Crucial
Crucial 64GB Kit (32GBx2) DDR5-4800 SODIMM
Best high-capacity memory for power users and intensive multitasking.
Elevate your desktop experience with the Crucial 64GB DDR5 memory kit, featuring two 32GB Unbuffered DIMMs. This kit leverages DDR5 technology to deliver significantly faster data transfer rates than previous generations, resulting in quicker application loading and reduced system lag. Operating at a speed of DDR5-4800 with CAS Latency 40, it utilizes standard JEDEC timings. The modules run at 1.1V and support XMP 3 profiles for easy performance tuning, making this memory an excellent choice for substantial system responsiveness upgrades.
$556.99
Owner Satisfaction
4.7
/ 5
Category Rank
97
/ 3233
#97 in RAM
Price vs Category Average
+9%
Above average
Technology
5
/ DDR
Who it's for
- System upgraders seeking guaranteed compatibility and long-term hardware reliability
- Creative professionals running memory-intensive virtualization and multitasking workflows
- Laptop users prioritizing power efficiency and modern bandwidth standards
Who should skip it
- Owners of older laptops lacking DDR5 motherboard support
- Performance enthusiasts chasing the fastest possible memory speeds
- Budget-conscious buyers looking for cost-effective memory upgrades
Performance breakdown
Multitasking Capacity
Massive 64GB headroom handles heavy creative workflows and complex multitasking with ease.
Data Transfer Speed
DDR5 architecture provides a noticeable jump over legacy DDR4 performance standards.
Setup Simplicity
XMP 3 support makes achieving rated speeds a simple one-click process.
Thermal Efficiency
Standard voltage operation keeps power draw low, though lacks dedicated heat spreaders.
System Compatibility
Unbuffered design ensures broad plug-and-play support for most modern desktop motherboards.
Latency Performance
Standard CAS 40 timings prioritize stability over aggressive, low-latency enthusiast tuning.
Key Specs
Technology
DDR5
Module Type
UDIMM
Density
64GB Kit (32GBx2)
Kit Quantity
2
Voltage
1.1V/(5V ext)
Dimm Type
Unbuffered
Die Density
16Gb
default(jedec)
40-39-39
Features
- Significant performance boost via DDR5 technology
- High capacity 64GB kit for intensive multitasking
- Supports XMP 3 for easy speed optimization
- Unbuffered design for standard desktop compatibility
- Faster data transfer rates than previous generations
- Genuine Crucial product assurance
- Includes 45-day return policy
- On-demand customer support available
What customers say
Users overwhelmingly praise this Crucial 64GB DDR5 memory for delivering exceptional reliability and capacity, perfectly suiting demanding professional tasks like video editing and virtualization. The core satisfaction stems from its effortless installation; the memory is plug and play, instantly recognized by major OEM systems without any manual configuration. This stability and guaranteed compatibility are valued highly over marginal speed increases. The significant capacity upgrade effectively resolves performance bottlenecks, transforming sluggish multitasking into smooth workflows. While the initial cost is premium, customers find the tangible performance uplift and long-term value justify the investment. It is the trusted choice for professionals needing maximum, dependable RAM.
Know before you buy
No. DDR5 memory is physically and electrically incompatible with DDR4 slots. You must have a motherboard specifically designed for DDR5 memory to use this kit.
Yes, this kit supports Intel XMP 3.0 profiles, which allows you to easily optimize performance settings within your BIOS. However, it is designed to run at standard JEDEC specifications of 4800MT/s.
Absolutely. The 64GB capacity is ideal for memory-intensive tasks like high-resolution video editing, 3D rendering, and running multiple virtual machines simultaneously.
No, these modules operate at a standard 1.1V and do not require additional cooling. They are designed to run efficiently within standard desktop airflow configurations.
No, this is unbuffered, non-ECC memory. It is intended for standard desktop use rather than server or workstation environments that specifically require Error Correction Code memory.
It is generally recommended to use matching kits to ensure system stability. Mixing different brands, speeds, or capacities can often lead to compatibility issues or force your system to run at the speed of the slowest module.
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