Crucial 64GB (2 x 32GB) DDR4 SDRAM Memory Kit

This Crucial 64GB DDR4 SDRAM memory kit is built for power users who demand nothing less than peak performance from their systems. Comprising two 32GB modules, this kit delivers a total of 64GB of high-density memory in a dual-channel configuration to accelerate heavy multitasking, content creation, virtualization, large data processing, and memory-intensive applications. Engineered for DDR4-3200 speeds, PC4-25600 bandwidth, and tight CL22 timings at 1.20V, this kit is designed to strike the right balance between speed, capacity, and efficiency. Whether you’re upgrading a capable desktop or a workstation with 288-pin DIMM slots, this memory kit is built to unlock smoother workflows, quicker data access, and a more responsive overall system experience. Crucial’s reputation for compatibility and reliability is your assurance that this kit will integrate with your platform with minimal hassle and maximum stability.

• Massive capacity for demanding workloads: This 64GB kit (2 x 32GB) is engineered for heavy multitasking and memory-hungry applications. With 64GB of total memory, you can run multiple virtual machines, large spreadsheets, high-resolution editing, 3D rendering, and complex simulations without constantly swapping to disk. The dual 32GB modules are designed to operate in dual-channel configuration, providing improved bandwidth and data throughput compared to single-channel or lower-capacity setups. This makes a tangible difference in real-world performance, allowing you to keep more tasks open and files readily accessible while maintaining snappy responsiveness.
• Blazing-fast DDR4-3200 memory with efficient timings: The modules run at DDR4-3200 speed (PC4-25600) with CL22 timings and a modest 1.20V operating voltage. This combination delivers strong memory bandwidth for data-intensive workloads while maintaining efficient power usage. The 3200 MT/s data rate helps accelerate loading times, accelerates large file transfers, and improves cache-driven operations, so you experience quicker application launches and smoother multitasking even when your workflow involves heavy media editing, multi-app environments, or large-scale data analysis.
• Unbuffered, 288-pin DIMM design for broad compatibility: The kit is built as unbuffered memory with a 288-pin DIMM form factor. While most consumer and professional systems can leverage this configuration, it’s essential to verify your motherboard, workstation, or system’s memory specifications to ensure support for 288-pin modules and high-capacity DIMMs. Unbuffered memory offers reliable, straightforward performance for everyday computing and professional workloads, avoiding the complexities that come with registered or ECC memory in many consumer environments. This makes the Crucial kit a practical upgrade path for compatible desktops and workstations seeking dependable stability and predictable performance gains.
• Power efficiency and thermal reliability: Operating at 1.20V, these modules are designed to deliver notable performance without excessive power consumption. Lower voltage helps in reducing heat generation, which can contribute to a cooler system footprint during long compute sessions. In turn, this supports sustained performance under heavy workloads, helping prevent thermal throttling and maintaining a smoother user experience during extended editing, rendering, or simulation tasks. Crucial’s emphasis on quality components and careful validation under real-world conditions further reinforces the kit’s reliability for demanding usage patterns.
• Seamless upgrade experience with dependable compatibility: Crucial memory kits are engineered with compatibility in mind, and this 64GB kit is designed to integrate with supported systems with minimal hassle. The dual 32GB modules are pre-matched to ensure balanced performance and stable operation as a pair. This plug-and-play upgrade can dramatically improve system responsiveness for professionals who rely on large datasets, virtual machines, and resource-intensive software. While it’s always wise to confirm motherboard or system memory limits and supported speeds in BIOS, this Crucial kit represents a straightforward path to significantly expanding your memory capacity and enhancing productivity.

Technical Details of Crucial 64GB (2 x 32GB) DDR4 SDRAM Memory Kit

• Capacity: 64GB (2 x 32GB)
• Module Type: DDR4 SDRAM
• Form Factor: 288-pin DIMM
• Speed: DDR4-3200 (PC4-25600)
• Latency: CL22
• Voltage: 1.20V
• Configuration: 2 x 32GB
• Unbuffered: Yes
• ECC: Non-ECC

How to install Crucial 64GB (2 x 32GB) DDR4 SDRAM Memory Kit

• Prepare your system: Power down the computer, unplug the power cord, and disconnect any peripheral devices. If you’re working with a laptop, follow the manufacturer’s instructions for accessing memory slots. Ground yourself to prevent static discharge before handling the modules.
• Open the memory access area: Access the memory slots on your motherboard or workstation. Identify the available 288-pin DIMM slots and determine whether you will be adding to existing modules or performing a clean upgrade with new modules.
• Open the DIMM slots: If necessary, release the memory slot latches on both sides of the slot by gently pulling them outward. Ensure the slot is ready to receive a new module with the retention clips fully open.
• Install the memory: Align the notch on the Crucial memory modules with the key in the slot. Insert the modules straight down into the slots, applying even pressure until the latches click into place and hold the modules securely. Do not bend or tilt the modules during installation.
• Power up and verify: Reassemble the system, power it on, and enter the BIOS or UEFI to verify that the memory is detected at the correct speed (3200 MT/s). If needed, enable XMP (or DOCP/EOCP on non-Intel platforms) to run the modules at their rated speed. Finally, run a memory diagnostic tool or your preferred stress test to confirm stability and performance.

Frequently asked questions

• Q: Is this kit compatible with desktops or notebooks?

  A: This kit uses 288-pin DIMMs and is intended for systems that support this form factor. Verify your motherboard or system documentation for compatibility with 288-pin DIMMs and the maximum supported memory per slot before upgrading. Some notebooks use different memory form factors (such as SO-DIMMs), so confirm your device’s supported memory type and capacity.

• Q: What performance improvements can I expect with a 64GB DDR4-3200 kit?

  A: Expect noticeably improved multitasking, faster data access, and smoother performance when running resource-intensive applications, large datasets, virtualization, and media editing workflows. While real-world gains depend on your overall system configuration and workload, upgrading from a lower-capacity memory setup typically yields faster application responsiveness and reduced paging to disk during heavy use.

• Q: Do I need to enable an XMP profile after installation?

  A: If your motherboard or system BIOS supports XMP (or DOCP/EOCP on non-Intel platforms), enabling the profile can allow the memory to run at its rated 3200 MT/s. If you don’t enable XMP, the memory may run at a default safe speed. Always consult your motherboard manual to understand the best settings for stability and performance in your specific system.

• Q: How should I verify that the memory is functioning correctly after installation?

  A: Run a memory diagnostic tool or benchmarking software to confirm that the modules are detected properly, running at the correct speed, and free of errors. Monitor system temperatures to ensure stable operation under load, and check for any memory-related warnings in the BIOS/UEFI or operating system reports.

• Q: What if I run into compatibility issues?

  A: If you encounter compatibility problems, verify: (1) the system supports 64GB total memory and 288-pin DIMMs, (2) the pairing is correct for dual-channel operation, (3) BIOS is up to date, and (4) the modules are seated properly. If issues persist, contact Crucial support or consult your system manufacturer for guidance on compatible memory configurations.