DFM 27UR0135-ML

27U Series

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  • 27U Series Color Board Camera
  • USB 3.0 Interface, Power via USB
  • 1/3 inch onsemi CMOS AR0135 Sensor
  • 1,280×960 (1.2 MP), up to 60 fps
  • Pixel Size: H: 3.75 µm, V: 3.75 µm
  • Global Shutter
  • Trigger and I/O Inputs
  • Only 30×30×10 mm
  • Specification
  • Documentation
  • Downloads
  • Cables
  • Optics
General Behavior
Dynamic Range 8/12 bit
Video Formats @ Frame Rate (maximum) 1,280×960 (1.2 MP) Y800 @ 60 fps
1,280×960 (1.2 MP) Y16 @ 60 fps
1,280×960 (1.2 MP) RGB32 @ 60 fps
Interface (Optical)
IR-Cut Filter (available without IR-Cut Filter on request)
Sensor Type CMOS
Sensor Specification onsemi AR0135
Shutter Global
Format 1/3 inch
Pixel Size H: 3.75 µm, V: 3.75 µm
Lens Mount M12x0.5, optional
Interface (Electrical)
Interface USB 3.0, Power via USB
Supply Voltage 4.75 VDC to 5.25 VDC
Current Consumption Approx. 250 mA @ 5 VDC
Auto-Iris Control
Trigger
I/O
Interface (Mechanical)
Dimensions H: 30 mm, W: 30 mm, L: 10 mm
Mass 15 g
Adjustments
Shutter 1/10,000 s to 1 s
Gain 0 dB to 48 dB
White Balance -2 dB to 6 dB
Environmental
Temperature (Operating) -5 °C to 45 °C
Temperature (Storage) -20 °C to 60 °C
Humidity (Operating) 20 % to 80 % (non-condensing)
Humidity (Storage) 20 % to 95 % (non-condensing)
Subject to change.

The Imaging Source Catalog New 2025.11 Nov 2025

STEP File (dxx27ur0135ml) 1.0 May 2019

DFM 27UR0135-ML Color Board Camera 20171218 Dec 2017

Device Driver for USB Cameras 3.0.4 Windows Jul 2025

CA-USB30-AmB-BLS/3
CA-USB30-AmB-BLS/3
Interface: USB 3.0 Length: 3m View Product
CA-USB30-AmB-BLS/10
CA-USB30-AmB-BLS/10
Interface: USB 3.0 Length: 10m View Product
Optics
Optics
The Imaging Source offers high-performance lenses, extensions tubes and filters. Our technical sales team is available to assist you with component selection for your project. Read More
Lens Holders for Board Cameras
Lens Holders for Board Cameras
Reliable, high-performance mounting solutions for M12 S-Mount lens types - designed to meet the demands of modern machine vision and embedded imaging systems. Read More