The Imaging Source Aptiris ApM 39UR0822-F Monochrome Autofocus Camera

Highlights

The Imaging Source Aptiris ApM 39UR0822-F Monochrome Autofocus Camera is an 8.3 MP USB 3.1 industrial camera built around the onsemi AR0822 CMOS sensor. It captures 3,840 × 2,160 monochrome images at up to 45 fps with 2 µm pixels and a rolling shutter.

A motorized M12x0.5 lens mount supports software-driven one-push autofocus for machine-vision systems where working distance changes. USB3 Vision and UVC compatibility, trigger and I/O support, and a compact 36 × 36 × 33.8 mm housing support integration into industrial and OEM imaging systems.

Features

• 8.3 MP resolution with a full image size of 3,840 × 2,160 pixels.
• Up to 45 fps at full resolution for high-resolution monochrome image acquisition.
• onsemi AR0822 sensor using CMOS imaging technology.
• Rolling-shutter operation for detailed industrial and analytical imaging.
• 2 µm pixels on a 1/1.8-inch sensor with a 7.7 × 4.3 mm active area.
• Monochrome image output with 8-bit, 10-bit packed and 16-bit monochrome formats.
• USB 3.1 interface with data transfer and camera power through the USB connection.
• USB3 Vision and UVC compatibility for standards-based imaging-system integration.
• Motorized M12x0.5 mount for software-controlled lens positioning.
• One-push autofocus for establishing focus when object distance changes.
• Trigger and I/O support for integration with external machine-vision equipment.
• 10-bit dynamic range for capturing image intensity information.
• Adjustable exposure from 30 µs to 1 s.
• Adjustable gain from 0 dB to 47.62 dB.
• Compact USB-powered housing measuring 36 × 36 × 33.8 mm and weighing 65 g.

Applications

• Medical and life-science imaging
• Medical diagnostic imaging
• Laboratory automation
• Warehouse automation
• Logistics imaging systems
• Retail analytics
• Compact embedded-vision platforms
• Machine vision with changing working distances
• Inspection tasks with variable object heights
• Measurement systems requiring software-controlled refocusing