ARGB Controller for Pc 1 to 9 Hub Remote Control 5V 3 Pin

ARGB Controller for Pc 1 to 9 Hub Remote Control 5V 3 Pin Description

ARGB Controller for Pc 1 to 9 Hub Remote Control 5V 3 Pin Description
Advanced ARGB & PWM Control: Equipped with 9 x 4-pin 5V PWM and 9 x PWM ports, this fan hub supports both 3-pin and 4-pin fans. It offers intelligent speed control with SATA , ensuring precise speed adjustments and optimal cooling performance for all connected devices.
Enhanced PWM Fan Regulation: Featuring precise 4-pin PWM speed control, this hub allows for RPM monitoring on red ports while maintaining PWM functionality on black ports. It's designed to support a wide range of fans, providing a tailored cooling experience with efficient power management.
Magnetic Installation Convenience: This ARGB fan hub includes a controller and utilizes an innovative magnetic design for easy attachment to any metal within your PC case. This setup promotes a clean and organized space, significantly simplifying the installation process.
Universal Compatibility & Power Stability: Compatible with all major 5V ARGB components including RGB fans, LED strips, and liquid coolers. It operates on 5V ARGB (max. 3A/port) and 12V PWM with a reliable SATA power supply, ensuring stable and consistent performance across all devices.
Versatile Control Options: The hub offers three control modes for ultimate flexibility-motherboard synchronization via a 5V 3-pin header, manual remote control, or standalone preset modes. This allows for seamless integration and synchronization with leading motherboard , enhancing your system's aesthetics and functionality.
(The actual product may have slight color difference or difference, which not affect the use)
Color: Black
Material: plastic
Package Contents:
1 X Hub
1 X Wireless Remote Control
Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.