Kingston FURY Impact 32GB DDR5 5600MHz SODIMM Memory

Overview

The Kingston KF556S40IB-32 is a 32GB DDR5 SODIMM memory module designed to enhance your system’s performance by delivering faster and more efficient data handling. Operating at 5600MHz, it provides quick response times that benefit demanding tasks such as gaming, video editing, and multitasking. This module uses the latest DDR5 technology, which improves power efficiency and system stability compared to earlier memory generations, making it a solid choice for laptops and small form-factor PCs.

Its 262-pin design and CL40 latency ensure smooth operation in compact devices, while its unbuffered and non-ECC nature suits consumer and gaming systems where speed and responsiveness are key. This memory upgrade fits well in setups that require increased capacity and faster speeds without sacrificing power consumption.

Key features

• High-speed 5600MHz memory frequency for faster data processing and reduced lag during intensive tasks
• 32GB capacity that supports heavy multitasking and large application workloads
• 262-pin SODIMM form factor designed for laptops and small form-factor PCs, ensuring compatibility with compact systems
• CL40 latency that balances speed and stability for smooth multitasking and gaming experiences
• Unbuffered and non-ECC design optimized for consumer-grade systems prioritizing performance over error correction
• Power-efficient DDR5 technology that helps extend battery life in portable devices while maintaining system stability

Key specs

• Memory type: DDR5 SODIMM
• Capacity: 32GB
• Speed: 5600MHz
• Latency: CL40
• Pin count: 262-pin
• Module type: Unbuffered, non-ECC

Compatibility and usage

This memory module is well suited for users looking to upgrade laptops or compact PCs that support DDR5 SODIMM memory. It works best in consumer and gaming systems where fast data access and multitasking capabilities are essential. Its power-efficient design also makes it a practical choice for portable devices, helping to maintain longer battery life without compromising performance.