GigE Board-level Camera
| Cat | Products Name | Price |
|---|---|---|
| AIMRSE-RV-EVM-041 | GigE Monochrome Industrial Camera | |
| AIMRSE-RV-EVM-042 | 5MP Rolling Shutter GigE Camera | |
| AIMRSE-RV-EVM-043 | 12MP High-Resolution GigE Camera | |
| AIMRSE-RV-EVM-044 | 12MP Compact GigE Camera | |
| AIMRSE-RV-EVM-045 | 20MP Rolling Shutter GigE Camera | |
| AIMRSE-RV-EVM-046 | 0.4MP High-Speed PoE GigE Camera | |
| AIMRSE-RV-EVM-047 | 1.3MP PoE GigE Camera | |
| AIMRSE-RV-EVM-048 | 20MP High-Resolution GigE Camera | |
| AIMRSE-RV-EVM-049 | 5MP GigE Camera with Rolling Shutter | |
| AIMRSE-RV-EVM-050 | 4K Line Scan GigE Camera (4K x 1) |
Introduction
A GigE Board-level Camera is a high-performance industrial imaging module stripped of its external housing to provide maximum integration flexibility. Designed for OEMs and system integrators, these cameras utilize the Gigabit Ethernet (GigE) interface to deliver reliable, high-bandwidth data over distances up to 100 meters. By combining the power of industrial CMOS sensors with a minimal physical footprint, board-level cameras are the ideal choice for embedding high-grade vision into medical instruments, automated kiosks, and space-constrained robotic systems without sacrificing the professional features of standard industrial cameras.
Working Principle
1. Bare-Sensor Capture
The high-sensitivity CMOS sensor captures optical data through an M12 or C-mount lens, converting photons into digital signals directly on the bare PCB.
2. Embedded Logic
An onboard FPGA manages image preprocessing, including gain control, exposure timing, and defect pixel correction, while optimizing for low power consumption.
3. Packetization
The digital frames are encapsulated into GigE Vision packets, ensuring deterministic data transfer and error correction over standard Ethernet protocols.
4. PoE Integration
Power is delivered simultaneously with data via the Ethernet cable (Power over Ethernet), reducing internal system wiring complexity and weight.
Key Technical Specifications
-
Ultra-Slim Design
Available in single or multi-board stacks, these cameras eliminate the volume and weight of traditional industrial housings for seamless internal integration. -
GigE Vision Standard Compliance
Ensures full interoperability with standard network switches and third-party vision software, facilitating easy multi-camera networking over long distances. -
Low Thermal Signature
Engineered for high-efficiency operation to minimize heat generation, making them suitable for thermally sensitive medical and analytical devices. -
Comprehensive Onboard I/O
Despite the small size, these modules feature hardware trigger and strobe signals on board-to-board connectors for microsecond-precise synchronization. -
M12 & S-Mount Support
Supports lightweight S-mount lenses, providing a compact optical path while maintaining the sharpness required for industrial-grade inspection. -
Scalable CMOS Resolution
Equipped with the latest Global and Rolling Shutter sensors, ranging from high-speed 0.3MP modules to high-detail 20MP imaging boards.
Data Interfaces
Standard 1Gbps GigE
The industry benchmark for reliability. Provides a 100m transmission range using inexpensive Cat5e/Cat6 cabling, ideal for large-scale distributed systems.
Power over Ethernet (PoE)
Eliminates the need for a separate power supply. A single cable provides both the communication link and the DC power required for camera operation.
Internal Multi-pin Connectors
Features specialized connectors (like Hirose or FFC) for internal system integration, supporting custom I/O and direct power inputs when PoE is not used.
Flexible Connector Orientations
Options for top-entry or side-entry connectors (RJ45 or SFP) to accommodate different cable routing paths within tight enclosures.
Typical Applications
Medical Devices
Integrated imaging for blood analyzers, microscopes, and dental scanners where space is at a premium and hygiene is critical.
Smart Retail & Kiosks
High-resolution documentation and facial recognition integrated behind the glass of ticketing machines and automated lockers.
AGVs & Mobile Robots
Lightweight visual odometry and obstacle detection modules that can be distributed around a robot chassis using standard Ethernet networking.
Selection Guide
Board-level integration requires careful consideration of mechanical and thermal factors. AIMRSE provides the engineering support needed to ensure long-term stability in your custom enclosure:
- Mounting Stability: We offer various board-level mounting holes and spacers to ensure the sensor remains aligned with your external optical path.
- Optical Axis Alignment: Board-level cameras require precise mechanical positioning. We provide guidance on sensor centering and tilt tolerances to ensure the optical axis perfectly aligns with your custom lens mount.
- Thermal Dissipation: Our design team assists in selecting appropriate heat sinks or thermal pads to vent heat to your product's chassis.
- Lens Adaptability: Choose between integrated M12 holders for compactness or C-mount adapters for high-end industrial optics.
- Cabling Logistics: Options for horizontal or vertical RJ45 connectors, or compact pin-header connectors for ultra-tight spaces.
Protocols & Reliability
Our board-level GigE cameras are built to the same rigorous standards as our housed industrial models:
- Global Standards: 100% GigE Vision and GenICam protocol compliance for easy software swapping.
- Precision Timing: Supports PTP (Precision Time Protocol) IEEE 1588 for sub-microsecond synchronization across networks.
- Certification: Full CE and FCC Class B compliance for reliable operation in electronic systems.
OEM Integration & Support
We provide a dedicated ecosystem for developers to move from prototype to production rapidly:
- Unified SDK support for C++, C#, and Python on Windows and Linux.
- Access to detailed 2D/3D CAD models and electrical pinout diagrams.
- Direct engineering support for ISP tuning and driver porting.
- Long-term availability (up to 7-10 years) for medical and industrial lifecycles.
Related Products
Technical data represent typical values. As applications vary, we recommend consulting our technical team to ensure the best fit for your specific requirements.
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