Embedded Video Encoder & Decoder Boards for OEM Equipment
onVon provides compact embedded video encoder and decoder solutions for integrating video into OEM products, industrial equipment, robotics, monitoring systems and other electronic devices.
Instead of using a separate external video converter, an embedded video encoder or decoder board can be integrated directly into the customer’s equipment.
Our platforms support different video interfaces and IP video functions, including CVBS, HDMI, SDI, USB cameras, Ethernet, RTSP and UDP, depending on the product model.
For projects with specific hardware, firmware, mechanical or interface requirements, onVon can also provide OEM and ODM development services.
What Is an Embedded Video System?
An embedded video system is a video processing solution integrated directly into a larger electronic product or equipment system.
A typical architecture is:
Camera / Video Source → Embedded Video Encoder → Ethernet / IP → Customer System
or:
IP Video Stream → Embedded Video Decoder → HDMI / CVBS Display
Instead of treating the encoder or decoder as a standalone device, the video processing board becomes part of the customer’s final product.
This approach is particularly useful when space, power consumption, interfaces, firmware control and system integration are important.
Embedded Video Encoder Boards
An embedded video encoder converts a physical video signal into a compressed digital video stream.
Depending on the product platform, supported inputs may include:
- CVBS
- HDMI
- SDI
- USB UVC camera
The encoded video can then be transmitted through Ethernet or another IP network.
Typical architecture:
Camera → Encoder Board → H.264 / H.265 → Ethernet → Customer System
This allows customers to add network video capability to existing or newly developed equipment.
Embedded Video Decoder Boards
An embedded video decoder performs the opposite function.
It receives an IP video stream and converts it into a physical video output.
For example:
Ethernet / IP Stream → Decoder Board → HDMI Display
or:
Ethernet / IP Stream → Decoder Board → CVBS Display
Embedded decoders are useful when a customer’s equipment needs to receive network video and display or process it locally.
Embedded Video Applications
Industrial Equipment
Embedded video boards can be integrated into industrial machines and equipment for:
- Machine monitoring
- Equipment inspection
- Production monitoring
- Remote troubleshooting
- Process visualization
- Operator assistance
The encoder can be installed directly inside the equipment and connected to an internal or external camera.
Robotics
Robotic systems often require real-time video feedback.
A typical architecture is:
Robot Camera → Embedded Encoder → Ethernet / Wireless IP Link → Operator System
The video stream can be transmitted to a remote operator, control computer or monitoring station.
For robotic systems, the appropriate encoder should be selected according to the required resolution, frame rate, bitrate, network bandwidth and latency.
Vehicle Video Systems
Embedded video encoders can be integrated into vehicle-mounted equipment and mobile systems.
Possible applications include:
- Vehicle cameras
- Remote vehicle monitoring
- Mobile inspection
- Special-purpose vehicles
- Industrial vehicles
- Remote operation systems
The encoder can convert the camera output into an IP stream that can be transported over Ethernet or an IP wireless communication system.
Remote Monitoring Equipment
Equipment installed in remote locations can use an embedded encoder to transmit camera video to a central monitoring system.
Example:
Remote Camera → Encoder → Ethernet → IP Wireless Link → Monitoring Center
This architecture can be used for remote equipment, field systems, infrastructure monitoring and other applications where physical access is difficult.
OEM Electronic Equipment
An embedded video board can become part of a customer’s own product.
For example:
Customer Camera → onVon Video Encoder Board → Customer Main Controller / Ethernet → Customer Software
The encoder can provide the video processing function while the customer’s main system handles application-specific control and data processing.
Video Interfaces
Different embedded systems require different video interfaces.
CVBS
CVBS is commonly used in legacy cameras, analog cameras and existing equipment.
A CVBS-to-IP encoder can upgrade an existing analog video source to a network video system.
CVBS → H.264 / H.265 → Ethernet / IP
This can be useful for integrating existing cameras into new OEM equipment.
HDMI
HDMI is widely used by modern cameras and digital video equipment.
An embedded HDMI encoder can convert HDMI video into an IP stream for transmission, recording or remote monitoring.
HDMI → IP Video
This can be integrated into industrial equipment, video systems and other digital products.
SDI
SDI is used in professional and specialized video systems.
An embedded SDI encoder can provide an IP video output while allowing the original camera or video equipment to continue using an SDI interface.
SDI → IP
USB Camera
USB UVC cameras can be integrated into embedded systems using a compatible USB camera encoder.
USB Camera → Embedded Encoder → Ethernet
This can be useful for compact products that already use a USB camera as the video source.
IP Video Integration
Embedded video systems often use Ethernet as the connection between the video board and the customer’s main system.
Depending on the product, supported functions may include:
- RTSP
- UDP
- Ethernet
- H.264
- H.265
- Network video streaming
A typical integration is:
Video Source → Encoder → Ethernet → Customer Software
The customer software can receive and process the video stream according to the application’s requirements.
Embedded Video and Wireless Communication
An embedded video encoder can also be combined with a wireless IP communication system.
For example:
Camera → Embedded Video Encoder → Ethernet → Wireless IP Communication System → Ethernet → Video Decoder / PC
This separates the video processing function from the wireless communication function.
The video encoder handles:
- Video capture
- Video compression
- IP streaming
The wireless system handles:
- Wireless data transmission
- Network connectivity
- Long-distance communication
This modular architecture can simplify system development and allow each component to be selected according to the project requirements.
Low-Latency Embedded Video
For some embedded applications, low video latency is an important requirement.
