Kingston FURY Impact 32GB (2x16GB) SO-DIMM 3200MHz DDR4 Laptop Memory

High-Capacity Memory Kit
The Kingston FURY Impact 32GB SODIMM kit (2x16GB) provides ample memory to handle demanding multitasking, heavy applications, and large datasets. With a total of 32GB, this kit ensures smooth performance for gaming, content creation, and productivity tasks, making it an ideal upgrade for laptops and small-form-factor systems.

Blazing Fast 3200MT/s Speed
Designed for speed, the Kingston FURY Impact operates at a remarkable 3200MT/s, delivering quick data transfer rates and reducing latency. This high-speed memory enhances system responsiveness, accelerates application load times, and ensures a seamless experience even under intensive workloads.

Low-Latency CL20 Performance
With a CAS latency of 20, this DDR4 memory provides efficient performance with minimal delay in data access. The combination of high speed and low latency ensures that your system can perform smoothly under heavy multitasking or gaming scenarios, maximizing overall efficiency.

Optimized for Laptops and Compact Systems
The SODIMM form factor makes this kit perfect for laptops, mini PCs, and other compact systems. Kingston FURY Impact memory is designed to fit where space is limited while still providing powerful performance, allowing users to upgrade their systems without compromising on form factor.

Plug-and-Play Ease with Automatic Overclocking
Kingston FURY Impact supports plug-and-play installation with automatic overclocking capabilities. It works seamlessly with Intel and AMD platforms, allowing the system to automatically adjust for maximum performance without manual configuration, making it beginner-friendly and hassle-free.

Reliability and Kingston Quality
Backed by Kingston’s reputation for quality and reliability, this memory is built with strict testing standards to ensure consistent performance and stability. Users can trust Kingston FURY Impact to deliver long-lasting durability and superior performance for their laptops and small-form-factor systems.