StarTech.com Thunderbolt 3 To Dual DisplayPort Adapter - 4k 60Hz

Product Description

Run the most resource demanding applications on two 4K displays without sacrificing performance. This high-performance Thunderbolt 3 adapter lets you add two 4K 60 Hz Display Port monitors to a computer through a single Thunderbolt 3 port (USB (Universal Serial Bus)-C). Functioning as an external 2-port graphics adapter with audio support, this is a compact & convenient alternative to a laptop dock, when you don't need full docking capability. Plus, the display adapter keeps other Thunderbolt 3 ports free, so you can connect additional peripherals. With an unprecedented 40 Gbps of throughput, Thunderbolt 3 enables you to achieve the previously impossible feat of using a single port on your laptop to output dual 4K resolution at 60 Hz to two independent displays. This performance makes it easier for you to multitask using a laptop, while working on the most resource-demanding applications imaginable. You can output independent content to each display at resolutions of up to 4096 x 2160p @ 60 Hz, which is perfect for editing 4K video or performing other high-resolution tasks such as creating CAD drawings or reviewing medical imagery. For added versatility, the Thunderbolt 3 adapter can be used to connect two Display Port channels to a single 5K display. This enables Thunderbolt 3 computers with limited video outputs to be compatible with 5K monitors. With two displays, you can work more efficiently from your laptop, so you can accomplish more in the same amount of time. Plus, with each display delivering 4K performance, you can have four times the screen space compared to 1080p. Creative professionals can be more productive with the freedom to edit 4K video on one display, while previewing raw video playback on the second 4K display. This adapter helps to keep your system running at peak performance. Unlike USB (Universal Serial Bus) external video solutions, Thunderbolt 3 lets you run Ultra HD 4K resolution at 60 Hz on both displays without draining system resources. Because it's backward compatibl