SIIG USB-C Dual 4K Video MST Docking Station with 60WPD Charging - Ingenious Detachable Design - Ultra-speed Data Transfer- 3 Display Modes USB-C Dual 4K Video MST Docking Station with 60W PD Charging -Vertical stand & Horizontal using design - Dual HDMI displays - 2x USB-C/1x USB-A Gen 2 10Gbps /1x USB-A 5Gbps - Front USB ports support fast charge - SD & TF slots- Gigabit Ethernet & 3.5mm Headset Audio/Mic / USB-C to C cable included - Aliminum Housing - Windows/ChromeS - MacOS Not Support
- Transforms a single USB-C port with DP Alt modeor Thunderbolt 3 technology into multiple connectivity ports including two simultaneous video outputs Note: Requires a USB-C port that supports "DisplayPort Alternate Mode" (DP Alt Mode). Not all USB-C ports/systems support DP Alt Mode functionality.
- DisplayPort Multi Stream Transport (MST) technology supports dual HDMI displays up to 3840x2160 60Hz (with DP 1.4 DSC) or 3840x2160 30Hz (without DP 1.4 DSC) *Note: macOS does not support MST function and will only mirror the displays
- Adds a wide variety of ports to your USB-C enabled computer includes - Two USB-C 10Gbps (front port come with 5V/1.5A), one USB-A 10Gbps with 5V/1.5A, one USB-A 5Gbps ports, one SD & TF memory card slots, one Gigabit Ethernet port and 3.5mm headset (Audio/MIC) port
- 60 Watt PD Charging - Supports up to 60W Power Delivery charging for USB-C laptop.
- Ultra-speed Data Transfer - Provides two USB-C 10Gbps (front port come with 5V/1.5A), one USB-A 10Gbps with 5V/1.5A, one USB-A 5Gbps data transfer speeds to enhance your laptop's performance capabilities
- Compatible with all laptops and desktops system with USB 3.1 Gen-2 Type-C signal
- Easily setting Mirror /Extend/ Primary video mode, streaming video to HDTV monitors and projectors for the perfect visual display
- Reliable Wired Network Connectivity - Embedded Gigabit Ethernet port, 10/100/1000BASE-T connectivity
- Audio Capability - Includes one 3.5mm headset jack for stereo audio output and microphone capabilities
- Support 5.1 channel surround sound through HDM output
