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- QuadCore Industrial PC with Windows IoT
- Basler-camera acA1440-73gm
- Standard Lense f8mm (optional)
- GPIO or Fieldbus connection (optional)
- Real-time Image acquisition with GigE-Vision Core
- asynchronous Image Processing
- synchronous Image Processing (optional)
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Fieldbus connection with ProfiNET, EtheCAT and Ethernet/IP, or GPIO
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Use with Siemens TIA-Portal, Rockwell Studio 5000, Beckhoff TwinCAT, u.a. |
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Image processing with VisualStudio and OpenCV or SIMD |
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Image acquisition and Image processing at real-time
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GenICAM configuration and diagnostics |
| Typical Application |
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- Control
- Assembly
- Inspection
- Testing technology
- Measure technology
- Packaging
- Soldering
- Sensors
- Monitoring
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FieldboxCAM - GigE Vision Camera System
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The FieldboxCAM Camera System from SPECTRA / SYBERA offers
a modular principle for image processing and fieldbus
connection. The Basler camera acA1440-73gm is used for image acquisition. Image processing is carried out on a
Spectra industrial PC. The image processing libraries OpenCV or SIMD are used. The GPIO triggering serves as
standard for the further connection. In addition, the fieldbus connection can optionally be made with ProfiNET,
EtherCAT or Ethernet / IP. The FieldboxCAM is configured using the GenICam parameter standard
(e.g. Basler Camera).
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FieldboxCAM - Functionality
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GigE Vision is the interface standard for industrial image processing. It enables industrial cameras to be easily
connected to existing network systems by using Gigabit Ethernet. The GigE Vision Standard consists of four elements:
The GigE Vision Control Protocol (GVCP uses UDP) defines how a device is to be addressed and specifies data channels
and mechanisms for the transmission of images and configuration data between PC and camera. The FieldboxCAM is based
on the X-Realtime Engine from Sybera and thus enables deterministic bid acquisition as well as deterministic image
processing. The FieldboxCAM enables the developer to perform deterministic image processing in connection with other
fieldbus systems. The developer has the option of programming the cameras using simple functions and graphically
designing his own vision applications.
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FieldboxCAM - Technology
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The FieldboxCAM meets the requirements of the
GigE Vision Specification 2.0 and is designed as an open programming
system. In particular, great importance was attached to the critical GVSP protocol timing from GigE. This is done
through image acquisition in real time and the integrated bandwidth control. The system is based on 4 real-time tasks,
for sending and receiving Ethernet frames, and functional processing for cyclic data exchange. The tasks are
functionally synchronized via a STATE machine. A real-time error task detects frame errors and hardware latencies.
With the help of a frame filter, the acyclic GVCP vision frames are separated in real time and transferred to a
telegram stack. SYBERA uses the "Dynamic Jitter Compensation" method with active and passive feedback in the master
libraries.
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