Kingston Technology FURY 16GB 6000MT/s DDR5 CL38 SODIMM Impact XMP

Kingston FURY Impact DDR5 brings DDR5 performance to notebooks and small-form-factor systems in a compact SODIMM module. Available in Intel® XMP 3.0 Certified kits up to 64GB, these modules support starting speeds of 4800MT/s and can reach published XMP frequencies up to 6400MT/s when an XMP profile is selected in BIOS. Plug N Play–enabled modules automatically apply safe overclocking without manual profile activation.

Advantages

DDR5 SODIMM performance provides a significant speed increase over DDR4 for gaming, rendering and multitasking. Plug N Play automatic overclocking simplifies setup by applying the highest listed speed on compatible modules. Intel® XMP 3.0 certification offers pre‑optimised timings, speeds and voltages for stable overclocking. Lower operating voltage improves power efficiency and heat management, while on‑die ECC enhances data integrity during high‑speed operation.

Key specifications

• Form factor: SODIMM
• Memory type: DDR5
• Capacities: up to 64GB per kit (Intel® XMP 3.0 Certified kits)
• Speed: starting at 4800MT/s, up to 6400MT/s with XMP profile
• Features: Plug N Play automatic overclocking (on supported modules), Intel® XMP 3.0 certification, on‑die ECC

How to use

Install the Kingston FURY Impact DDR5 SODIMM module into the notebook or small‑form‑factor system according to the device manufacturer’s instructions. For Plug N Play modules, the memory will automatically run at its highest safe speed without additional configuration. To reach published XMP frequencies, enable the desired Intel® XMP 3.0 profile in the system BIOS and save changes. Ensure the system BIOS and platform support DDR5 and the target speeds before adjusting settings.

Recommendations

Verify motherboard or notebook compatibility with DDR5 SODIMM and check for Intel® XMP 3.0 support if you intend to use XMP profiles. When installing multiple modules, use matched kits to ensure stable operation and consult your system manual for proper installation procedures.