Crucial 4GB DDR4 2400 MT/s SODIMM 260pin SR x8 unbuffered

Higher speed. Increased battery life. Higher storage capacity. Your laptop next generation: Crucial DDR4 SODIMM

In a world that is characterized by constant technological change, must always be modernized five-year-old components. And with seven years of DDR3 memory is already pretty old. While laptops have a much greater potential.

Since the introduction of the DDR3 memory technology in 2007, the capacity of the processors have doubled the throughput of SSDs and the frame rates of video cards increases dramatically. The only limiting factor was previously the memory. With Crucial® DDR4 SODIMMs even this bottleneck is overcome, so that a new benchmark in terms of performance, nothing stands in the way.

More energy efficiency
Increased battery life by reducing power consumption Crucial DDR4 SODIMMs are not operated as standard DDR3 memory components with 1.5 V, but 1.2 V. This corresponds to a reduction by about 20%. Crucial DDR4 SODIMMs but have even more efficiency characteristics that enable an overall reduction in power consumption by up to 40%.

Higher density
Equip your laptop with more memory than ever. Crucial DDR4 SODIMMs are available from 8 GB and are in line with the development of DDR4 technology have up to 32 GB. This allows you to equip your system with twice the memory compared to DDR3. Laptops have a maximum of two memory slots. By Crucial DDR4 SODIMMs high density You can work around this limitation and install more memory for faster mobile performance.

Higher speed
Download applications faster and run sophisticated programs without delay from. Crucial DDR4 SODIMMs are available from 2133 MT / s - and already more than 30% faster than DDR3 modules .

Higher Bandwidth
Effortless multitasking with multiple apps. So you can turn up the volume your system. Crucial DDR4 SODIMMs you can increase the memory bandwidth by more than 30%, so your system can handle a larger amount of data simultaneously. Crucial DDR4 SODIMMs are optimized for next-generation platforms and thus for maximizing bandwidth.