Convert UVC USB Camera to IP LAN Ethernet streaming support RTSP UDP ONVIF

Convert UVC USB Camera to IP LAN Ethernet streaming support RTSP UDP ONVIF

Overview

The Convert UVC USB Camera to IP LAN Ethernet streaming support RTSP UDP ONVIF Video Encoder Board is a compact yet powerful encoding solution that converts video captured from standard USB UVC cameras into high-quality IP network streams in real time. Engineered for stability, low latency, and flexible integration, it is ideal for applications that require reliable network-based video transmission without HDMI interfaces.

Equipped with a professional-grade SSC8836Q-H processor featuring an embedded NPU (0.5 TOPS), this board supports H.265/H.264 compression, delivering crisp, smooth images while keeping bandwidth usage minimal. It supports RTSP, ONVIF, GB28181, RTMP, and P2P streaming protocols, making it highly compatible with most IP video systems, NVRs, and cloud platforms.

Koos dual USB ports, users can connect multiple USB cameras or optional expansion modules such as Wi-Fi or 4G LTE. The encoder also supports two-way audio intercom, PoE power, ja SDK/API integration, offering a flexible platform for developers and system integrators building custom video applications. Its compact 38×38 mm design makes it suitable for drones, robots, industrial inspection systems, and embedded AI vision devices.

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Features

• Real-Time USB to IP Encoding
  Instantly converts video from UVC USB cameras into IP streams for transmission over LAN Ethernet networks.

• Advanced Video Compression
  Supports both H.265 (HEVC) ja H.264 (AVC) standards to achieve high-quality video with low bitrates, ideal for bandwidth-limited networks.

• Full HD Performance
  Capable of encoding up to 1080P@60 kaadrit sekundis in real time, ensuring ultra-smooth, detailed video streaming for professional applications.

• Optional HDMI Expansion
  When paired with the add-on HDMI interface board, supports up to 4K@30fps HDMI output for local display or preview.

• Dual USB Ports
  Connect two USB cameras simultaneously, or use one port for a wireless module such as Wi-Fi or 4G for network flexibility.

• Two-Way Audio Communication
  Integrated G.711/AAC audio codecs enable duplex voice communication, making it suitable for remote monitoring and control systems.

• Multiple Network Protocols Supported
  Fully compatible with RTSP, ONVIF, GB28181, HTTP, RTMP, TCP/IP, DHCP, and P2P, allowing seamless integration with NVRs and VMS platforms.

• AI and OSD Customization
  Built-in NPU supports edge AI processing for applications such as object detection, recognition, or video analytics. OSD (on-screen display) overlays can be customized for branding or data visualization.

• Flexible Power Input
  Supports DC 6–24 V või PoE (Power over Ethernet), allowing installation in a wide variety of environments.

• Open SDK and Secondary Development
  Developers can use the provided SDK and API documentation to integrate the encoder into custom software or hardware systems.

• Compact Industrial Design
  Measuring just 38 × 38 mm, with robust ESD and surge protection, the board is ready for embedded and field-deployed systems.

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Specifications

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Rakendused

• Drone and UAV Systems
  Provides reliable wireless video transmission for aerial imaging, FPV, and surveillance operations.

• Industrial Robots and Inspection Systems
  Enables real-time machine vision for industrial automation, quality control, and robotic navigation.

• Unmanned Vehicles (UGV/USV)
  Used for video feedback, teleoperation, and remote situational awareness.

• Video Conferencing and Collaboration
  Converts standard USB webcams into IP streaming cameras compatible with network-based video conferencing systems.

• Laboratory and Microscopy Imaging
  Provides IP streaming for microscopes, teaching demonstrations, and scientific imaging.

• AI Vision Projects and Custom Integrations
  Supports integration with NPU-based AI algorithms for object recognition, counting, or motion analysis.

• Edge Computing and Smart Devices
  Ideal for embedded systems that require on-device encoding and network streaming without external PC support.

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KKK

Q1: What types of USB cameras are compatible with this encoder board?
A1: The board works with any UVC-compliant USB camera, including visible light, infrared, and thermal imaging models. No driver installation is required for most cameras.

Q2: Does it support wireless video transmission through Wi-Fi or 4G?
A2: Jah. One of the dual USB ports can be used to connect a Wi-Fi or 4G expansion module, enabling flexible network access for remote streaming (optional accessory).

Q3: Can this encoder perform AI-based image analysis?
A3: Jah. The built-in NPU (0.5 TOPS) supports on-board AI model deployment for real-time inference, including object tracking, detection, and event recognition.

Q4: Is there an SDK or API available for software developers?
A4: An open SDK and API are provided, allowing developers to integrate the encoder into custom control platforms or to develop their own player software for PC, Android, or embedded systems.

Q5: Does the board support HDMI output simultaneously with IP streaming?
A5: Jah. When connected to the optional HDMI interface board, the encoder can output 1080P@60 kaadrit sekundis HDMI video alongside IP streaming.

Q6: What power options are available?
A6: It can be powered by DC 6–24 V input or PoE, offering flexibility for both mobile and stationary installations.

Q7: How is latency performance?
A7: With H.265 compression and optimized transmission, the system delay can be as low as 80–120 ms, depending on network conditions and camera type.

Q8: Can it record video locally?
A8: Jah, it supports TF card recording up to 512 GB, allowing local storage or simultaneous streaming and recording.

Q9: What environments can it operate in?
A9: The encoder is designed for industrial-grade operation, functioning reliably from −20 °C to +70 °C in both indoor and outdoor environments.

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The UVC USB Camera to IP Ethernet Streaming Encoder Board is a versatile and reliable solution for converting USB video into IP network streams. With support for H.265/H.264 encoding, multiple network protocols, and AI-enhanced processing, it is perfectly suited for drone video systems, robotic vision, industrial inspection, and any embedded project requiring efficient, real-time video transmission over Ethernet.

Its small form factor, broad power compatibility, and open SDK make it a smart choice for engineers and developers looking to integrate professional-grade IP video capabilities into their products.