Examples include:
- Robotics
- Remote operation
- Vehicle systems
- Industrial inspection
- Machine monitoring
- Remote control systems
Video latency depends on the complete system:
Camera → Capture → Encoding → Network → Decoding → Display
Resolution, frame rate, codec, bitrate, network conditions and decoder configuration can all affect latency.
For low-latency projects, onVon can evaluate the complete system requirements and recommend a suitable encoder and decoder architecture.
Embedded Video for OEM Products
OEM customers may have requirements that are different from standard products.
An embedded video board may need to fit inside a specific product enclosure or communicate with an existing main controller.
Possible requirements include:
- Custom PCB dimensions
- Custom mounting holes
- Custom connectors
- Connector positioning
- Power supply requirements
- Video interface
- Ethernet interface
- Serial interface
- GPIO
- Firmware customization
- Streaming protocol
- Video resolution
- Frame rate
- Bitrate
- OSD
- Operating temperature
- Mechanical enclosure
onVon can evaluate these requirements and determine whether an existing platform can be modified or whether a new design is required.
Custom Firmware
Hardware integration is only one part of an embedded video project.
The firmware may also need to communicate with the customer’s main controller or provide application-specific functions.
Depending on the platform, customization may include:
- Network configuration
- Video parameters
- RTSP configuration
- UDP streaming
- Serial communication
- GPIO control
- OSD
- Startup configuration
- Web interface
- Customer-specific control functions
The available customization depends on the selected hardware platform.
Embedded Video System Architecture
Simple Encoder Integration
Camera → Embedded Video Encoder → Ethernet → Customer Main System
Encoder + Wireless Link
Camera → Encoder → Ethernet → Wireless IP Link → Ethernet → Decoder / PC
Embedded Decoder
IP Video Stream → Embedded Decoder → HDMI / CVBS → Display
Complete Embedded Video System
Camera → Encoder → Ethernet / Wireless IP → Decoder → Display
The encoder and decoder can be integrated into larger OEM systems according to the customer’s mechanical and electrical requirements.
Embedded Video for Robotics
Robotics is one of the applications where embedded video can provide significant value.
A robot may have one or more cameras that need to send video to a remote operator or control computer.
Example:
Robot Camera → Embedded Video Encoder → Ethernet → Wireless Communication → Remote Computer
The video system can operate independently from the robot’s control system while using the same Ethernet/IP infrastructure where appropriate.
For multi-camera systems, the required number of video channels, bandwidth and processing capacity should be evaluated before selecting the encoder platform.
Embedded Video for Industrial Automation
Industrial automation systems can use embedded video to provide visual feedback without requiring a separate external video device.
Typical applications include:
- Automated machines
- Inspection equipment
- Production systems
- Robotic equipment
- Remote maintenance
- Industrial monitoring
The video stream can be sent to an industrial PC, NVR, control room or customer software.
Why Use an Embedded Video Board?
Smaller System Size
A compact PCB can be integrated directly into the customer’s equipment.
Easier OEM Integration
The video function becomes part of the customer’s own product.
Flexible Interfaces
Different video and network interfaces can be selected according to the application.
Software Integration
The video stream can be integrated with customer-developed software and systems.
Custom Hardware
PCB size, connectors and mechanical requirements can be evaluated for OEM projects.
Custom Firmware
Firmware can be customized for specific control and integration requirements.
Production Support
The same platform can be evaluated for prototype development and later production.
Standard Product or Custom Development?
Not every project requires a new design.
We normally recommend the following approach:
Step 1 – Evaluate Existing Products
First determine whether an existing onVon encoder or decoder can meet the requirements.
Step 2 – Hardware Modification
If necessary, evaluate PCB, connector, interface or power modifications.
Step 3 – Firmware Customization
Add required communication, streaming or control functions.
Step 4 – Prototype
Develop or modify samples for customer evaluation.
Step 5 – Production
After testing and approval, the customized product can move toward production.
This approach can reduce development time and engineering cost compared with starting a completely new design.
What Information Do We Need?
To recommend an embedded video solution, please provide:
Video Input
CVBS, HDMI, SDI, USB camera or another interface.
Video Resolution
For example 720p, 1080p or 4K.
Frame Rate
For example 25 fps, 30 fps or 60 fps.
Codec
H.264, H.265 or another requirement.
Network Interface
Ethernet, wireless Ethernet or another IP interface.
Streaming Protocol
RTSP, UDP or customer-specific protocol.
Latency
Please provide the maximum acceptable video latency if low latency is important.
Power Supply
Input voltage and maximum available power.
Mechanical Requirements
PCB dimensions, mounting holes, connectors and enclosure information.
Operating Environment
Operating temperature, vibration, moisture and other environmental requirements.
Quantity
Sample quantity and estimated annual production quantity.
OEM & ODM Embedded Video Development
onVon supports customers who need to integrate video processing into their own products.
Our engineering team can evaluate:
- Existing product integration
- PCB customization
- Firmware customization
- New hardware development
- Video interface requirements
- IP streaming requirements
- Mechanical integration
- Prototype development
- Small-batch production
- Volume production
If you already have an existing product or system design, you can send us the technical specification, block diagram, photos, PCB drawing or application description.
We can evaluate the most practical development approach.
Request an Embedded Video Solution
Are you developing a product that needs an integrated video encoder or decoder?
Send us your requirements:
- Video source
- Video interface
- Resolution
- Frame rate
- Codec
- Network interface
- Streaming protocol
- Latency requirement
- Power supply
- PCB dimensions
- Operating environment
- Quantity
Our engineering team can recommend a suitable embedded video board or evaluate an OEM/ODM development project.
onVon – Embedded Video Encoder & Decoder Solutions
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