COFDM 2W Video-Audio-Transceiver mit großer Reichweite für Roboter

Customer Inquiry about COFDM 2W Long-Range Video Audio Transceiver for Robots

“I’m looking for a transmitter and receiver, COFDM mit Zwei-Wege-Audio und Einweg-Video, long range, I think 2W might be fine.”

This is a very typical inquiry from professionals working with Bodenroboter, remote vehicles, and mobile command systems, where reliable long-range video and audio communication is essential. Let’s break down the requirements and the perfect product that fits them.

Quad Video Transmitter with Data Audio Transceiver for Robot or Mini Remote Operated Vehicle
Quad-Videosender mit Daten-Audio-Transceiver für Roboter oder ferngesteuerte Minifahrzeuge

Understanding the Customer’s Needs

The customer clearly wants:

  • COFDM-Technologie for robust, anti-interference transmission.
  • Zwei-Wege-Audio for live communication between operator and robot.
  • Einwegvideo to send clear, low-latency visuals from robot to operator.
  • 2W transmit power für medium-to-long range Betrieb (1–2km, even close to the ground).

Such a setup is typically used in robot dogs (beim UGV), bomb disposal robots, und inspection vehicles, where maintaining real-time video, Kontrolle, and voice contact is critical.


Recommended Product:

👉 Quad Video Transmitter with Data Audio Transceiver for Robot

This model from iVcan perfectly matches the customer’s requirements — a COFDM-based system that integrates Video, Zwei-Wege-Audio, and bidirectional data into one compact module.


Hauptmerkmale

Videoübertragung in eine Richtung

  • Unterstützt bis zu 4 camera inputs (front, hinteren, links, Rechts).
  • 1080P / 720P AHD video input supported.
  • COFDM-Modulation ensures stable, Nicht-Sichtlinie (NLOS) Übertragung.
  • Geringe Latenz: 150–300 ms end-to-end.

Two-Way Audio + Daten

  • Voice intercom: Microphone on transmitter, speaker/headset on receiver.
  • Bidirectional control data: Send robot commands from receiver to transmitter.
  • RS232/RS485 interface wählbar.

Flexible Power & Frequenz

  • Ausgangsleistung: 0.1–4W adjustable (2W ideal for 1–2 km range).
  • Frequencies: 330–590 MHz for video; 902–928 MHz for data.
  • Customizable for special frequency bands or applications.

Smart Interface

  • WEB UI configuration for easy setup.
  • HDMI, Ethernet output at receiver for monitors or control PCs.

Advanced Features

  • Echtzeit 4-camera merge display or channel switching.
  • Analog audio in/out, customizable OSD, and multiple modulation modes.
  • Entwickelt für tough environments: -40°C to +80°C operation.

Anwendungsszenarien

  • Roboterhund / UGV Fernbedienung.
  • Brandbekämpfung / Rescue Robots.
  • Explosive Ordnance Disposal (EOD) Roboter.
  • Farm, Bergbau, or inspection vehicles.
  • Police or military mobile surveillance systems.

Even when the antennas are close to the ground, this system can achieve stable long-range transmission due to COFDM’s strong diffraction ability.


FAQ

Q1: What’s the range of COFDM 2W Long-Range Video Audio Transceiver?

A1: Typischerweise 1–2km near the ground, und up to 4–8 km in clear LOS conditions (depends on environment and antenna height).

Q2: What is the system delay?

A2: Video + Audio latency: 150–300 ms; Data latency: ~40 ms.

Q3: Can it support two-way data?

EIN: Ja. Es unterstützt bidirectional RS232/RS485 data und Zwei-Wege-Sprach-Gegensprechanlage gleichzeitig.

Q4: Can it be made smaller or lower power (2W)?

EIN: Ja, A compact 2W version (13×10×3.7 cm) is available.

F5: Why does video blur when moving fast?

EIN: It’s caused by dynamic video compression — a trade-off to maintain real-time low latency.


Abschluss

For users seeking a COFDM transmitter and receiver mit Zwei-Wege-Audio, one-way HD video, und Langstreckenzuverlässigkeit, Die
Quad Video Transmitter with Data Audio Transceiver for Robot
is one of the best all-in-one solutions available.

It’s engineered for robotic and ground vehicle systems, Angebot robust performance, easy setup, und outstanding communication stability — even in complex, interference-prone environments.

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