Name: KF564R32RBK8-256 Kingston FURY Renegade Pro 256GB DDR5 Memory Kit
Brand: Kingston
SKU: KF564R32RBK8-256
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (122 reviews)

Product Overview
The Kingston FURY Renegade Pro DDR5 kit KF564R32RBK8-256 is a high-capacity memory solution consisting of eight 32GB modules totaling 256GB. It fits systems that support DDR5 memory, delivering substantial RAM capacity suitable for data-intensive operations and multitasking environments.

General Information
Brand	Kingston

Technical Information
Memory Capacity	256GB
Memory Technology	DDR5
Module Type	UDIMM
RAM Standard	PC5-51200
Pin Count	288-Pin
Rank	Dual Rank
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, FCC
Assembly Required	No

Product Description
The Kingston FURY Renegade Pro DDR5 kit KF564R32RBK8-256 delivers 256GB of system memory through eight 32GB modules. This DDR5 memory kit is designed for use in high-end computers requiring large memory capacity, such as workstations and servers. Ideal for professionals and enthusiasts handling intensive data processing, virtualization, or content creation, this kit supports modern platforms that utilize DDR5 technology. Key Features 256GB total capacity composed of eight 32GB DDR5 modules Kingston FURY Renegade Pro series offering advanced memory technology Suitable for systems supporting DDR5 memory configuration Enables extensive multitasking and memory-heavy applications Kit configuration ensures balanced and stable memory performance This memory kit plays a crucial role in systems demanding significant RAM resources, enabling users to run complex workloads or multiple applications simultaneously without memory bottlenecks. It is intended for environments that support DDR5 modules and where large memory capacity is essential.

Use Cases
This memory kit is typically deployed in high-performance desktops, workstations, and servers that require large memory capacities. It is well-suited for users managing virtualization, large datasets, or professional content creation tasks. How It's Used: Upgrading workstations to handle high-memory workflows like 3D rendering or video editing Supporting virtualization hosts requiring extensive RAM allocation for multiple virtual machines Enhancing database servers that process large in-memory data sets Providing ample memory for scientific computing and simulations Facilitating advanced multitasking in demanding professional environments Enabling memory-intensive software development and testing platforms The Kingston FURY Renegade Pro DDR5 kit helps maintain system stability and performance in scenarios that require significant memory resources. It supports efficient operation of complex applications by supplying large, balanced memory capacity across multiple modules.

FAQ's
What is the total capacity of the KF564R32RBK8-256 kit? The KF564R32RBK8-256 kit provides a total of 256GB memory capacity, consisting of eight modules of 32GB DDR5 each. How many memory modules are included in this Kingston FURY Renegade Pro kit? The kit includes eight memory modules, each with 32GB capacity, designed to be installed together for balanced performance. Is the KF564R32RBK8-256 compatible with DDR4 systems? No, this memory kit uses DDR5 technology and requires a motherboard and processor that support DDR5 memory modules. Who typically uses the Kingston FURY Renegade Pro DDR5 256GB kit? This kit is intended for professionals and enthusiasts running high-memory workloads such as virtualization, content creation, or scientific simulations. Does the kit come pre-configured for optimal performance? The eight-module kit is designed for balanced system memory configuration but requires compatible hardware and BIOS support to enable DDR5 features. Can the modules be used individually or only as a complete kit? The modules are intended to be used together as a complete kit to ensure optimal compatibility and balanced memory performance.