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The most budget FPV system in the world - OpenIPC! In this video, I will tell you the story of the system's appearance, as well as about the connection and initial setup. We will reflash the Goke7205v200/300/HiSilicon IP camera, install WFB-ng on the ground station, check the air delay and evaluate the quality of the video stream. Read more at the link: https://openipc.org/ EQUIPMENT FROM THE VIDEO - IP camera gk7205v200 (hi3516ev200) + imx307: https://egorniko.ru/r/BH - USB-UART adapter: https://egorniko.ru/r/BI Links to the authors: • What is NTSC PAL • Comparison of digital and analog sys... • My Fav Spot GOT BURNED!! (FPV Fugitive) SUPPORT THE AUTHOR. THANK YOU! Link to Donate - https://egorniko.ru/r/CK Become a SPONSOR - https://egorniko.ru/r/CL MATERIALS https://github.com/openipc/wiki https://github.com/svpcom/wfb-ng https://github.com/svpcom/rtl8812au -- Subscribe! I talk about interesting projects created by hand and printed on a 3D printer. As well as RC modeling, airplane models, quadcopters, arduino, electronics and much more. CONTENTS ________________________________________________________________ 0:00 Introduction 0:15 Analog and digital FPV systems 0:42 Open source FPV systems 1:45 IP camera as an FPV system 2:23 Goke gk7205v200 IP camera 3:38 Unpacking the IP camera 4:39 Connecting the power supply and network cable 6:39 Measuring video latency on stock firmware 7:57 Connecting to the camera via COM port (UART port) 8:31 Reflashing with alternative firmware from OpenIPC 8:48 Wi-Fi adapters on the RTL8812AU chip 12:00 Connecting the wifi adapter to the camera 13:16 Ground station 13:59 Installing the driver for RLT8812AU and the wfb-ng utility 15:50 Demonstration flight, latency and image quality 19:11 Summing up and conclusions