Computer memory module DDR5 64GB (2x32GB) 6400 MHz Beast Black EXPO Kingston Fury (ex.HyperX) (KF564C32BBEK2-64)

Kingston Fury Beast DDR5 memory modules provide the latest technologies for new generation gaming platforms. Featuring higher speed, capacity and reliability, DDR5 memory comes with a range of advanced features such as On-Crystal Error Detection and Correction (ODECC) for increased stability at extreme speeds, two 32-bit sub-channels for improved efficiency, and an on-module integrated power management chip to put power where it's needed most.

Significant speed boosts thanks to doubling the number of blocks memory (from 16 to 32) and pulse duration (from 8 to 16) takes the performance of DDR5 memory, your games and system applications in general to a new level.

Whether you are pushing the limits of perception with extreme settings in games, live streaming at 4K+ resolution, or doing large-scale animations and 3D rendering, you need Kingston Fury Beast DDR5 memory modules that combine style and ultimate performance.

With new options including Intel XMP 3.0 or AMD EXPO and two new DDR5 overclocking specifications, including customizable profiles for speed and timings, Kingston Fury Beast DDR5 memory modules are great for compatible solutions for dispersal.

Characteristics

Manufacturer

Kingston Fury (ex.HyperX)

They are also looking for

геймерська

Country of manufacture

Китай

(Assembly) Consumer power

6 Вт

Illumination

немає

Note

Поставка товару можлива в ОЕМ-версії. Тобто, товар може поставлятися без супроводжуючих матеріалів і додаткових компонентів, в упаковці без оформлення, що гарантує лише їх безпечне транспортування.

Memory type

DDR5

The amount of memory

64 ГБ

Number of modules in the set

2

Memory frequency

6400 МГц

Timings

CL32-39-39

Supply voltage

1.4 В

Cooling

з радіатором охолодження

Error checking and correction (ECC)

ні

Buffering

unbuffered

Memory form factor

288-pin DIMM

(Assembly) Memory module height

стандарт

Memory standards

PC5-51200

Advanced overclocking profiles

XMP

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