live broadcasting

AVIWEST:- DMNG PRO BROCHURES

AVIWEST’s DMNG system enables broadcasters and video professionals to affordably capture and broadcast live HD video from anywhere in the world. The flexible system utilizes multiple networks, including 3G/4G cellular wireless networks, Wi-Fi, Ethernet, and satellite, and a full range of mobile devices, from tablets and smartphones to the patented industry-leading DMNG PRO180 transmitter.

DMNG PRO180

  • THE ULTIMATE 3G/4G UPLINK SYSTEM AVIWEST’s DMNG PRO Series is the world’s most advanced 3G/4G video uplink family designed for newsgathering applications. The pocket-sized systems have been deployed worldwide by a number of international, national and local TV channels, video content operators and news agencies.
  • Featuring 8 cellular connections (eight 3G/4G internal modems with an internal high-efficiency custom antenna array), a built-in Wi-Fi modem, and two best-in-class H.264 video encoders, the DMNG PRO180 can be used to stream live HD video down to the receiver with minimal delay, which allows broadcasters to produce seamless live interviews.
  • Compact, lightweight, and portable design is perfect for in-the-field use:Weighing about 1Kg, the portable DMNG PRO180 can be easily connected to any professional camera (e.g., SD/HD SDI, analog [BNC] and HDMI) and mounted via V-Mount, Gold Mount, or PAG plates. By providing broadcasters with a video uplink system that is easy to transport, the DMNG PRO speeds up newsgathering operations.
  • Simple use and control enables rapid newsgathering: The DMNG PRO is designed to automatically detect real-time network capabilities. Through a user-friendly and intuitive touch-screen interface, the DMNG PRO allows any on-the-go media professional to easily configure and operate the system as well as communicate with the studio through the IFB return channel. The units can also be controlled by the receiver (DMNG StreamHub), the Management System (DMNG Manager), the DMNG Remote smartphone application or any device connected to the unit though the network.