Real-Time Video Streaming over Ethernet and IP Networks
onVon provides embedded IP video streaming solutions for converting video sources into real-time network video streams.
Our video encoder and decoder boards support a wide range of video interfaces, including CVBS, HDMI, SDI and USB cameras. Depending on the product, video can be encoded into H.264 or H.265 and transmitted over Ethernet using RTSP, UDP and other IP-based protocols.
Whether you need to connect an analog camera to an NVR, stream HDMI video over an Ethernet network, integrate a USB camera into an IP system, or build a customized embedded video product, onVon can provide a suitable hardware platform or customized solution.
What Is IP Video Streaming?
IP video streaming is the process of transmitting compressed video through an IP network instead of using a direct video cable.
A typical system consists of a video source, an encoder, an IP network, and a decoder or software application.
Camera / Video Source → Video Encoder → Ethernet / IP Network → Decoder / NVR / PC / Display
The encoder captures the video, compresses it using H.264 or H.265, and sends the video as an IP stream.
The receiving system can then decode, display, record, or process the video.
This architecture makes it easier to transmit video over existing Ethernet networks and integrate video with other IP-based systems.
IP Video Streaming Applications
RTSP Video Streaming
RTSP is widely used for real-time video streaming between cameras, video encoders, NVRs, VMS software, computers and other network video devices.
onVon video encoder boards can provide RTSP streams for applications such as:
- IP camera integration
- NVR recording
- PC video monitoring
- Video management systems
- Remote monitoring
- Embedded video systems
A typical application is:
Camera → onVon Encoder → Ethernet → RTSP → NVR / PC
This allows an existing video source to become an IP-based video source without replacing the camera.
UDP Video Streaming
UDP is useful for applications where low network overhead and practical real-time video transmission are important.
Depending on the encoder platform, onVon products can support UDP-based video streaming.
Typical applications include:
- Low-latency video transmission
- Industrial video
- Embedded systems
- Wireless video links
- Point-to-point video transmission
- Custom video communication systems
A typical system can be:
Camera → Video Encoder → UDP/IP → Ethernet or Wireless Network → Video Decoder
For systems where video must be transported over a wireless Ethernet link, the encoder can provide the IP video stream while the wireless communication system handles network transmission.
Ethernet Video Transmission
Ethernet provides a simple and flexible way to transport video between equipment.
An onVon video encoder can convert a physical video signal into an IP stream and send it through a standard Ethernet network.
For example:
CVBS Camera → CVBS to IP Encoder → Ethernet Switch → NVR
or:
HDMI Camera → HDMI to IP Encoder → Ethernet → Decoder → HDMI Display
Ethernet video transmission can be used in both standalone systems and larger industrial or commercial networks.
Multiple encoders can also be deployed on the same network, with each device assigned its own IP address.
IP Camera Integration
Video encoder boards can be used to integrate existing cameras into IP-based video systems.
This is particularly useful when a project already has cameras with CVBS, HDMI, SDI or USB outputs but requires an Ethernet or IP interface.
Example: Analog Camera to IP
CVBS Camera
↓
CVBS to IP Encoder
↓
H.264 / H.265
↓
RTSP / UDP
↓
Ethernet Network
↓
NVR / PC / VMS
This approach can extend the useful life of existing cameras while allowing them to work with modern network video systems.
Network Video
IP video allows video to become part of the same network infrastructure used for other digital devices.
Depending on the application, an encoder can send video to:
- NVR systems
- Video management software
- PCs
- Network displays
- Video decoders
- Industrial computers
- Wireless Ethernet systems
- Cloud or remote video platforms
- Customer-developed software
This makes IP video particularly suitable for systems that require flexible video distribution and integration.
Low-Latency Video Streaming
Low latency is important when video is used for monitoring, control, inspection or interactive applications.
Examples include:
- Industrial equipment monitoring
- Robotics
- Remote operation
- Vehicle video systems
- Remote inspection
- Wireless video links
- Real-time camera monitoring
Video latency depends on the complete system, including:
Camera → Capture → Encoding → Network → Decoding → Display
The encoder configuration, video resolution, frame rate, bitrate, codec, network conditions and decoder can all affect the final latency.
For applications where low latency is important, we recommend selecting the video resolution and bitrate based on the actual network bandwidth and system requirements rather than simply choosing the highest possible video specification.
H.264 and H.265 Video Encoding
onVon video encoder platforms can support H.264 and/or H.265 depending on the product.
H.264
H.264 provides broad compatibility with existing NVRs, software, decoders and network video systems.
It is a practical choice when compatibility is more important than maximum compression efficiency.
H.265
H.265 can provide better compression efficiency than H.264 for many video applications.
It can be useful when network bandwidth or storage capacity is limited.
The appropriate codec depends on the complete system, including the receiving device and required video quality.
Video Sources Supported
Different onVon encoder platforms are designed for different video inputs.
CVBS to IP
Convert analog composite video into an H.264/H.265 IP stream.
CVBS → Encoder → RTSP / UDP → Ethernet
Suitable for:
- Analog cameras
- Legacy CCTV
- Embedded equipment
- Industrial video
- Existing video systems
Our CVBS encoder platform supports H.264/H.265 encoding and network streaming, including RTSP and UDP.
HDMI to IP
Convert HDMI video into an IP video stream for network transmission, recording or monitoring.
HDMI → Encoder → IP Network
Suitable for:
- HDMI cameras
- Industrial displays
- Embedded systems
- Video equipment
- Remote monitoring
SDI to IP
Convert SDI video into IP streams for professional video and network-based video systems.
