Micron MTC36F2046S1PC48BA1R 64GB 2Rx4 PC5-38400 DDR5 4800MT/s ECC Memory Ref

Key Features:

High Capacity: MICRON Ddr5 Memory Modules Are Available In High Capacities, Catering To
The Increasing Demands Of Modern Computing Environments. With Options Such As 64gb
Modules, Users Can Expect Ample Memory Space To Handle Resource-intensive Tasks.

Increased Data Transfer Rates: Ddr5 Technology Boasts Impressive Data Transfer Rates,
With Speeds Reaching Up To 4800mt/s (mega-transfers Per Second). This Elevated Bandwidth
Facilitates Faster Data Access, Improving Overall System Performance And Responsiveness.

Ecc (error-correcting Code) Support: MICRON Ddr5 Memory Modules Incorporate Ecc
Functionality, Ensuring Data Integrity And Reliability By Identifying And Correcting
Errors In Real-time. This Feature Is Particularly Crucial In Mission-critical
Applications Where Data Accuracy Is Paramount.

Advanced Architecture: Ddr5 Introduces A More Advanced Architecture Compared To Its
Predecessors, Featuring A 2rx4 Organization, Which Allows For Efficient Data Access And
Processing. The Improved Organization Contributes To The Memorys Overall Speed And
Responsiveness.

Low Voltage Operation: MICRON Ddr5 Operates At A Low Voltage Of 1.1v, Contributing To
Energy Efficiency And Reduced Power Consumption. This Is A Key Consideration For
Environmentally Conscious Computing And Can Lead To Lower Operating Costs.

288-pin Dimm Form Factor: MICRON Ddr5 Memory Modules Adhere To The 288-pin Dimm (dual In-
Line Memory Module) Form Factor, Ensuring Compatibility With A Wide Range Of Computing
Systems And Platforms.

Next-generation Computing: As Ddr5 Becomes More Prevalent, It Is Expected To Play A
Pivotal Role In Next-generation Computing Applications, Supporting Advancements In
Artificial Intelligence, Data Analytics, Gaming, And Other Memory-intensive Tasks.

Applications:

MICRON Ddr5 Memory Is Well-suited For Various Computing Applications, Including But Not
Limited To:

Server Environments: Ddr5s High Capacity And Data Transfer Rates Make It An Ideal Choice
For Servers, Handling Demanding Workloads And Ensuring Optimal Performance In Data
Centers.

Workstations: Professionals Working With Resource-intensive Applications Such As Video
Editing, 3d Rendering, And Scientific Simulations Can Benefit From The Increased Speed
And Capacity Of Ddr5 Memory.

Gaming Systems: Ddr5s Enhanced Performance Is Particularly Advantageous For Gaming
Enthusiasts, Providing Faster Load Times, Smoother Gameplay, And Improved Overall Gaming
Experiences.

Ai And Machine Learning: The High Bandwidth And Data Integrity Features Of Ddr5 Support
The Demanding Requirements Of Ai And Machine Learning Applications, Accelerating Data
Processing And Analysis.