Q2: What range can we expect in a dense rainforest?

Typically 1–3 km, depending on antenna type, height, and frequency band. Lower frequencies achieve better penetration.

Liên kết không dây COFDM cho nghiên cứu robot rừng

Q: Q3: Can I transmit control data along with the video?

Yes. Our system supports transparent data return channels for bi-directional communication.

Q: Q4: Is the system compatible with my current cameras?

Yes. It supports HDMI, SDI, or AV input and can be adapted for IP cameras.

Mục lục

Buyer inquiry about COFDM Wireless Link for Forest Robot Research.

“I am a researcher at the University of São Paulo in Brazil. We are developing a ground robot to explore the rainforest and collect samples. We are using a radio from another manufacturer to transmit the image and commands between the receiver and the transmitter. But the problem we are facing is regarding the transmission distance. When the robot enters the forest, the maximum distance we are achieving is 100 meters between transmitter and receiver, but we need much more than that. I was looking at your communication solutions here and I thought if you didn’t have a product that could help me?”

Hiểu nhu cầu của khách hàng

This inquiry comes from a research team developing a forest exploration robot for environmental sampling and data collection. Their main challenge lies in wireless communication through dense rainforest vegetation. Using a standard radio link, their transmission range is limited to around 100 mét, which is insufficient for field operations that demand reliable video and control links over several hundred meters or even kilometers.

The root of the issue is that conventional radios—often operating at 2.4 GHz hoặc 5.8 GHz—suffer heavy signal attenuation when trees, Độ ẩm, and terrain block line of sight. For this type of environment, Một COFDM (Ghép kênh phân chia tần số trực giao được mã hóa) system provides a far more stable solution.

Sản phẩm được đề xuất:

H.265 COFDM Wireless Video Transmitter & Người nhận

This professional-grade wireless link is specifically designed for không có tầm nhìn (NLOS) applications such as forests, tunnels, and urban areas. Nó hỗ trợ long-range HD video and data transmission với độ trễ cực thấp, ensuring real-time monitoring and reliable robot control.

Các tính năng chính

Dải tần: 300 MHz – 900 MHz (tùy chỉnh, supports low-frequency penetration)
Công suất đầu ra: 1 W – 2 W for extended range
Phạm vi truyền: Lên đến 1 - 3 km in dense forest conditions
Nén video: H.265 for efficient and high-quality streaming
Độ trễ: As low as 30 bệnh đa xơ cứng
Data Interface: Ethernet / UART / RS232 for control signal return
Mã hóa: AES128 private secure link
Yếu tố hình thức: Nhỏ gọn, nhẹ, and rugged – ideal for field robotics

Các ứng dụng điển hình

Forest and environmental research robots
Rescue or inspection ground robots
UAV or UGV video links
Defense and reconnaissance systems
Remote wildlife observation or monitoring

Câu hỏi thường gặp

Q1: Why COFDM instead of Wi-Fi or analog radio?

COFDM provides strong anti-interference and multi-path resistance, maintaining a stable image even under NLOS conditions where Wi-Fi fails.

Quý 2: What range can we expect in a dense rainforest?

Typically 1–3 km, depending on antenna type, chiều cao, and frequency band. Lower frequencies achieve better penetration.

Q3: Can I transmit control data along with the video?

Đúng. Our system supports transparent data return channels for bi-directional communication.

Q4: Is the system compatible with my current cameras?

Đúng. It supports HDMI, SDI, or AV input and can be adapted for IP cameras.

Phần kết luận

For researchers and developers working in challenging environments like rainforests, traditional wireless systems simply cannot provide the stability and range required. Một COFDM-based H.265 low-latency transceiver ensures reliable, được mã hóa, and real-time communication — essential for mission success in field robotics and exploration.

👉 Sản phẩm được đề xuất: Quad Video Transmitter with Data & Audio Transceiver for Robot