Ryniak Wideband DVB-T Antenna (Black)

Ryniak Wideband DVB-T Antenna (Black)

The DELTA antenna is a completely innovative design, first used in antenna technology, based on a RYNTAK TECHNIKA patent, and incorporates solutions used in the aviation industry. The DELTA antenna is intended for demanding users and receives all terrestrial television standards: DVB-T, DVB-T2 (in the future, DVB-T2 will be the target standard for HDTV transmission), HDTY, H.264 MPEG-4/AYC, 3D, and analog D1 TV and radio programs. The DELTA antenna provides the highest image quality thanks to its new TV signal reception technology. It is a small outdoor antenna that can successfully replace currently used large Yagi, mesh, and less effective small universal antennas of various designs. An indoor version is also available, equipped with a special stand for placing the antenna inside a building. The antenna meets the quality requirements of European Union standards. Characteristic features of the DELTA antenna: 1. Very high antenna efficiency, even at considerable distances from the transmitter. 2. Meets the requirements of modern television receivers, such as LCD and PLASMA. 3. The digital image received by the DELTA antenna surpasses the quality of satellite television programs. 4. The sealed plastic housing prevents deterioration of reception caused by weather conditions. 5. The steel support structure inside the aerodynamic housing ensures the durability and wind resistance of the antenna. 6. The aesthetically pleasing antenna housing blends seamlessly with its surroundings (registered European industrial design). 7. The antenna is equipped with a shielded, high-quality amplifier. 8. The antenna with amplifier has a diode indicating correct amplifier operation. 9. Small size and a special mount allow the antenna to be mounted not only on the roof, but also on windows, balconies, or building walls, as well as indoors. 10. It is possible to connect several television or radio receivers simultaneously (using an appropriate signal splitter).