GOX-20405M-PGE

Built for non-stop operation
Go-X Series cameras are built using JAI’s proven manufacturing process that has delivered field failure rates of less than two cameras per thousand over the last five years. They’re designed to withstand the shock, vibration, and thermal demands of typical industrial environments so they can keep critical inspection systems running 24/7/365.

Pre-screened for dust and other particles
Special dust prevention measures include cleanroom assembly, internal seals around the sensor compartment, and a pre-screening process to ensure every camera shipped delivers the best possible image quality via a clean, dust-free optical path.

Small pixels, big benefits
The GOX-20405M-PGE features small but highly sensitive 2.74-micron pixels to pack more resolution into less silicon, so you get more megapixels for your money. The backside-illumination (BSI) pixel technology delivers low noise and high light sensitivity, matching the image quality of sensors with much larger pixels.

• 20.3-megapixel camera with 2.74-micron pixels and 1.1” optical format.
• Backside-illuminated Sony Pregius S IMX541 CMOS image sensor with monochrome output.
• GigE Vision 2.0 interface supporting long cable lengths and network configurations.
• “Xpress” lossless compression function included to enable faster frame rates and more compact image streams when needed.
• Can be powered over the interface (PoE) or from an external power supply via 6-pin Hirose connector.
• Small and lightweight to mount easily on robotic arms, UAVs, and any other machine vision systems where motion or portability are vital.
• Mounting holes with 21 mm or 20 mm spacing to fit most existing installations with no re-tooling required.
• Industrial grade performance with ratings of 80G shock, 10G vibration, plus excellent thermal dissipation.
• Full six-year warranty.
• Includes new “Xscale” function supporting virtual, sub-pixel rescaling of output for greater binning flexibility or when matching the resolution and FOV of cameras in existing systems.