CT2K32G48C40U5 Micron 64GB DDR5 4800Mhz PC5-38400 ECC CL40 288-Pin Udimm Memory

Overview of Micron CT2K32G48C40U5 64GB DDR5 Memory 

The Micron CT2K32G48C40U5 64GB DDR5 memory kit is designed to deliver high-performance and reliable memory solutions for modern desktop and workstation systems. Featuring two 32GB modules, this memory kit combines speed, efficiency, and error-correcting capability to ensure seamless computing experiences.

General Information

• Brand: Micron
• Part Number: CT2K32G48C40U5
• Product Type: Memory Module

Technical Specifications

• Memory Type: DDR5 SDRAM
• Memory Capacity: 64GB (2 x 32GB)
• Speed: 4800MHz (PC5-38400)
• Voltage: 1.10V
• Form Factor: 288-pin UDIMM
• Signal Processing: Unbuffered
• Data Protection: ECC

The Micron CT2K32G48C40U5 64GB DDR5 4800Mhz Memory 

The Micron CT2K32G48C40U5 64GB DDR5 memory kit, consisting of two 32GB UDIMM modules, represents a significant step forward in high-performance memory solutions for modern computing systems. Designed to meet the demands of professionals, content creators, and enterprise environments, this kit combines reliability, speed, and energy efficiency. With a clock speed of 4800MHz, a data transfer rate of PC5-38400, and a low latency of CL40, this memory kit ensures smooth and responsive system performance for both single-threaded and multi-threaded applications.

Performance and Speed Advantages

The Micron CT2K32G48C40U5 kit operates at 4800MHz, offering a substantial increase in memory bandwidth compared to previous DDR4 technologies. This high-speed performance is ideal for compute-intensive tasks, such as data analysis, virtualization, 3D rendering, and large-scale simulations.

Latency and Timings

With a CAS latency of CL40, this DDR5 memory balances speed and efficiency. Lower latency allows the processor to access data more quickly, which is crucial for applications requiring frequent memory reads and writes. The memory kit’s optimized timings ensure minimal delay between operations, enhancing overall system responsiveness.

Impact on Multitasking

High-capacity DDR5 modules like the CT2K32G48C40U5 significantly improve multitasking performance. Users running multiple applications simultaneously—such as virtual machines, databases, and content creation tools—benefit from the larger memory footprint, allowing for smoother transitions between tasks and reduced bottlenecks.

Energy Efficiency and Voltage Benefits

Operating at a voltage of only 1.10V, the Micron CT2K32G48C40U5 memory kit is designed to reduce power consumption while maintaining high performance. This lower operating voltage not only contributes to energy efficiency but also reduces heat generation, enhancing system stability and longevity.

Thermal Management

Efficient power usage and low voltage operation reduce the thermal footprint of DDR5 memory modules. This is particularly advantageous in compact server environments or workstation builds where airflow may be limited. Lower operating temperatures contribute to longer module lifespan and reduce the likelihood of thermal throttling during intensive workloads.

Memory Performance and Reliability

Micron's DDR5 UDIMM modules provide exceptional performance for both professional and enthusiast-level computing. With a memory speed of 4800MHz and ECC support, the CT2K32G48C40U5 kit safeguards against data corruption while maximizing system responsiveness. This makes it an excellent choice for.

Comparison to Non-ECC Memory

While non-ECC memory is suitable for general consumer desktops, it lacks the ability to automatically correct errors. ECC modules like the Micron CT2K32G48C40U5 provide a higher level of reliability, which is crucial for professional and business applications where even minor memory errors could lead to significant consequences.

Optimizing System Reliability

Integrating ECC memory into servers and high-performance workstations improves system stability, especially under sustained heavy workloads. Applications such as financial modeling, scientific computing, and database management benefit from reduced error rates, ensuring consistent performance and data integrity.

UDIMM Form Factor and Compatibility

The Micron CT2K32G48C40U5 memory kit comes in a 288-pin UDIMM (Unbuffered DIMM) form factor, compatible with a wide range of desktop and workstation motherboards. The unbuffered design allows for direct communication with the memory controller, providing faster data access compared to registered or buffered modules.

Compatibility with DDR5 Platforms

This memory kit is fully compliant with DDR5 standards, ensuring seamless integration with motherboards that support PC5-38400 speeds. Before installation, users should confirm motherboard compatibility and BIOS support to maximize performance and stability.

Dual-Channel Performance

Using two identical 32GB modules allows the system to take advantage of dual-channel memory architecture. Dual-channel operation increases memory bandwidth, improving performance in tasks such as gaming, content creation, and professional software applications that rely heavily on memory throughput.

Comparisons with Other DDR5 Memory Kits

Compared to earlier DDR4 memory solutions, the Micron DDR5 modules provide increased bandwidth, lower voltage, and improved energy efficiency. When evaluating other DDR5 kits, users will find that ECC functionality, unbuffered design, and high-quality manufacturing differentiate Micron memory from consumer-grade alternatives.

Performance Benchmarking

Benchmarks reveal that the CT2K32G48C40U5 consistently delivers superior read/write speeds and lower latency than non-ECC DDR5 modules. These performance gains are particularly noticeable in applications involving large-scale computations, virtual machine deployments, and high-resolution content editing.

Memory Expansion Strategies

The 2x32GB configuration allows users to scale memory gradually, optimizing system performance without overhauling the entire memory setup. For future-proofing, users can combine additional compatible DDR5 modules to achieve higher total capacities while maintaining ECC benefits.