5MP Global Shutter CMOS Sensor
3U5MGXSBA
Product Sheet
The 3U5MGXSBA global shutter image sensor employs an advanced pixel
design introducing drive readout and gathering structures which help
significantly reduce noise, and contributing to a wide dynamic range with a
power consumption of 500mW. Equipped with a 3.4μm pixel size and all pixel
progressive reading at 120fps, the 2/3” sensor size with 5.33 million effective
pixels (2592 x 2056) easily allows for applications in machine vision and other
industrial environments where smaller size and high performance are required.
It is available in RGB, Monochrome, and a specialized RGB-NIR color filter.
Low Power Consumption
Canon’s proprietary circuit technology enables this sensor to perform at high frame rates
while maintaining a low power consumption. With a power draw of only 500mW at
60fps, this sensor can be used for long periods of time in applications requiring batterypowered operation such as remote sensing on drones. The low power consumption also
generates less heat, reducing the need to increase the size of the camera body for thermal
management, allowing for more compact designs.
Reference
Standard
Effective Pixel Max Frame
Rows
Rate [fps]
All Pixels
2056
120
Full HD
1080
218
HD
720
312
VGA
480
439
Region of Interest
The 3U5MGXSBA can support up to 8 region of interest (ROI) areas, which can
overlap, and which the size and position of each area can be independently
defined to allow greater flexibility based on end user applications. By
reducing the total amount of read information from the sensor, in either a
single window, or throughout the maximum 8 ROI areas, the frame rate can
also be increased to allow faster detection for more demanding applications.
New Pixel Design and Drive Technology
The Canon 3U5MGXSBA CMOS sensor uses a light gathering structure within the
photodiode which increases its capability to convert photons from wider incident
light angles. The result is a CMOS image sensor with higher sensitivity, capable of
capturing high quality images even in challenging low-light situations.
3U5MGXSBA
5MP Global Shutter CMOS Sensor
Specifications
Product Sheet
Quantum Efficiency Plot (RGB & Mono)
3U5MGXSBAC
3U5MGXSBAM
3U5MGXSBAI
Filter Type
RGB
Monochrome
RGB-NIR
Sensitivity (e/lx/sec)
30,000 (Green)
47,000
30,000 (Green)
Sensor Size
2/3 inch equivalent (8.8mm x 7.0mm)
Number of Effective Pixels
2592h x 2056v
Pixel Size
3.4μm x 3.4μm
60fps - Dynamic Range Priority Mode
Maximum Frame Rate
120fps - Frame Rate Priority Mode
Scan Type
Progressive Scan
Shutter
Global electronic shutter function
Package Type
180 pin ceramic LGA
Saturation (@ Analog gain 0 dB)
12,000e - Dynamic Range Priority Mode
Quantum Efficiency Plot (RGB-NIR)
7,000e - Frame Rate Priority Mode
Analog Gain
0 to 36dB
Digital Gain
0 to 24dB
Conversion Gain
0.28 LSB/e @Analog gain 0 dB
Dark Random Noise (Room Temp)
2.6e rms @ Analog gain x1
Dark Current (Room Temp)
1.3 e/sec @Analog gain x1
Drive Frequency
36MHz(Recommended)
Output Format
Data 12 lanes, Clock 2 lanes with a maximum output
of 864Mbps at 12 bit
ROI
8 Regions
Inverted Output Function
Horizontal and Vertical
Power Consumption (Type)
500mW (Typ.) Full pixel scan at 60fps
Power Supply Voltage
3.3V, 1.2V
Package Size
(External Electrodes Not Included)
18.96mm x 18.10mm x 2.51mm
Exposure Control
Register setting or External Trigger
Pixel Color Filter Arrangement
RGB
RGB-NIR
Accessories
Evaluation Kit
Filter Type
RGB, Mono, or RGB-NIR
Interface
USB 3.1
Lens Mount
C-Mount
Accessories Included
Power Supply, Compact Tripod, Cables
Design Assets (with NDA)
• Sensor board electrical design files
• VHDL code for the FPGA
Sensor Socket
Available from Andon Electronics
• 698-180-TH-491-R27-L14-1 (thru-hole socket)
• 698-180-SM-500-R27-L14-1 (flat foot surface mount socket)
• 698-180-SM-RB593-R27-L14-1 (Rollerball® surface mount socket)
Applications
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Automotive
Drone
Embedded Vision
Industrial
Inspection
Machine Vision
Manufacturing
Medical
Robot Vision
Surveillance
For more information visit https://canon-cmos-sensors.com
© 2019 Canon U.S.A., Inc. All rights reserved. Canon is registered trademark of Canon Inc. in the United States and may also be a registered trademark or trademark in other countries. Availability and specifications are subject
to change without notice. Not responsible for typographical errors. This document highlights certain capabilities of the CMOS sensor. Any business developing a product that incorporates the CMOS sensor is responsible for
compliance with all applicable laws, rules and regulations relating to such product and the marketing and sale thereof. Inc. v1.02
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