Indoor Outdoor Digital HD Aerial Quick Response HD Digital TV Antenna 30DBI Indoor Amphified DAB Antenna with Amplier DVB-T2
Feature:
1. High Input Impedance:The portable TV antenna features a 75-ohm input impedance, ensuring optimal signal reception and transmission. With a maximum gain of 30DBI, it significantly enhances the range and quality of your TV signal. Enjoy crisp, clear images and improved sound without any disruptions or interference.
2. USB-Powered Signal Amplifier:Equipped with a USB-powered active signal amplifier, this digital HD aerial boosts the strength of weak signals, allowing you to pick up channels from a greater distance. Simply connect the antenna to a USB port on your TV or an external power source to activate the amplifier and enhance your viewing experience.
3. Versatile Input Interfaces:The HD digital TV antenna supports various input interfaces, including TV live and F connectors. This versatility ensures that you can easily connect the antenna to different devices such as TVs, set-top boxes, and more. It provides flexibility and compatibility, making it suitable for a wide range of setups.
4. Easy Setup and Installation:Setting up the indoor amplified DAB antenna is a breeze. Just connect it to your TV or compatible device using the provided connectors, and you're ready to start scanning for channels. Its compact and lightweight design allows for easy placement anywhere in your home or even during outdoor activities like camping or road trips.
5. Wide Application Range:This ultra HDTV aerial is ideal for both indoor and outdoor use. Whether you're watching your favorite shows at home or on-the-go, this portable antenna ensures that you never miss out on your favorite programs. It is perfect for RVs, dorm rooms, apartments, and other spaces where traditional antenna installations may not be possible.
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