SDI → Encoder → Ethernet/IP
Suitable for applications requiring SDI input and network video output.
USB Camera to IP
Connect a compatible UVC USB camera to an Ethernet network through a USB camera encoder.
USB Camera → Encoder → Ethernet → RTSP / UDP
This architecture is useful for embedded systems where a USB camera needs to be integrated into an IP video network.
IP Video Decoding
IP video streaming is not only about encoding.
At the receiving end, a decoder can convert an IP video stream back into a physical video output.
For example:
Camera → Encoder → Ethernet/IP → Decoder → HDMI Display
Depending on the decoder platform, network video can be converted to outputs such as HDMI or CVBS.
This makes encoder and decoder pairs useful for point-to-point video transmission over Ethernet or other IP networks.
Typical IP Video Streaming System
Point-to-Point Video
Camera
→
Video Encoder
→
Ethernet / IP Network
→
Video Decoder
→
HDMI / CVBS Display
Camera to NVR
CVBS / HDMI / SDI Camera
→
IP Video Encoder
→
Ethernet
→
RTSP
→
NVR
Camera to PC
Camera
→
Video Encoder
→
Ethernet
→
RTSP / UDP
→
PC / Software
Video Encoder + Wireless Network
Camera
→
IP Video Encoder
→
Ethernet
→
Wireless IP Link
→
Ethernet
→
IP Video Decoder / NVR / PC
This architecture allows the video encoder and wireless communication system to operate as separate network components.
IP Video for Embedded Systems
onVon’s compact video encoder and decoder boards can be integrated directly into customer equipment.
Typical applications include:
- Industrial equipment
- Robotics
- Remote inspection systems
- Vehicle systems
- Monitoring equipment
- Security systems
- OEM products
- Custom video communication equipment
Instead of purchasing a complete external video encoder, an OEM customer can integrate an encoder PCB directly into the final product.
OEM & ODM IP Video Solutions
Not every project can use a standard video encoder.
onVon supports customization for customers with specific hardware or software requirements.
Depending on the project, customization may include:
- Video input interface
- Video output interface
- PCB dimensions
- Connector type and position
- H.264 / H.265 encoding
- Video resolution
- Frame rate
- Bitrate
- RTSP / UDP streaming
- Network configuration
- Firmware
- Web interface
- Serial communication
- OSD
- GPIO
- Audio
- Wireless interface
- Enclosure
- Customer branding
For projects requiring a customized IP video encoder or decoder, our engineering team can first evaluate whether an existing platform can be modified or whether a new hardware design is required.
How to Choose an IP Video Encoder
When selecting an encoder, we recommend providing the following information:
1. Video Input
What is your video source?
- CVBS
- HDMI
- SDI
- USB camera
- Other
2. Resolution
For example:
- 720p
- 1080p
- 4K
3. Frame Rate
For example:
- 25 fps
- 30 fps
- 50 fps
- 60 fps
4. Video Codec
- H.264
- H.265
5. Network Interface
- Ethernet
- Wi-Fi
- 4G
- Other IP network
6. Streaming Protocol
- RTSP
- UDP
- HTTP
- Other customer-specific protocol
7. Latency Requirement
Tell us whether your application requires standard real-time streaming or specifically requires low-latency video.
8. Quantity
Please provide your sample quantity and expected production quantity.
This information allows our engineering team to recommend a suitable encoder platform instead of selecting a product based on only one specification.
Why Choose onVon for IP Video?
Video Encoder & Decoder Engineering
onVon develops embedded video encoder and decoder solutions covering physical video interfaces and IP video processing.
Multiple Video Interfaces
Solutions are available for CVBS, HDMI, SDI, USB cameras and IP video, depending on the product platform.
Network Streaming
Our platforms can support RTSP, UDP and other network video protocols depending on the model.
Embedded Design
Compact PCB-based solutions can be integrated into customer equipment and OEM products.
Custom Development
We can evaluate customized hardware, firmware, interfaces and video streaming requirements.
Video + Wireless Integration
For applications requiring wireless video transmission, the IP video encoder can be integrated with an Ethernet-based wireless communication system.
This allows onVon to provide both the video processing component and the wireless communication solution when required.
Frequently Asked Questions
Can I use an onVon encoder with my existing NVR?
Yes, depending on the NVR and the encoder’s supported streaming protocol. RTSP and ONVIF-compatible configurations are commonly used for network video integration.
Can I stream video directly to a PC?
Yes. Compatible encoders can provide network video streams that can be received by suitable PC software or video players.
Can I transmit the IP video through a wireless link?
Yes. If the wireless system provides Ethernet/IP connectivity, the encoder’s network stream can be transported through the wireless link.
Does IP video always mean Internet streaming?
No.
IP video can be transmitted through a local Ethernet network without using the public Internet.
For example:
Camera → Encoder → LAN → Decoder
can operate entirely within a local network.
Can onVon develop a customized IP video encoder?
Yes. We support OEM and ODM projects involving customized hardware, firmware, interfaces and video streaming functions.
Request an IP Video Solution
Have a video source that you need to transmit over Ethernet or an IP network?
Tell us:
- Video input
- Resolution
- Frame rate
- Codec
- Streaming protocol
- Network interface
- Required latency
- Power supply
- Quantity
- Application
Our engineering team can recommend a suitable IP video encoder, decoder or customized solution.
onVon – Video Encoder & Decoder Solutions
From Video Source to IP Network.