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General ~ Features
Luke edited this page Dec 3, 2018
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5 revisions
(applicable to the latest release)
- Supports Pi A+, Pi1B+, Pi2B, Pi3B (Pi3B+ not at the moment), Pi Zero, Pi Zero W, Odroid-W, Pi V1 and V2 cam (NOTE: GroundPi needs to be atleast a Pi2)
- Maximum possible resolutions (depending on cam used): 1280x720p 60fps 1296x972p 42fps 1640x922p 40fps 1920x1080p 30fps
- Maximum possible video bitrate about 12Mbit
- Latency ~125ms with 720p 48fps default settings, minimum possible latency roughly around 110ms
- Support for 2.3/2.4/2.5Ghz bands and 5.2Ghz to 5.8Ghz bands
- 2.4Ghz on 3dbi omni antennas: About 1-1.5km range with ~70mw wifi sticks, about 2-3km with ~300mW high-power cards (with default settings, about 50% higher range is possible with lower bitrate "longrange mode")
- 5Ghz on 3dbi omni antennas: ~250m range with 25mW wifi sticks, about 1km range with ~300mW high-power cards
- Configuration can be done from Windows, no Linux knowledge required
- Supports different configuration profiles selectable on the field via jumpers or DIP switches
- Forwarding of video stream and telemetry data to 2nd display via: USB Tethering, Wifi Hotspot, Ethernet, Wifibroadcast relay mode
- Bi-directional mavlink telemetry support (uplink not 100% compatible with all FCs yet)
- Support for video and telemetry inside Tower App, QGroundcontrol, Mission Planner
- Fully dynamic and automatic detection of 2nd display, just plug it in or connect via Hotspot and it'll work
- 2 wifi sticks transmit diversity on two different frequencies for bulletproof videolink
- 3 wifi sticks receive diversity support for Atheros, 5 wifi sticks receive diversity support for Ralink (or 2x Atheros and 2x Ralink)
- Integrated high resolution fully customizeable OSD with support for Mavlink, Frsky, LTM, Smartport telemetry
- .AVI Ground recording, PNG screenshots and telemetry data automatically saved to USB stick
- Automatic graphing of RSSI, packetloss, video bitrate and other data
- Quick startup, about 10 seconds until video is shown
- No issues as with standard wifi, no disconnection, video freeze etc, video will quickly recover
- Live and responsive RSSI display with defective blocks and packetloss display
- Handling similar to analog gear, just switch on and fly
- Smooth and stutter-free video (thanks, mmormota)
- Video reception is very stable even in difficult multipathing environments, no constant glitching as with analog
- OSD overlay rendered on the receiver will stay clear and functional even if video is too bad to fly
- SD card reliability and general robustness tweaks (read-only filesystem, syslogging to SD disabled, etc.)
- Debug logs and screenshot will be saved to sdcard in case of errors
- Low-latency/high update-rate RC over wifibroadcast via Joystick (Atheros only)
General
Hardware Setup
- Proper Wiring
- Power Supply (BECs)
- Supported Pi models
- Supported Cameras
- Supported WiFi Adapters
- Supported Displays
- Antennas
- DIY builds
Software Setup
- Basic configuration options
- Advanced Options
RC Control
- General
- RC with Ardupilot (MAVlink)
- RC with iNav
- DIY builds
Ground Stations
- Mission Planner (Windows)
- QGroundControl (Windows / Linux / Mac / Android /iOS)
- APM Planner (Windows / Mac / Linux)
- Tower (Android)
- FPV_VR (Android)
- GStreamer (Windows / Mac / Linux)
- Fishing FanCam (iOS)
Expert Settings
- OSD MAVLink message types
- Transmit power settings
- SSH shell
- Raspivid camera settings
- Optimizing-Power-Consumption
Extensions / AddOns
- HDMI-in cards
- WebCams
- Video Switcher
- Thermal (FLIR, Seek)
- 360° cameras
Community-HUB
Developer's Corner
- Room for Improvement
- Mounting Images
- Reducing Images size
- WinSCP (copying files)