☀ HDMI трансляция с DJI FPV. И не только! [YStreamer]

Summary

Key Points

• The creator explains the need for a DIY streaming solution because commercial boxes are expensive and phone RTSP servers have low bitrate. 0:32
• After wiring power, fan, and HDMI, the Pi boots, creates a Wi‑Fi hotspot (10.0.1.1) and serves a web UI for video streaming. 0:32
• Required components include the Pi, a fast USB flash drive, a 40×40 mm fan, heatsinks, a 3D‑printed case, and a USB‑C power source. 3:32
• The system supports various DJI goggles (Goggles 2, 3, Integra, N3, V1/V2) and can accept USB cameras or analog receivers via USB‑A. 5:33
• The open‑source streamer image is downloaded and flashed onto the flash drive using Raspberry Pi Imager with the custom option. 5:55
• A Raspberry Pi 4 is selected for its hardware H.264 acceleration and USB‑C power capability, and any RAM size (1 GB+) works. 6:10
• Power consumption is only 3‑5 W, so a small power bank can run the box for several hours, streaming up to 4K with ~0.5 s latency. 7:55
• The web UI allows multiple devices to connect, view the live feed, adjust bitrate, resolution, ISO, white balance, and toggle recording. 10:08
• The total build cost is about $80, offering a practical, reusable alternative for occasional drone‑streaming gigs. 15:41