Kingston Fury Renegade White DDR5 32GB (2x16GB) 7200MT/s CL38 Kit – XMP Ready

Unlock extraordinary performance with Kingston’s Fury Renegade White DDR5 memory. This kit packs 32GB of high-speed memory in a sleek, white magnetic heat-spreader that not only delivers blistering bandwidth but also adds a touch of premium aesthetics to any build. The two 16GB modules are designed for dual-channel efficiency, enabling smoother multitasking, faster game loading, and responsive content creation. Whether you’re pushing frame rates in the latest AAA titles, rendering complex 3D scenes, or running memory-hungry workloads, this kit is engineered to offer headroom today and performance headroom for tomorrow. With 7200 MT/s speeds and CL38 timings, you’ll feel a tangible difference in day-to-day tasks, creative workflows, and latency-sensitive operations, all while enjoying a clean, white finish that complements white PC builds and RGB lighting setups alike.

• Blazing-fast DDR5 memory at 7200 MT/s delivers higher bandwidth and reduced latency for gaming, streaming, and production workloads. The kit is tuned for aggressive performance, helping you load textures faster, enjoy smoother world streaming, and experience snappier system responsiveness during intense gaming sessions or creative renders.
• 32GB capacity in a 2x16GB kit provides ample headroom for modern gaming titles, virtual machines, large photo and video editing projects, and multitasking without slowing down. This dual-module configuration also maximizes memory bandwidth and maintains clean, stable operation across demanding tasks.
• White heat spreader with a sleek, premium design not only looks striking in white builds but also helps dissipate heat efficiently to maintain stability during long gaming marathons or extended render sessions. The understated white finish complements minimalist builds and pairs nicely with RGB accents for a refined aesthetic.
• Intel XMP 3.0 ready for automatic optimization with plug-and-play profiling makes it easy to reach rated speeds on compatible motherboards. This feature removes guesswork and lets you enjoy peak performance with minimal BIOS tinkering, while providing safe overclocking headroom for enthusiasts who want a bit more bite from their system.
• Reliability, compatibility, and support you can trust from Kingston’s long-standing legacy in memory technology. The Fury Renegade White kit is engineered for compatibility across a wide range of DDR5 platforms and is backed by Kingston’s enduring warranty and responsive consumer support, ensuring confidence in your investment for the long haul.

Technical Details of Kingston 32gb 7200mt/s Ddr5 Cl38 Dimm (kit Of 2) Fury Renegade White Xmp

• Memory Type: DDR5
• Capacity: 32GB (2 x 16GB)
• Speed: 7200 MT/s
• CAS Latency: CL38
• Module Type: DDR5 DIMM (Unbuffered)
• Form Factor: UDIMM
• Heat Spreader: White aluminum heat spreader for improved cooling and aesthetics
• XMP: XMP 3.0 ready for automatic overclocking profiles
• Voltage: Standard DDR5 voltage profile (as supported by the platform)
• Compatibility: Designed for DDR5-compatible desktops and workstation motherboards

How to Install Kingston 32gb 7200mt/s Ddr5 Cl38 Dimm (kit Of 2) Fury Renegade White Xmp

• Prepare your workspace: power down the PC, unplug the power cord, and ground yourself to prevent static discharge. Open the case to access the motherboard and memory slots.
• Identify the correct DDR5 DIMM slots on your motherboard. For dual-channel operation, install the two modules into the recommended slots as outlined in your motherboard manual, ensuring they are aligned with the notch and seated evenly.
• Install the modules: insert each module straight down with even pressure until the locking clips click into place. Do not force the modules; if they don’t seat easily, re-check alignment and try again.
• Power up and enter the BIOS/UEFI: load defaults if you’re unsure, then enable XMP 3.0 (or the equivalent memory profile) to run the modules at their rated 7200 MT/s CL38, if supported by your motherboard and CPU.
• Save changes and reboot: once the system posts, verify memory speed and capacity in the BIOS and again in your operating system’s system information. If you encounter instability, you can try adjusting timings slightly or returning to the default settings.
• Update firmware and drivers: ensure your motherboard BIOS and chipset drivers are current to maximize compatibility and stability with DDR5 memory, especially when pushing higher memory speeds on newer platforms.

Frequently asked questions

• Q: What capacity does this Kingston Fury Renegade White kit offer? A: The kit provides 32GB total memory, consisting of two 16GB DDR5 modules (2x16GB) designed for dual-channel operation.
• Q: How fast is this memory? A: It operates at 7200 MT/s, delivering high bandwidth for gaming, content creation, and heavy multitasking workloads.
• Q: What is the latency? A: The kit is rated with CL38 timings, providing tight latency for improved responsiveness and snappier performance in demanding tasks.
• Q: Is XMP supported? A: Yes, the kit is XMP 3.0-ready, enabling automatic overclocking profiles on compatible motherboards to reach its rated speed with minimal configuration.
• Q: Is this kit compatible with both Intel and AMD platforms? A: It is designed for DDR5-supporting desktops and workstations and is compatible with a wide range of Intel and AMD platforms that support DDR5 memory. Always verify motherboard compatibility and QVL lists for best results.
• Q: What about warranty? A: Kingston memory typically comes with a limited lifetime warranty, offering peace of mind and support for the life of the product.
• Q: Will this memory improve my gaming experience? A: Yes. Higher speed DDR5 memory with ample capacity reduces bottlenecks in modern games, shortens loading times, and enhances streaming and multitasking performance, especially on systems designed to exploit higher memory bandwidth.
• Q: How should I care for this memory kit? A: Keep your system in a thermally stable environment, ensure good airflow, avoid bent or forced seating of modules, and use high-quality power and cooling to maintain consistent performance.