Experience extreme performance with Kingston FURY Renegade DDR5 memory, engineered for the most demanding next-generation systems. This 24GB module delivers ultra-fast speeds up to 8000 MT/s, unleashing the potential of modern CPUs and PCIe-enabled platforms. Designed for serious gamers, streamers, and content creators, Kingston FURY Renegade DDR5 provides the bandwidth and responsiveness needed to reduce loading times, accelerate asset streaming, and maintain smooth, consistent performance under heavy multitasking. Built with a robust heat spreader and carefully tuned timings, this memory module stays cooler and more stable during intense sessions, so you can push your rig to the limit without fear of throttling. Whether you’re upgrading an existing build or outfitting a brand-new gaming PC, Kingston FURY Renegade DDR5 memory is a reliable backbone for peak performance and long-term reliability.

• Extreme bandwidth and responsiveness for gaming, content creation, and multitasking — with speeds up to 8000 MT/s, this DDR5 memory dramatically reduces latency and accelerates data access. The higher bandwidth helps modern titles stream textures faster, shorten texture pop-ins, and deliver smoother frame pacing, especially when the system is handling simultaneous tasks such as streaming, editing, and gaming. The result is noticeably crisper visuals, snappier UI performance, and more headroom for demanding engines and editors, all while maintaining stability under load.
• Future-ready DDR5 architecture with enhanced efficiency — DDR5 brings improved per-channel efficiency and larger onboard buffers, enabling higher overall throughput and better performance per watt. The Kingston FURY Renegade module leverages DDR5’s architectural advancements to deliver improved multitasking capabilities, faster memory access patterns, and reduced power fluctuations, which translates into more consistent frame delivery and less stutter during intense gameplay or long render sessions.
• Premium heat spreader design for sustained performance — the Renegade line features a robust heat spreader that helps dissipate heat quickly during extended gaming sessions or benchmarking. By maintaining lower operating temperatures, memory reliability is preserved even when pushing the memory controller toward its upper end, which in turn preserves clock stability, reduces thermal throttling, and helps you maintain peak clock speed over longer periods.
• Easy integration with current and future platforms — built to work on next-gen DDR5 motherboards and CPUs, this 24GB module is compatible with a wide range of desktop systems. Installable in standard DIMM slots, it supports modern BIOS features and, when paired with a motherboard that supports XMP 3.0 or equivalent memory profiles, you can reach the rated speeds with minimal manual tuning. This makes upgrading straightforward for builders, gamers, and professionals who demand top-tier performance without complex tweaking.
• Single-module capacity with scalable performance for power users — at 24GB, this Kingston FURY Renegade module is ideal for users who need substantial memory for heavy multitasking, large-scale content creation, and memory-intensive workloads. It provides ample headroom for virtual machines, large photo or video projects, and live streaming while preserving plenty of bandwidth for gaming and other real-time tasks. The balance of capacity and speed helps ensure your system remains responsive even when you push multiple applications to the limit.

Technical Details of Kingston FURY Renegade 24GB DDR5 SDRAM Memory Module

• Memory Type: DDR5 SDRAM
• Capacity: 24GB
• Speed: Up to 8000 MT/s

How to install Kingston FURY Renegade 24GB DDR5 SDRAM Memory Module

Installing DDR5 memory is straightforward, but following the proper steps helps ensure you get the rated performance from your Kingston FURY Renegade module. Begin with safety and preparation to protect both you and your components. Keep in mind that you may need to enable a memory profile in your motherboard’s BIOS to achieve the advertised speed.

1) Power down your system and unplug the power cord. Remove any peripheral devices, then place the computer on a static-free surface. Ground yourself by touching a metal case component or using an anti-static wrist strap to discharge any static electricity before handling memory modules.

2) Open the computer case and locate the memory slots on the motherboard. Dual or triple-channel configurations may be available; consult your motherboard manual to determine the optimal slot population for your configuration. If you’re replacing existing memory, release the side latches and carefully remove the old modules, taking care not to bend the slots.

3) Align the notch on the Kingston FURY Renegade DDR5 module with the key in the memory slot. The notch orientation ensures correct alignment, so the module only fits one way. Insert the module straight down into the slot with even pressure, then press down until the side latches click into place and securely hold the module at both ends.

4) Repeat the process for additional modules if you are installing more than one stick. If you are installing a single 24GB module, ensure it is firmly seated and the latches are fully engaged. Re-check all connections before closing the case.

5) Reassemble the system, plug it back in, and power on. Enter the BIOS/UEFI during boot (often by pressing the Delete or F2 key) to verify that the memory is detected. If the memory is not detected, reseat the module(s) firmly and retry. If you plan to run at the rated 8000 MT/s, locate the memory profile options in the BIOS (often labeled XMP 3.0 or DOCP) and enable the profile that matches your kit. Save and exit, then boot into your operating system to confirm stability and performance.

6) Once the system is booted, stress test the memory using reputable benchmarking or stability-testing tools to verify that the module operates at or near its rated speed. Monitor temperatures and system stability. If instability occurs at the highest speed, consider running at a slightly lower profile or ensuring the entire platform—CPU, motherboard, and power delivery—supports the configuration you want. With DDR5 technology, keeping firmware and BIOS up to date can also improve detection and compatibility.

Note: While enabling high-speed memory profiles provides peak performance, stability varies by motherboard and CPU combination. If you encounter boot issues after enabling an XMP/DOCP profile, try a lower frequency setting or enable a supported profile and test incrementally to find the best balance of speed and stability for your specific build.

Frequently asked questions

• What is the capacity of this memory module? The Kingston FURY Renegade 24GB DDR5 SDRAM memory module provides 24GB of high-speed DDR5 memory, designed for demanding workloads and multitasking scenarios.
• What speed can I expect from this module? It is engineered to run at speeds up to 8000 MT/s, delivering exceptional bandwidth for gaming, streaming, and heavy software workloads. Actual achievable speed depends on the motherboard, CPU, and BIOS configuration.
• Is this memory compatible with my system? DDR5 memory requires a motherboard and CPU that support DDR5 memory. Check your motherboard’s QVL (Qualified Vendors List) and CPU compatibility notes to confirm support for high-speed DDR5 modules like Kingston FURY Renegade.
• Do I need to enable any memory profiles? To achieve the rated speeds, you typically enable an XMP 3.0 (or equivalent) memory profile in the BIOS. If your motherboard supports it, selecting the correct profile will help you reach the advertised performance with minimal manual tuning.
• Is this module suitable for gaming and content creation? Yes. The combination of 24GB capacity and DDR5 speeds up to 8000 MT/s makes it well-suited for modern gaming at high resolutions, streaming while gaming, and memory-intensive content creation tasks such as video editing and rendering.
• What kind of cooling does it require? Kingston FURY Renegade memory is designed with a robust heat spreader to help dissipate heat during sustained loads. While no additional cooling is required, maintaining good case airflow will help keep temperatures in check during long sessions or benchmarking.