SPECIFICATIONS

RGB Headset Stand 10 Lighting Modes Computer Headset Stand Acrylic Dual USB Port Universal Headphone Stand 3.5mm AUX Desktop Display Earphone Accessories
Feature:
1.Laser Carved Light Guide Technology: Experience a mesmerizing and translucent lighting effect created by the laser-carved light guide technology of RGB headset stand,.
2.Built-in 3.5mm Audio Output: The gaming headset holder supports 7.1 surround sound USB and 3.5mm headphones, allowing you to enjoy immersive audio while gaming or listening to music.
3.10 Lighting Modes and Touch Switch: Choose from 10 different lighting modes to suit your mood. The touch switch of headset holder, allows for easy operation, and you can turn off the lights with a long press (3 seconds).
4.Dual-Purpose Headphone: Hang your headphones on the stand without worrying about scratches. This versatile computer headset stand also doubles as a phone stand, providing convenience and organization.
5.Dual-Layer Acrylic Design: The dual-layer acrylic design of headset hanger enhances the 3D lighting effect, while the integrated cable management keeps your headphone cables neat and organized.

Specification:
Origin: Mainland China
Main material: plastic ABS + acrylic
Interface: 2*USB2.0, 1*3.5mm audio
Light tube diameter:270*48m
Input port:USB2.0
Supply voltage: 5V
Lighting effects: 10 kinds of lighting effects (white/yellow/green/light blue/blue/purple/red/RGB light always on/RGB streaming/RGB breathing)
Light memory function: remember the last light off colour
Default illumination - seven-colour breathing gradient
M1: colourful breathing gradient M2: white
M3: red M4: purple
M5: Blue M6: Cyan
M7: Green M8: Yellow
M9: colourful streaming light M10: colourful running horse
M11 Long press 3s to close
Product weight: 489g
Product size (assembled): 281.00x110.00x110.00mm/11.06x4.33x4.33inch

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.