Kingston FURY Renegade Black XMP 8GB DDR4 4000MT/s CL19 Memory Module

Overview

The Kingston KF440C19RB2/8 is a DDR4 memory module designed to boost desktop performance with 8GB of capacity running at 4000MT/s and a low CL19 latency. It enhances gaming, creative applications, and multitasking by delivering data swiftly to the CPU, ensuring smooth frame rates and quick file access. This module supports Intel XMP profiles for easy BIOS tuning and offers broad compatibility with AMD Ryzen systems, making it a versatile upgrade for various builds.

Key features

• High-speed 4000MT/s operation reduces load times and improves responsiveness in games and applications
• Low CL19 latency enables faster data access, helping maintain smooth performance during intensive tasks
• Intel XMP ready for simple activation of optimized speed and timing without manual BIOS adjustments
• Compatible with both Intel and AMD Ryzen platforms, providing flexibility for different system builds
• Black aluminum heat spreader efficiently dissipates heat to maintain stable operation during extended use
• Operates at 1.35V to balance high performance with efficient power consumption and thermal management

Key specs

• Memory type: DDR4
• Capacity: 8 GB
• Speed: 4000MT/s
• Latency: CL19
• Voltage: 1.35V
• Form factor: 288-pin UDIMM
• Heat spreader: Black aluminum

Compatibility and installation

This memory module fits standard desktop motherboards with DDR4 slots and supports Intel XMP profiles for quick setup. It is also compatible with AMD Ryzen systems, making it suitable for a wide range of desktop configurations. The 288-pin UDIMM form factor ensures easy installation in most modern desktop PCs.

Ideal uses and environments

This 8GB Kingston Fury Renegade module is well suited for gamers looking to improve frame rates and reduce lag, content creators who need reliable memory for editing and rendering, and everyday users who want smoother multitasking. It works well in new builds, system upgrades, or as an addition to existing setups where extra memory capacity and speed are needed.