The ASWL-H2KDC30M05-BK wireless USB-C to HDMI Docking adapter from Aisens is a versatile device that combines wireless and wired connectivity for efficient video and data transmission in professional environments. Designed to connect USB-C devices supporting DisplayPort Alternate Mode (DP Alt Mode), Thunderbolt 3/4, or USB4, this adapter allows wireless HDMI output in Full HD 1080P resolution at 60 Hz with minimal latency of 0.1 seconds and a range of up to 30 meters in unobstructed spaces. In wired mode, it offers a 4K HDMI @ 60 Hz connection delivering sharp images with color depth up to 48 bit/pixel, compatible with earlier HDMI standards. It also features a full set of integrated ports: 1x HDMI port for video, 1x USB-A 3.0 supporting up to 5 Gbps for peripherals, 2x USB-C 5G ports dedicated exclusively to data transfer up to 5 Gbps compatible with USB 2.0, and a USB-C PD port with fast charging up to 100W, optimized to power laptops without affecting data transfer. This adapter supports connecting up to five wireless transmitters to a single receiver, enabling seamless collaborative presentations in meeting rooms and classrooms. Its compact design, measuring 55 mm wide, 90 mm deep, and 15 mm high, in sleek black, makes it ideal for professional use and mobility. No software or app installation is required, operating fully in plug and play mode by connecting the transmitter to the HDMI source and the receiver to the monitor or projector. However, note that wireless and wired HDMI modes cannot operate simultaneously. This highly compatible adapter provides a complete and efficient solution for those seeking flexible HD audio and video transmission with both wireless and wired options, plus quick USB accessory connection through a single device. Its USB power supply delivers 5 V output voltage with a maximum current of 3 A, ensuring stable continuous operation. Overall, this Aisens docking adapter is a flexible, tech-forward choice to enhance audiovisual connectivity in professional settings requiring hybrid solutions and mobility.
