5.8지 10 인치 COFDM 무선 비디오 오디오 수신기

5.8G 10인치 COFDM 무선 비디오 오디오 수신기

5.8G 10 inch COFDM Wireless Video Audio Receiver
5.8G 10인치 COFDM 무선 비디오 오디오 수신기
170-930 Mhz receivers ( used with 5-6 Ghz transmitters via down converters )
170-930 MHZ 수신기 ( 사용 5-6 다운 컨버터를 통한 GHZ 송신기 )

2. 대기 시간이 낮은 COFDM 5.5GHz-6GHz 시스템이 있습니까??

감사. COFDM 비디오 송신기는 170-860MHz를 지원합니다, you should add the extra up-converter frequency board to support a 5-6GHz transmitter.
또한 지원하는 OFDM 비디오 송신기도 있습니다 1.4 GHZ와 2.4 GHz의.

개요:
The 5.8G 10-inch COFDM Wireless Video Audio Receiver is a professional-grade solution for high-quality, real-time video and audio reception in demanding wireless environments. Designed for use with long-range COFDM transmitters, this receiver offers a robust and reliable platform for live video monitoring, UAV operations, broadcast applications, and industrial surveillance. Its 10-inch display provides a clear, 떠는, and accurate view of transmitted content, while its COFDM demodulation technology ensures stable signal reception even in environments with multipath interference, 장애물, or RF congestion.

This receiver is highly versatile, capable of supporting 5.8 GHz wireless systems directly, as well as 170–930 MHz frequencies via downconverter boards, enabling compatibility with transmitters operating in higher frequency bands such as 5–6 GHz. The device supports multiple video compression standards, including H.264 and H.265, providing efficient bandwidth utilization without compromising video quality. Optional multi-antenna configurations further enhance reception reliability, making it suitable for long-range and professional applications.


Key Features and Functions:

  1. High-Resolution 10-Inch Display:
    • 10-inch color display provides sharp, 명확한, and detailed video monitoring.
    • Supports SDI, HDMI, and CVBS video inputs, allowing seamless integration with professional cameras and UAV payloads.
  2. COFDM 무선 수신:
    • Utilizes advanced COFDM (코딩된 직교 주파수 분할 다중화) technology to maintain stable video reception in complex RF environments.
    • Resistant to multipath interference, 페이딩, 신호 드롭 아웃, ideal for urban areas, 숲, 또는 산업 현장.
  3. Wide Frequency Compatibility:
    • Supports direct reception in 5.8 GHz systems for high-speed, low-latency applications.
    • Compatible with 170–930 MHz reception using downconverter boards to work with 5–6 GHz transmitters.
    • Supports multi-band operation through upconverter or downconverter add-on modules.
  4. Video and Audio Support:
    • Supports simultaneous transmission and reception of video and audio streams.
    • Compatible with H.264 and H.265 video compression for high-quality, 효율적인 전송.
    • Supports DVB-T221, DVB-T265, and DVB-T24 COFDM protocols.
  5. 낮은 대기 시간 성능:
    • Designed for applications requiring real-time monitoring, such as UAV FPV, 라이브 방송, 또는 감시.
    • When paired with compatible transmitters and frequency boards, latency can be minimized to meet professional standards.
  6. Advanced Antenna Configurations:
    • Optional four-antenna diversity configuration improves reception reliability and signal stability.
    • Supports both built-in and external antennas for flexible deployment.
  7. Portable and Rugged Design:
    • 경량의, 콤팩트, and durable, suitable for field operations and mobile setups.
    • Can be mounted on drones, 차량, or portable stands for versatile usage scenarios.
  8. 유연한 연결성:
    • Supports SDI, HDMI, and CVBS outputs to connect to monitors, 레코더, or downstream equipment.
    • Provides options for software-based parameter adjustment, including frequency tuning, 변조 유형, and power settings.
  9. Enhanced Signal Reliability:
    • COFDM demodulation ensures strong performance in long-range and challenging environments.
    • Optional signal boosters and frequency tuning allow users to optimize performance for specific operational conditions.

응용 프로그램:

The 5.8G 10-Inch COFDM Wireless Video Audio Receiver is suitable for a wide range of professional and industrial scenarios:

  • UAV/Drone FPV Monitoring: 실시간, long-range video and audio reception for aerial cinematography, 매핑, 검사, 그리고 감시.
  • Broadcasting and Live Events: Wireless video transmission for live events, 뉴스 보도, and mobile OB vans.
  • 산업 모니터링: 파이프라인 원격 모니터링, 건설 현장, or hazardous areas where wired connections are impractical.
  • 공공 안전 및 보안: Surveillance systems for police, 불, 비상 대응, 그리고 군사 정찰.
  • 연구 및 교육: Live transmission of experiments, field studies, or technical demonstrations in real-time.
  • Remote Media Production: Supports mobile video production teams requiring secure, stable wireless feeds.

선택적 매개변수 및 사용자 정의:

  1. 주파수 범위:
    • 5.8 GHz direct reception, or 170–930 MHz via downconverter boards for use with higher-frequency transmitters.
  2. Video Compression Standards:
    • H.264 and H.265 selectable for bandwidth optimization and high-definition video quality.
  3. 안테나 구성:
    • Single or multi-antenna diversity options, including four-antenna DVB-T24 configuration.
  4. Screen Size Options:
    • 9-inch and 10-inch display models available depending on operational preference.
  5. 대기 시간 최적화:
    • Supports low-latency configurations for real-time monitoring in UAV and broadcast applications.
  6. 장착 액세서리:
    • Optional stands, brackets, or vibration-dampening mounts for drone, 차량, 또는 고정 설정.
  7. 제어 인터페이스:
    • Remote adjustment of frequency, 조정, and other parameters via software or serial control interface.

결론:

The 5.8G 10-Inch COFDM Wireless Video Audio Receiver is a versatile, professional-grade solution for long-range video and audio reception. Its combination of COFDM technology, multi-frequency compatibility, 낮은 대기 시간, and high-resolution display makes it ideal for UAV operations, 방송, 산업 모니터링, 보안, 및 연구 응용. With optional frequency boards, 안테나 다양성, and flexible input/output configurations, this receiver can be tailored to meet diverse operational needs. Whether used for live video monitoring, 모바일 감시, or remote media production, the 5.8G COFDM Receiver delivers reliable, 안전한, and high-quality performance in a compact and rugged design, ensuring uninterrupted visual and audio communication across challenging environments.

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