1、RGB 10-channel hub expands the RGB interface of the motherboard, which can expand one interface of the motherboard into 10 to meet the use requirements of multiple devices. 2、AURA SVNc, linkage support AURA devices for synchronous light effect operation, such as memory/graphics card/fan/display/peripherals, simple operation, a wide range of lighting modes, to provide you with personality dazzling visual experience. 3、Horizontal pin design, support back line, hubs attached extension line, to meet the needs of the cabinet back line. 4、Installation method is simple, fast, beautiful and practical, is the perfect computer accessories. 5、This 10-channel RGB hub has 12V, 5V options, suitable for PC desktop computer motherboard. Features: RGB 10-channel hub expands the RGB interface of the motherboard, which can expand one interface of the motherboard into 10 to meet the use requirements of multiple devices. AURA SVNc, linkage support AURA devices for synchronous light effect operation, such as memory/graphics card/fan/display/peripherals, simple operation, a wide range of lighting modes, to provide you with personality dazzling visual experience. Horizontal pin design, support back line, hubs attached extension line, to meet the needs of the cabinet back line. Installation method is simple, fast, beautiful and practical, is the perfect computer accessories. This 10-channel RGB hub has 12V, 5V options, suitable for PC desktop computer motherboard. Specification: Condition: 100% Brand New Material: PCB Type: 12V 4-Pin, 5V 3-Pin (Optional) Package List: 1 x RGB Hub 1 x Extension Cable Note: Hub can not improve the power supply capability of RGB interface. Generally, RGB interface can provide at least 12W power supply capability. In practice, 10 AURA fans can be connected to uniform dimming. If the interface load is too large, the light brightness will become dimmer, then the equipment needs to be reduced. Please note that the new type and old type of this product will be sent randomly, and make sure you will not mind before ordering.