Technical documentation for transmitting video and audio via radio waves for experienced users is popular!

basic information

★ Introduce how the propagation of radio waves is influenced by the performance of transmitting and receiving antennas. ★ Explain the domestic and international radio laws when transmitting video via radio waves. ★ Discuss design methods for transmitters and receivers that are compatible with the energy-saving era. ★ Explain the digital modulation/demodulation and error correction methods for transmitters and receivers. ★ Describe the challenges related to compression and decompression for NTSC and high-definition signals. ★ Introduce installation know-how for connecting antennas and transmitters/receivers. ● Introduce the basics of high-frequency circuit design. ● When transmitting audio and video via radio equipment, it is essential to borrow a demo unit and confirm its performance on-site! The amount of information is significantly greater than that of general digital information communication, leading to many potential issues (range, delay, image quality, energy efficiency, size). * For more details, please download the catalog or contact us.

Price range

P3

Delivery Time

P3

Applications/Examples of results

Application Examples: ◆ Crime prevention system for shopping streets. ◆ Monitoring of large facilities, such as power plants and oil refineries. ◆ Maintenance and monitoring of water supply and sewage systems. ◆ Monitoring the status of production lines. ◆ Surveillance of unauthorized intruders in hospitals, parks, halls, and large facilities. ◆ Crime prevention monitoring for vehicle break-ins. ◆ Camera monitoring for broadcasting stations. ◆ Video distribution via projector. ◆ Monitoring of entrances and elevators in apartment buildings. ◆ Monitoring of hospital operating rooms, wirelessly transmitting the status of surgeries to adjacent rooms. ◆ Aerial photography using remote-controlled helicopters. ◆ Monitoring of construction sites. ◆ Monitoring inside greenhouses. ◆ Monitoring the internal conditions of daycare centers and kindergartens. ◆ Monitoring systems within vessels. ◆ Traffic monitoring systems. ◆ Surveillance of service areas. ◆ Marathon broadcasting systems. ◆ Personal crime prevention systems. ◆ Monitoring platforms within railway systems. ◆ Integration with disaster prevention equipment within hotel facilities. ◆ Monitoring of entries and exits within banks. ◆ Livestock monitoring systems. ◆ Monitoring within nuclear power plants. ◆ Rear monitoring using cameras installed on buses and trucks. ◆ Theft prevention in fields and orchards. ◆ Monitoring systems within prisons.

Detailed information

• 

  Palm-sized GTV-T1/R1 introduction: Top side = receiver, bottom side = transmitter, size = 110×80×30mm.

• 

  Embedded video transmission module + uncompressed receiver collaboration product: Left side = ultra-compact video transmission module (model number = GTV-24TMS). Right side = receiver (model number = GTV-R1).

• 

  Case studies of the utilization of the no-delay, uncompressed radio (GTV-T1/R1): Introducing case studies in various genres!

• 

  Introduction of embedded video transmission and reception modules: Left side = ultra-compact video transmission module (model number = GTV-24TMS). Right side = compact video reception module (model number = GTV-24RM).

• 

  Demo of a no-delay, uncompressed wireless device: Left side = Transmitter monitor Right side = Receiver monitor. Since both monitors display the same transmission and reception video, there is no delay!

• 

  Demo of the no-delay, uncompressed wireless device (GTV-T1/R1): Left side = Transmission monitor, Right side = Reception monitor. Both the transmitted and received images on each monitor are the same, so there is no delay!

• 

  A flying object modified for drone aerial photography: The bottom has been replaced with a home video camera, and the top with a super compact video transmission module. As a result, it receives and plays back high-quality video with no delay!

• 

  Test flight of the modified drone for aerial photography: Transmitting high-quality video to the ground receiver with no delay!

• 

  Free demo unit of lossless, uncompressed radio equipment: Contents = 1 set of uncompressed radio equipment + 1 set of batteries + a variety of antennas + a set of cables + a set of various conversion connectors + 1 manual. Demo unit = Available for a 1-week free loan!