e-con Systems is pleased to announce its latest innovation, See3CAM 37UGM - a 3MP Global Shutter HDR Monochrome USB Camera.
Powered by e-con's high-performance TintE ISP and featuring the Sony IMX900 sensor, this camera delivers high-performance HDR imaging for high-precision applications such as barcode scanners, pick and place robots, autonomous mobile robots, intelligent transportation systems, sports analytics and more.
e-con’s proprietary TintE ISP ensures on-camera Quad HDR processing up to 120dB, eliminating motion artifacts and enhancing image clarity in dynamic environments. Fast Auto Exposure and Auto Gain Control rapidly adjusts the exposure levels in each frame when lighting changes, ensuring barcode accuracy in logistics, object detection in robotics, and real-time adaptability in industrial automation.
Furthermore, the quad shutter control function allows for ultra-high speed imaging by enabling individual shutter timing for four sub-frames within each 3MP frame. This facilitates event capture at microsecond intervals, achieving speed equivalent to 100,000 fps, suitable for specialised ultra-fast applications.
See3CAM_37CUGM camera enables automated, activity-based image capture without external triggers, saving CPU usage and reducing power consumption by recording only relevant events. The enhanced ROI-based triggering makes it particularly valuable for industrial automation and surveillance systems.
"The industrial automation and logistics sectors have long constrained by the lack of a combined HDR and global shutter solution in traditional imaging systems. With See3CAM_37CUGM, we're addressing these challenges head-on. Our on-camera HDR processing powered by TintE ISP, combined with rapid auto-exposure adaptation and Quad shutter control, enables microsecond-interval captures at speeds equivalent to 100,000 fps. This empowers our customers to achieve consistent, high-quality ultra-fast imaging even in the most demanding conditions." said Suresh Madhu, Head of Industrial Business Unit, e-con Systems.
