Cart

  • Cart Empty!

Newsletter

Every effort has been made to ensure the accuracy of all information contained herein. e-nitiative shall not be liable for any changes resulting in wrong product description, tax code and/or price. The shown information (specifications, prices, taxes) should be considered as an indication and can be changed at any moment and without any prior notice.

Alphanet SPRL
Chaussée de Willemeau 121
B-7500 Tournai
Belgique
Téléphone : 069 84 79 54
TVA : BE 871.497.983
alphanet@skynet.be
''
curve_type_3_left_tcurve_type_3_right_t
16GB Ddr5 6400mt/s Cl38 SoDIMM Fury Impact Xmp

16GB Ddr5 6400mt/s Cl38 SoDIMM Fury Impact Xmp

€61,76 
€74,73 
Part Number: KF564S38IB-16
Language: UK

Product Details

Introduction

Kingston FURY Impact DDR5 Memory 8GB, 16GB and 32GB module capacities up to 6400MT/s*

Your notebook or small form-factor-machine can now experience the latest, cutting-edge memory technology with Kingston FURY™ Impact DDR5. With Intel® XMP 3.0 Certified SODIMM kit capacities of up to 64GB, Kingston FURY Impact DDR5 packs all the enhanced features of DDR5 into a slim, compact form factor. On Plug N Play1 enabled modules, Kingston FURY Impact DDR5 automatically overclocks, giving your system a boost in performance without having to enable a profile. Modules featuring XMP 3.0 profiles can overclock to the highest frequency published, up to 6400MT/s, by selecting the profile in BIOS settings.

Mighty DDR5 SODIMM performance

With a starting speed of 4800MT/s, DDR5 is 50% faster than DDR4 for a boost in gaming, rendering and multitasking.

Plug N Play automatic overclocking functionality1

Kingston FURY Impact DDR5’s PnP modules automatically overclock to the highest listed speed.

Intel® XMP 3.0 Certified

Maximise memory performance with advanced pre-optimised timings, speed and voltage for overclocking.

Low power consumption, increased efficiency

Keep your system cool and efficient with Kingston FURY Impact DDR5’s low power draw.

Improved stability with on-die ECC

Maintain data integrity while hitting overclocking speeds.