Technical Data [Countermeasures for Interference/Interference Between Radio Waves] For No-Latency Video Transmission!

basic information

★ The official website contains a wealth of technical information regarding radio waves. A must-see! ● Our wireless devices have obtained certification for compliance with domestic radio wave laws, so you can use them with confidence. ● Since radio waves are invisible, expert advice is crucial. ● Choosing the right transmitting and receiving antennas is very important for preventing interference and crosstalk! ● An easy and side-effect-free method for countermeasures involves the selection and installation of transmitting and receiving antennas. ● It is also possible to add error correction and signal processing circuits using electronic circuits as a countermeasure, but this can easily lead to side effects (such as delays). * When purchasing wireless devices, be cautious of "penny wise, pound foolish" choices that do not comply with radio wave laws! * For more details, please refer to our technical materials and catalog.

Price information

Open price

Price range

P3

Delivery Time

P3

Applications/Examples of results

◆ Shopping district security system: Monitoring of security in shopping districts, theft of advertisements, and robberies at stores. ◆ Maintenance and monitoring of water supply and sewage systems. ◆ Monitoring of large facilities: Perimeter surveillance of power facilities, oil refineries, and radio relay stations. ◆ School monitoring: Monitoring of entrances and exits at school buildings and gates. ◆ Production line monitoring: Monitoring of production line conditions using installed cameras. ◆ Monitoring of public facilities: Surveillance of unauthorized intruders in hospitals, parks, halls, and large facilities. ◆ Monitoring of parking lot entries and exits: Security monitoring of multiple parking lot entries and prevention of car break-ins. ◆ Camera monitoring at broadcasting stations: Monitoring multiple cameras within the studio. ◆ Presentation: Image and video distribution via video or projector in conference rooms. ◆ Building security system: Monitoring of entrances, elevators, and parking lots in apartment buildings. ◆ Monitoring of hospital operating rooms: Real-time wireless transmission of surgical conditions to adjacent rooms. ◆ Remote control system: Aerial photography from helicopters using remote control. ◆ Construction site monitoring system: Monitoring of tunnel construction conditions from the site management office.

Detailed information

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  Examples of utilizing delay-free and uncompressed radios: Use cases in on-site location shooting.

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  Appearance of the no-delay, non-compressed radio: Top = Receiver, Bottom = Transmitter, energy-saving, compact, lightweight, and no delay. Size/Weight = 110×80×30mm/300g!

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  Use case of delay-free, uncompressed wireless communication: A case where on-site video is transmitted in real-time and high quality to a relay vehicle at the rear.

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  Introducing the modified aerial drone: By replacing the camera and transmitter, we have achieved real-time, high-quality transmission!

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  Use cases of delay-free, uncompressed wireless devices and modules: Introducing use cases in various industries!

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  Collaboration of no-delay, ultra-compact transmission module and no-delay, uncompressed receiver: Left side = ultra-compact transmission module (weight = 60g) Right side = receiver (weight = 300g). It is widely used in wireless cameras and aerial drones.

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  Free demo unit of a lossless, uncompressed wireless device: Contents = 1 set of uncompressed wireless device + 1 set of batteries + a variety of antennas + a set of cables + a set of various conversion connectors + 1 instruction manual.

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  Introduction of a no-delay, uncompressed analog-digital receiver: A collaborative product between an analog (NTSC video) receiver and a digital (HD) receiver! Equipped with both analog (BNC) and digital (HDMI) video terminals!

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  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!