Embedded video processing means handling video directly on a dedicated processor or computing platform that is built into the device or system capturing the video. Instead of sending raw video to an external computer or centralized server for every processing task, the embedded platform can perform functions such as encoding, decoding, scaling, overlays, recording, streaming, and AI analysis locally.
This approach is common in drones, unmanned vehicles, electro-optical payloads, surveillance systems, and other platforms where space, power, bandwidth, or response time is limited.
Onboard Processing vs. External Processing
A camera can generate a large amount of raw data. Sending that raw video elsewhere requires bandwidth and may introduce delay before the data can be processed and returned. Embedded video processing moves part of the workload closer to the camera.
For example, an onboard processor can compress a video stream using H.264 or H.265 before transmission. It can also resize the image, add graphics or metadata to the image, record the stream locally, or run an AI model that can identify and track objects. The platform can then transmit the processed video instead of relying on a remote computer to handle every step.
Why Embedded Processing Matters for Drones
UAVs and other remote platforms operate under strict size, weight, and power requirements. They may also depend on wireless links that have changing bandwidth. Embedded processing allows the platform to compress and manage video before it reaches that link.
Local processing can also reduce latency. When detection or video preparation takes place onboard, the system does not need a round trip to an external processing center before producing a result. This is particularly useful for real-time observation, remote piloting support, and other applications where current video is more valuable than delayed video.
How Maris-Tech Implements Embedded Video Processing
Maris-Tech’s OEM platforms combine video-processing functions in compact boards designed to be integrated into larger systems. The Jupiter family supports H.264/H.265 encoding and decoding, multi-stream processing, video pre-processing, recording, and network streaming. Selected models include onboard Hailo-8 AI acceleration for edge detection, classification, tracking, and customer AI processes.
Combining these functions on the embedded platform reduces the number of separate components an integrator may need. It can also support smaller system footprints and lower dependence on external computing resources.
Key Benefits
The main benefits of embedded video processing on UAV are lower transmission requirements, reduced latency, smaller system footprints, and greater local autonomy. The platform can continue to perform core video functions even when connectivity to a remote processing resource is limited.
For integrators, the design question is which functions should happen at the edge and which should remain elsewhere in the system. The answer depends on available power, bandwidth, processing requirements, and the operational use case.
Related Maris-Tech Resources
Miniature Low Power Video | 4K HD Encoder/Decoder | Jupiter Intelligence Gathering Products
Frequently Asked Questions
What is embedded video processing?
Embedded video processing is the local handling of video on computing hardware integrated into a camera, payload, vehicle, or other device, rather than relying entirely on an external computer or server.
Why process video onboard instead of sending it externally?
Onboard processing can compress and prepare video before transmission, reduce bandwidth use and latency, and allow key functions to continue even when connectivity is constrained.
What are the benefits of embedded video processing for drones?
Embedded video processing can reduce the amount of data sent over the wireless link, lower response time, minimize external hardware requirements, and support onboard functions such as recording and AI analysis.