Let Your Lights Do The TalkingMade for those seeking excellent airflow, quiet operation, and powerful lighting, the CORSAIR LL140 RGB fan puts your PC back in the loop.Create a Symphony of ColorThe CORSAIR LL140 RGB LED PWM fan boasts 16 independent RGB LEDs across two separate light loops to create vibrant lighting and visual effects.Two RGB Light Loops16 Independent RGB LEDs in every fan, split between two separate light loops, allow for nearly endless customization.Expansion KitThis product is intended as an expansion of the LL140 RGB LED 2 fan kit with Lighting Node PRO. The RGB functionality of this product requires an RGB Lighting hub and Lighting Node PRO.Complete PWM ControlDynamically control fan speed from 600 RPM to 1,300 RPM to minimize noise or maximize airflow.Created for Quiet140mm Fan blade engineered for low-noise operation without sacrificing performance.Complete Cooling ControlUsing an optimized 140mm fan blade and PWM control, set the speed of the fan anywhere from 600 RPM to 1,300 RPM for precise noise and airflow adjustment.

High performance DDR4 SODIMM for Intel 6th generation Core platform systemsCorsair Vengeance Series DDR4 SODIMM memory modules are designed for high performance and reliability on 6th generation Intel Core systems, with ICs specially selected for performance potential. No configuration is required to take advantage of the higher speed – just plug it in and go.Designed for laptop and notebook PCsVirtually all notebook and laptop PCs use SODIMM memory modules. Some systems use the DDR4 SODIMM standard, and some use the older DDR3 SODIMM standard.Automatic overclocking for automatic maximum performanceMost notebook and laptop PCs will automatically select the maximum reliable overclocking settings for the best possible performance and 100% stability. In most cases, no manual configuration is necessary. Upgrading to Vengeance Series DRAM is a great way to give your system an instant speed boost.

Maximize your business PC performance with HP Memory. Upgrading your memory is a cost-effective way to boost your system performance without having to upgrade your processor.- Dual channel configuration - HP Desktops feature motherboards designed with two memory channels instead of a single channel.- Reduce system latencies and significantly improve your system performance with dual channel memory configurations* by utilizing the theoretical bandwidth of two memory modules instead of one.- Expect fast start-up times with reduced delays during routine operations and system maintenance functions. Meet everyday workloads head on, and run more programs simultaneously. Easily toggle back and forth between several open applications with noticeable speed.- Your performance is our business. Each HP Memory model undergoes a rigorous supplier qualification processes for ensured quality and reliability in a variety of networked environments.- Dual Channel memory configuration requires the population of symmetric memory in each of the two memory channels (i.e. 2x256).

Maximize your business PC performance with HP Memory. Upgrading your memory is a cost-effective way to boost your system performance without having to upgrade your processor.- Dual channel configuration - HP Desktops feature motherboards designed with two memory channels instead of a single channel.- Reduce system latencies and significantly improve your system performance with dual channel memory configurations* by utilizing the theoretical bandwidth of two memory modules instead of one.- Expect fast start-up times with reduced delays during routine operations and system maintenance functions. Meet everyday workloads head on, and run more programs simultaneously. Easily toggle back and forth between several open applications with noticeable speed.- Your performance is our business. Each HP Memory model undergoes a rigorous supplier qualification processes for ensured quality and reliability in a variety of networked environments.- Dual Channel memory configuration requires the population of symmetric memory in each of the two memory channels (i.e. 2x256).