Specifications

• Capacity: 16GB
• Voltage: 1.2V
• Form Factor: 260Pin SODIMM non-ECC
• Frequency (Speed): 2666MHz
• *Actual speed may vary depending on system platform or configuration
• CAS Latency: CL19
• Certification: CE, FCC, Green dot, WEEE, RoHS
• Warranty: 6 Months

Boost Up Performance & Multitasks Capability

The breakthrough memory modules, the DDR4 2666 SODIMM & UDIMM, are compatible with Intel Skylake-X platforms , Kaby Lake-X CPU series motherboards and complies with JEDEC standards.The memory modules enable higher stability and performance for advanced gamers, multimedia pros, and DIY enthusiasts who want the most reliable performance enhancement they can get.

A Memory Upgrade That Gives More

Designed to help your system run faster and smoother, this DDR4 SODIMM series offers up to the industry's fastest memory speed with 3200MT/s. Plus, DDR4 technology is up to twice as fast as its predecessor, DDR3, delivering more bandwidth and more energy efficiency. A simple upgrade allows for faster application load times, increased responsiveness, and the ability to handle data-intensive programs with ease.

Cool Energy Safe Lifespan

Avoid Temperature & Longer Lifespan

In addition to providing a system upgrade, the DDR4 2666 SODIMM & UDIMM also solve energy consumption issues. By using a low 1.2V voltage, power usage is reduced by up to 20% when compared to previous DDR modules. Greater heat dissipation keeps the computer running at low temperatures for higher stability and a longer system hardware lifespan.

Extra Memory, Extra Energy Savings Too

More memory is an easy cure for a slow computer, but it can also increase energy expenditure and overall stress on the system hardware. In addition to a performance upgrade, this DDR4 SODIMM series provides smarter energy consumption with a lower 1.2V voltage. This reduces power usage compared to the previous DDR3 1.5V module. Plus, greater heat dissipation keeps the computer running at lower temperatures for higher stability and a longer system hardware lifespan.