Startech.com Usb-c Triple-monitor Multiport Adapter, Hdmi & Displayport, 3x 10gbps Usb Hub, Pd Pass-through, Gbe, Travel Docking

Startech.com usb-c triple-monitor multiport adapter, hdmi & displayport, 3x 10gbps usb hub, pd pass-through, gbe, travel docking station - usb c multiport adapter w/triple multimonitor 2x 4k 60hz/1x 4k 30hz using any combination of 2x dp and 2x hdmi (gpu dependent) - mini dock w/3x usb-a 10gbps hub - 100w pd pass-through or laptop bus powered - 2ft type-c cable - windows and chromeos this usb type-c multiport adapter utilizes dp 1.4 alt mode and mst technologies from a host computer to support up to three displayport and/or hdmi displays. The usb-c docking station provides 2x hdmi outputs, 2x displayport outputs, a 3-port usb 3.2 gen 2 type-a (10gbps) hub, and a gigabit ethernet port, all through one connection to a laptop's usb-c or thunderbolt 3/4™ port. In addition, it offers advanced charging through a dedicated usb-c power delivery (pd) 3.0 pass-through port via an integrated 2 ft. (60 cm) usb-c host cable. The usb-c multiport adapter features driverless installation for hassle-free setup. High-performance triple video via mst the usb-c multiport adapter enhances video connectivity with support for up to three external monitors with resolutions up to 2x 4k (3840 x 2160p) at 60hz and 1x 4k (3840 x 2160p) at 30hz (intel 11th gen or later with dsc required for maximum performance). The multiport adapter features two hdmi 2.0b ports and two displayport 1.4 ports, providing the ability to choose a combination of video outputs types. The multiport adapter utilizes the integrated or discrete gpu capabilities of the connected laptop to enable high performance graphics with minimal cpu usage. Video performance, such as resolution and refresh rate across all three monitors, is dependent upon the host computer's graphics processing unit (gpu). A source device with support for displayport 1.4 with dsc and mst is required to achieve maximum performance. Please review the specifications the host computer and the monitors to determine expected video performance.