The features as per the latest release include:
Supports the following single board computers (SBC): - Pi Zero, Pi Zero W (constraint in several aspects such as bitrate but working) - Pi2B, Pi3B, Pi3B+, Pi3A+, Pi4, Odroid-W, Pi (NOTE: Ground Pi shall be Pi2B or higher)
Support of numerous camera modules: - Raspberry Foundation V1, V2 and HQ cameras - InnoMaker line of CSI cameras (e.g. MIPI CAM 290-ISP, MIPI CAM 327-ISP) - IP cameras capable of h.264/265 (e.g. Hi3516C based models) - USB cameras (e.g. Logitech C920)
Multi camera support (e.g. secondary thermal camera)
HiRes video transmission (typical resolutions/fps): - 1280x720p 60fps, 1296x972p 42fps, 1640x922p 40fps, 1920x1080p 30fps
High bitrate of up to 12Mbit
Low Latency (~125ms typical, ~110ms minimum)
Support for various RF bands: - 2.3/2.4/2.5Ghz; 5.2-5.8Ghz
Typical range (3dbi omni antennas anticipated): - 2,4Ghz: 1-1.5km (~70mW), 2-3km (~300mW) - 5Ghz: 250m (~25mW), 1km (~300mW)
Extreme range (record flights with directional antennas/antenna tracking) - 2,4Ghz: approx 30km - 5Ghz: approx 70km
Easy Configuration - File based configuration (can be done from Windows, no Linux knowledge required) - Change Settings via QOpen.HD App
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 TetheringWifi Hotspot, Ethernet, Wifibroadcast relay mode
Bi-directional Mavlink telemetry support
Complete Mavlink v1 and v2 support
Integrated high resolution fully customizeable OSD with support for: Mavlink, Frsky, LTM, Smartport telemetry
Support for video and telemetry inside: QOpen.HD, FPV-VR, QGroundcontrol, Mission Planner, Tower App
Automatic detection of portable device (Phone or Tablet) as a second display, just plug it in or connect via Hotspot
Receive Diversity: - 3 times receive diversity support for 2,4Ghz Atheros (4+ receive diversity on Raspberry Pi 4) - 5 times receive diversity support for 5Ghz Realtek
.AVI Ground recording, PNG screenshots and telemetry data automatically saved to USB stick
Automatic graphing of RSSI, packetloss, video bitrate and other data
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
Stable video reception even in multipathing environments (no constant glitching as with analog)
Groundside OSD rendering (stays clear and functional even if video breaks up)
Low-latency/high update-rate RC via USB-Joystick
Encrypted RC
Ability to designate strongest WiFi adapter for RC
Audio
Frequency Band switching ability
Last updated 1 year ago