Basler AG

Lens control, light control—or both. With Basler`s new approach to lens and lighting control, you can create a vision system that lets you control the lens and light directly via the camera using the same GenICam-compliant SDK. ▪️ Reduce hardware, cabling, and potential sources of error ▪️ Simplify system integration and operation ▪️ I/O lines available for triggers, encoders, or multi-camera setups ▪️ Configure your vision system to match your application Flexibly combine Basler ace 2 or select boost R cameras, Computar Optics motorised lenses or Optotune liquid lenses, Basler lighting and the new Basler Sync Cables. Register on for more information ⬇

Integrating GMSL vision systems? GMSL enables high-speed, long-range transmission of large amounts of data, e.g., it tunnels video protocols such as MIPI CSI-2. 🚀 But its proprietary nature can present integration challenges. Discover what really matters for successful implementation in our new article. Read the full knowledge article on GMSL 👇

Looking for a reliable, easy-to-use vision system for your NVIDIA® Jetson Orin™-based projects? Discover our GMSL camera & components – your all-in-one solution for embedded vision. Matched hardware and software ensure quick setup and outstanding performance. Experience the advantage of a turnkey system—perfect for demanding applications ⬇️

Introducing the new Basler smart blaze: a Basler ToF camera with edge processing. Run custom applications and algorithms directly on the camera, and process 3D data locally at the sensor. This shortens processing paths, reduces data transmission and relieves higher-level systems. The Linux-based platform combines an ARM64 CPU and storage to support custom software, algorithms and libraries. It also provides a flexible foundation for integration into existing system architectures. Your application. Directly at the sensor. Discover Basler ToF cameras with edge processing ⬇️

Choosing the right camera technology is a key step in designing reliable UAV vision systems — but there’s much more to consider than the sensor alone. In our technical webinar, “Camera Technology for UAVs — Giving Drones the Power of Sight”, we explore the key engineering considerations behind UAV imaging: ✔ Sensor technologies and selection criteria ✔ Image quality under real-world conditions ✔ Cameras, interfaces, embedded computing and software ✔ Engineering trade-offs and SWaP-C requirements Whether you’re designing a new UAV platform or optimizing an existing vision system, discover practical insights to support your next project. Watch the webinar on demand 👇

⚡Higher TDI speed means more throughput - but can your inspection system keep up with the data? High-speed wafer inspection requires more than higher line rates. Image integrity, calibration stability, real-time processing, and data handling all need to remain reliable as inspection speed and data volumes increase. Our latest use case explores these engineering challenges and how a complete TDI vision system can support stable, real-time wafer defect inspection. Discover what it takes to scale TDI wafer inspection without creating new data bottlenecks ⬇️