Name: KF564R32RBE2K8-256 Kingston FURY Pro 256GB DDR5 8x32GB Memory Kit
Brand: Kingston
SKU: KF564R32RBE2K8-256
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The Kingston FURY Pro DDR5 kit 256GB provides eight 32GB DDR5 memory modules designed to equip desktop and workstation systems with substantial memory capacity. It supports the latest DDR5 standard, enabling advanced data transfer rates and suitability for large-memory workloads.

General Information
Brand	Kingston

Technical Information
Memory Capacity	256GB
Memory Technology	DDR5
Module Type	UDIMM
RAM Standard	PC5-51200
Pin Count	288-Pin
Error Correction	Non-ECC
Rank	Dual-Rank (2R / 2Rx8)
Voltage	1.4V

Performance
Bus Speed	6400 MT/s
Bandwidth	51200 MB/s
Native Speed	6400 MT/s
CAS	32

Physical Characteristics
Package	FBGA
Weight	3.00
Condition	Refurbished

Miscellaneous
Eco Friendly	Yes
Compliance Standards	WEEE, RoHS, CE
Assembly Required	No

Product Description
The Kingston FURY Pro DDR5 kit 256GB is a high-capacity memory solution composed of eight 32GB modules. It is designed to provide ample memory for demanding computing environments such as workstations and desktops requiring large memory pools. This memory kit utilizes DDR5 technology, the latest generation of DRAM, which offers enhanced data rates and improved power efficiency compared to previous DDR generations. The 256GB capacity across 8 DIMMs allows for extensive multitasking and workload management. Key Features Contains 8 modules of 32GB DDR5 memory for a total of 256GB capacity Supports the DDR5 memory standard for next-generation system compatibility Suitable for desktops and workstations that accept DDR5 DIMMs Enables large memory configurations for data-intensive applications Manufactured by Kingston, a recognized memory supplier This memory kit is suitable for IT professionals and users who require substantial memory capacity for applications such as virtualization, large-scale data processing, or professional content creation. It plays a critical role in expanding system memory bandwidth and capacity where supported.

Use Cases
This Kingston FURY Pro DDR5 256GB memory kit is typically used in high-end desktop and workstation environments where large memory capacity is essential. It suits users requiring extensive multitasking or memory-intensive applications such as data analysis, virtualization, or content creation. How It's Used: Installed in DDR5-compatible motherboards for desktop or workstation PCs Supports virtualization setups needing substantial RAM allocation Used in professional content creation systems handling large media files Deployed in data analysis or scientific computing requiring large memory buffers Upgrades existing systems that support DDR5 memory modules to increase capacity Overall, this memory kit enables systems to handle demanding applications by providing significant RAM capacity. It supports environments where memory size directly impacts computing performance and workload efficiency.

FAQ's
What type of memory modules are included in KF564R32RBE2K8-256? The KF564R32RBE2K8-256 kit includes eight 32GB DDR5 memory modules, totaling 256GB capacity suitable for desktops and workstations. Is this Kingston FURY Pro kit compatible with DDR4 systems? No, this memory kit is designed specifically for systems that support DDR5 DIMM modules and is not compatible with DDR4 slots. How many modules come in the KF564R32RBE2K8-256 kit? The kit consists of eight individual 32GB DDR5 modules, allowing for a total installed capacity of 256GB. Can this memory kit be used in standard desktop computers? It can be used in standard desktops only if the motherboard supports DDR5 memory modules and can accommodate eight DIMM slots. Does this kit support ECC memory features? The provided information does not specify ECC support, so ECC capabilities cannot be confirmed for this kit. What are typical applications for this 256GB DDR5 memory kit? This kit is suitable for memory-intensive workloads including virtualization, professional content creation, scientific computing, and data analysis on compatible systems.