Learning Hub Vision Campus

From vision system design to special camera features to industry-specific issues – our Vision Campus explains everything you need to know about image processing.

9 of 71 items are displayed:

CoWoP is coming, and semiconductor inspection is ready all along
Explore how CoWoP creates new inspection challenges for substrate-like PCBs and how semiconductor-grade vision strategies enhance PCB precision and yield.
- PCB/PCBA Inspections
- Semiconductors
- Electronics
Robotic interfaces for machine vision: overview & real-life use cases
Robotics interfaces are the key to successfully combining machine vision and robotics. An overview with interface comparisons, application examples, and integration tips for efficient automation.
- Robotics
- Interfaces & Standards
- 3D technology
Image quality of SWIR cameras without sensor cooling
Are TEC SenSWIR sensors necessary for different exposure times and sensor temperatures? SenSWIR technology combined with our external cooling solutions and camera features ensure very good image quality.
- Sensor Technology
Avoiding color artifacts and the influence on frame rate and computing load
Preventing color artifacts is crucial for applications such as print image inspection. It is important to note that avoiding color errors has an impact on the frame rate and computing load of the host system.
- Camera technology
Deep learning systems in image processing
Deep learning has established itself as a key technology in the field of machine vision. Corresponding vision systems offer the potential to significantly increase the accuracy and robustness of numerous applications - whether as a compact edge solution, powerful FPGA system, or flexible PC-based platform.
- Deep Learning
CMOS rolling shutter cameras
Rolling shutter is an exposure technology suited for a variety of machine vision applications. Both area and line scan cameras are available with CMOS sensors with rolling shutter.
- Sensor Technology
- Camera technology
Four important tips for setting up your line scan vision system
A line scan vision system is well suited for inspecting moving goods or cylindrical objects, or when the camera itself is moving. Designing such a system requires special considerations regarding resolution, lighting, and interface, for example.
$Microscopy resolution limits: diffraction, Rayleigh, aberration, Nyquist sampling$
What Really Limits Microscopy Resolution? Diffraction, Rayleigh, Aberrations, and Nyquist Explained
Learn four key factors limiting microscopy resolution—Diffraction, Rayleigh, Aberrations, Nyquist—for vision engineers designing high-resolution systems.
- Vision Systems & Components
- Microscopy
- Lenses
Magnification, numerical aperture (NA) and resolution in microscopic imaging
Understand the interplay of magnification, numerical aperture (NA), and resolution in microscopic imaging. Design sharper, high-performance vision systems with confidence.
- Vision Systems & Components
- Lenses
- Microscopy

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