower or Rack with the Axiom Memory Solutions 16GB DDR4 SDRAM Memory Module MP2933RC/16G-AX, designed for enhanced performance and reliability. This high-performance RAM module utilizes the latest DDR4 technology to deliver significant improvements in speed, power efficiency, and data integrity. With a 288-pin DIMM form factor, it seamlessly integrates into compatible Apple systems, providing a reliable upgrade path for demanding professional workflows.

The Axiom DDR4 module offers a 30% performance boost over previous generations in single DIMM configurations and scales up to 65% faster in multi-DIMM setups, ensuring your system handles data-intensive applications with ease. Its advanced design features improved data signals, which translate to more consistent and faster data transfer rates. The module's enhanced reliability and fault tolerance, supported by its RAS capabilities, help maintain system stability during extended operation, making it ideal for enterprise and creative professionals.

Designed with environmental responsibility in mind, this module complies with RoHS standards and reduces power consumption by 20%, helping to lower operational costs and extend battery life in mobile devices. Its increased component density allows for larger modules, meeting the growing demand for higher memory capacity in next-generation systems. The module's faster data rates enable quicker application loads, improving overall responsiveness for data-heavy workloads. Backed by a lifetime limited warranty, the Axiom 16GB DDR4 SDRAM Memory Module is a dependable choice for upgrading your system's memory and boosting productivity.

Features:

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

• Provides greater reliability, availability, and serviceability (RAS) in enterprise applications - complete integrity and fault tolerance for longer system uptime.

• 20% decrease in power consumption - reduces energy use and cooling resources, extending battery life in mobile devices.

• 300% increase in component densities - supports larger modules for future performance demands.

• 100% increase in speed - faster data rates lead to more responsive applications on data-intensive programs.