Manhattan 1080p Wireless HDMI Display Presentation Kit, 2-Piece Set with HDMI Receiver and USB-C Transmitter Dongle to Wirelessly Display a Video Signal from a Laptop/Tablet/Smartphone on an HDMI TV or Projector, Black

Wireless HDMI Display Adapter Combo Set for Screen Sharing from Your USB-C Laptop, Tablet or Smartphone - Great for Presentations
The Manhattan 1080p Wireless HDMI Display Adapter Kit allows you to easily mirror or extend the screen of your USB-C device to any HDMI-enabled TV, projector, or monitor - perfect for presentations, professional trainings, and video streaming, all without the hassle of cable clutter.

Quick and Simple Pairing, No Driver or Extra Technology Needed
Designed for ease of use, this adapter offers quick and simple pairing, requiring no Wi-Fi, Ethernet, or screen-sharing technologies such as AirPlay, Miracast, or Google Cast. The receiver is a sleek 0.6 m (2 ft.) HDMI to USB-A cable that easily plugs into your display’s ports for quick setup, ensuring smooth, reliable connectivity.

Broad Compatibility Across USB-C Devices
Fully compatible with a wide range of USB-C DP-Alt-Mode-supported laptops, tablets, and phones - including Apple® MacBook®, iPad® Pro, iPhone 15/16, Chromebook™, Pixel™, and Samsung Galaxy - this plug-and-play solution makes installation a breeze. Whether you're using Windows®, macOS®, Chrome OS™, iPadOS®, iOS®, or Android™, you'll enjoy Full HD resolution up to 1080p@60Hz for clear, crisp visuals.

Supports Multiple Users for Collaborative Presentations
Perfect for collaborative work environments, this adapter supports up to six transmitters on a single receiver, allowing multiple users to easily switch between devices during team presentations. Its compact and portable design fits easily in your bag, making it ideal for business meetings or travel, offering you the flexibility to present anytime, anywhere.

Reliable Wireless Range for Large Rooms
With a reliable wireless range of up to 30 meters (100 ft.), you can share media across larger rooms without any limitations.