DDR5

Features Certification: CE/FCC/RoHS/BSMI/UKCA On-Die ECC: Yes Intel Extreme Memory Profile (XMP): Yes Internal memory type: DDR5 Cooling type: Heatsink Internal memory: 32 GB Memory layout (modules x size): 2 x 16 GB Memory voltage: 1.4 V Memory cloc

DDR5-Arbeitsspeicher 32 GB großes Dual-Kit (2x 16 GB) 5.600 MHz Takt CL36-Latenzen 1,25 V Spannung Aluminium-Heatspreader in Schwarz mit AMD EXPO Leistungsprofil

New 2024 Crucial Pro Overclocking RAM 32GB Kit (2x16GB) DDR5 6000MHz (or 5600MHz) Desktop Memory CP2K16G60C36U5B Game at higher frame rates, multitask better, improve productivity Origami-inspired aluminum heat spreaders in black that are un

Model KF560C32RSA-16 Kapacitet 16GB Brzina 6000MHz Sučelje DDR5 Broj pinova 288

Vrsta memorije: DDR5 Veličina memorije (GB): 16GB Brzina memorije (MHz): 5600 Napon: 1.25V

Tehnicki detalji: Ukupna visina: 35 mm Vrsta memorije: DDR5 Kapacitet: 32 GB (2x 16 GB, dvokanalni) Crna boja frekvencija: XMP 5600MHz SPD: 4800MHz Latencije: XMP: CL 40-40-40 SPD: CL 40-39-39 Voltaža:

Product Properties Product Description

TEAMGROUP ELITE is leading the industry with the launch of U-DIMM DDR5 memory kits. Other changes include improved structural composition, reduced operating voltage and self-correction function, which provide better and higher performance than DDR4 w

KINGSTON 32GB 6000MT/s DDR5 CL40 DIMM FURY Beast Black XMP

Memory type DDR5 Number of modules 2 Memory size (total) 32 GB Clock frequency in MHz 5.600 Latency CL 40-40-40-77 Voltage in V 1.25 Leistungsprofil AMD EXPO Lighting no Primary colour grey Secondary colour black Module height 35 mm

Memory type DDR5 Number of modules 2 Memory size (total) 32 GB Clock frequency in MHz 5.600 Latency CL 40-40-40-77 Voltage in V 1.25 Leistungsprofil Intel XMP 3.0 Lighting no Primary colour white Secondary colour grey Module height 35 mm

Kingston FURY™ Beast DDR5 memorija donosi najnoviju i najsuvremeniju tehnologiju za next-gen gaming platforme. Podižući brzinu, kapacitet i pouzdanost na novi nivo, DDR5 dolazi s arsenalom poboljšanih mogućnosti poput on-die ECC (ODECC) za poboljšanu