Features
Last updated
Was this helpful?
Last updated
Was this helpful?
The following improvements have been made to the provided wiki page:
The latest of OpenHD incorporates a range of advanced features and capabilities:
OpenHD now supports all 2.4GHz and 5.8GHz channels, providing users with versatile frequency options.
OpenHD ensures remarkably stable video reception even in challenging multipath environments. This stability eliminates the constant glitching commonly experienced with analog FPV systems.
The platform offers dual camera support for a variety of , including libcamera, veye, raspivid, USB, thermal, and unmanaged cameras.
Experience real two-way communication settings, enhancing control and customization options.
The OSD (On-Screen Display) features high-resolution visuals and is fully customizable. It also seamlessly integrates with MAVLink telemetry data.
Users can monitor real-time data such as Received Signal Strength Indicator (RSSI), packet loss, video bitrate, and other critical information directly on the OSD.
OpenHD enables real-time adjustments of various parameters, including TX power, modulation, video settings, camera configurations, and more.
Enjoy the benefits of an adjustable Picture-in-Picture feature for secondary video signals, enhancing situational awareness.
OpenHD employs a unique wifibroadcast link with highly optimized FEC, that overcomes issues commonly associated with standard Wi-Fi connections, such as high latency, disconnections and video freezing. The system ensures rapid video recovery.
OpenHD provides mechanism's to ensure the security of your UAV, including verification and customizable encryption. Always providing a secure link which can not simply be overtaken by external signals.
Bidirectional MAVLink telemetry support is integrated, offering compatibility with a wide range of flight controllers, with remarkable stability.
Users can forward video streams and telemetry data to secondary devices using multiple methods, enhancing data accessibility and allowing for custom setups like FPV over the Internet.
FC (Flight Controller) settings, video parameters, and telemetry configurations seamlessly integrate with QGroundControl without requiring any modifications. For better integration with existing Groundstations.
OpenHD is programmed to work on various platforms, like the raspberry pi or X86 devices. On X86 we provide Images with preinstalled and tuned versions of QOpenHD,OpenHD,Inav,MissionPlanner,QGroundcontrol,...
The OSD overlay displayed on the receiver remains clear and functional even when video quality is compromised, ensuring essential flight information is still accessible.
Configuration tasks are simplified through the use of QOpenHD and the OpenHD-ImageWriter, eliminating the need for complex configuration files.
OpenHD flashing is recommended to be performed using the OpenHD-ImageWriter tool, streamlining the flashing procedure.
Experience low-latency and high-update-rate remote control over the Wi-Fi broadcast link via USB joystick compatibility.
OpenHD employs an optimized Forward Error Correction (FEC) mechanism to ensure the most stable and reliable video transmission connections.
OpenHD benefits from a dedicated and specialized development team that continually strives to enhance the platform. Regular and frequent updates, along with feature improvements, are diligently implemented and tested by this skilled group.
The OpenHD Community is a thriving and dynamic hub of support and knowledge. In the event of any challenges or issues, the community is always ready and willing to offer assistance and guidance.
These features are just a collection of most notable features, which enhance the capabilities of OpenHD, making it a powerful and versatile choice for remote video transmission and telemetry in various applications.
OpenHD is developing together with arducam, specifically designed for the platform, expanding hardware choices for our users.
Our will to always innovate, our supporters via and , allow us to test, integrate, manufacture new and exiting hardware. In addition part of our team is working on , which allows us furter optimize and minimize hardware for OpenHD.