Canon U.S.A. Announces Three New Industrial Imaging Sensors

250mp Aps-h Imaging Sensors

Here is the Canon USA press release for the two new imaging sensors we reported earlier today, and more sensors we missed entirely in the Japanese press release.

Canon has a dedicated page for these specialized imaging sensors.

Canon USA press release:

Canon U.S.A. Announces Three New Industrial Imaging Sensors

MELVILLE, NY, October 19, 2020Asimaging sensors continue to be an essential component of industrial processes, Canon U.S.A., Inc., a leader in digital imaging solutions, is excited to announce three new CMOS (complementary metal-oxide semiconductors) sensors: the ultra-high-resolution LI8020 series, the ultra-high sensitivity LI3030 series, and the LI7050SAC. These sensors help expand the company’s lineup of industrial vision products while offering integrators and end-users additional capabilities when developing solutions for various applications.

LI8020SAC/LI8020SAM
The LI8020SAC (color)/LI8020SAM (monochrome) ultra-high resolution CMOS sensor features a pixel pitch of 1.5 μm (micrometer) and a resolution of approximately 250 million pixels, which provides detailed images in a wide range of applications and situations. The sensor will help meet the needs of manufacturers to inspect flat panel displays, which frequently exhibit 4K and sometimes even 8K content. The sensor can also be a tool for video production, digital archiving, wide-area monitoring, and the medical industry by providing ultra-high resolution and ultra-high-speed signal readouts. Due to the ultra-high pixel count of the sensor, images can be captured that maintain incredible image quality, even if an area of the moving or still image has been cropped and enlarged using an electronic zoom.

The new sensor can capture video at an ultra-high-resolution that is approximately 125 times higher than Full HD (1920 × 1080 pixels) and about 30 times higher than 4K (3840 × 2160 pixels). Still images can be captured at a speed of approximately five frames per second even when reading all the pixels. A fast signal readout of 1.25 billion pixels per second helps to avoid the potential of any signal delay or deviation. The rapid signal readout is achieved by advancing circuit miniaturization and signal processing technology. When the Read Return on Investment (Region of Interest) feature is utilized, the frame rate of the sensor can be increased by selecting an area and reducing the amount of information to be read. If a user doesn’t need the input of every pixel, the ROI readout function allows you to read every pixel at five fps, 8K at 24 fps, 4K at 30 fps, and Full HD at 60 fps. The sensor also features a “thinning-out read function” that enables high-speed readout by reducing the number of vertical pixels to be read out of the full shooting area, allowing selection of an output data format that suits users’ needs.

LI3030SAI/LI3030SAM
The LI3030SAI (RGB-IR)/LI3030SAM (monochrome) sensor is a 35mm full-size ultra-high sensitivity CMOS sensor with a large pixel size of 19 μm that allows for image capturing in low-light environments where it can difficult for the naked eye to identify the subject. The sensor can read 2160 × 1280 pixels, which is wider than Full HD (1920 × 1080 pixels), enabling it to be a suitable solution for astronomical observation applications and the monitoring and industrial applications that require high-resolution images with a specific aspect ratio.

Compared to similar Canon models, the sensitivity of the LI3030SAI and LI3030SAM sensor is approximately 2.3 and 3 times higher in the near-infrared range, respectively. The sensitivity capabilities of the LI3030SAI allow users to see the pupil of a human-eye through sunglasses. The LI3030SAM sensitivity capabilities enable users to capture monochrome moving images and can reduce the appearance of dust, enhancing astronomical observation. By assigning one pixel of the color filter as a pixel for the near-infrared region, it is possible to simultaneously acquire color and near-infrared motion images with a single sensor even under low-light conditions. In addition, since the differences in the reflectance and absorbance of light in the near-infrared region can be detected from weak signals and the state of the inside of a substance can be observed, the sensor can be used in a wide range of industrial and medical fields. Use-case examples include long-distance monitoring at night, observation of crop growth in a wide area, inspection of foreign matter contamination in food factories, and visualization of biological tissues.

LI7050SAC
The LI7050SAC is a high resolution CMOS sensor that is ideal for security camera use because of its high sensitivity and price point. Featuring a pixel pitch of 4.1 μm and a resolution of approximately 2.12 million pixels, the sensor provides a High Dynamic Range (HDR) of equivalent to up to 20 stops with frame rates of 30fps and 60fps. What’s more, the sensor features a 54,000 green sensitivity level and can read 1936 × 1096 pixels, which is slightly higher than HD resolution.

For more information on Canon sensors including how to talk to a sales representative, please visit canon-cmos-sensors.com.

Canon Offers CMOS Sensor Evaluation Kits For Third Party Application Development

Cmos Sensor Evaluation

If you are developing gear build around Canon’s super specialised image sensors then you have a new tool for your craft. We featured Canon’s specialised sensors a lot.

Canon press release:

Canon’s new CMOS Sensor Evaluation Kits Are Now Available Through Authorized Distributors

MELVILLE, NY, November 14, 2019 – Expanding the company’s CMOS sensor business offerings, Canon U.S.A., Inc., a leader in digital imaging solutions, is excited to announce the availability of the first Canon CMOS Sensor Evaluation Kits starting November 15, 2019. These high-quality, easy to use evaluation kits are a key tool to be able to test sensor performance firsthand and kick start product development. The evaluation kits will be available through authorized distributors: Phase 1 Technology Corp, Macnica Americas Inc. and Digi-Key Electronics.

Canon’s pixel-level innovations offer sensor options for ultra-high resolution, ultra-high sensitivity, low noise and global shutter, as well as a specialized RGB-NIR color filter array. The advanced components of the kit will help developers test sensor features and performance to help ensure a fit with their application across a variety of industries, including biomedical, medical imaging, machine vision, robotics, aerial mapping, astronomy, satellite technology, pathological phenotyping and other demanding imaging applications.

“Understanding that image sensors are an important driving force behind the competitive digital imaging industry, Canon is excited to add these CMOS Sensor Evaluation Kits to our portfolio,” said Kazuto Ogawa, president and chief operating officer, Canon U.S.A., Inc. “Continuing with the mission to develop technology which can ultimately help end-users increase efficiency and productivity that potentially results in a higher ROI, Canon’s Evaluation Kits allow OEMs, solutions providers, authorized distributors, integrators and others in search of advanced components to test and build unique vision systems.”

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Canon Has Five New Super Specialised Image Sensors On Offer

Image Sensors

Canon added five new specialised image sensors to their lineup.

Canon’s superspecialised image sensors are used in industry applications, science, space imagery, and surveillance. To see our coverage of Canon specialised image sensors click here.

Canon 1 Inch 12MP CMOS 4K Sensor

Color CMOS solid-state image sensor, 12 million effective pixels in a square pixel array. Supports read speeds of 24 fps when reading all pixels.

  • Filter Type – RGB
  • Sensitivity – 22,000 e/lx/sec @Analog gain x1 (TBD)
  • Sensor Size – 1 inch
  • Number of Effective Pixels – 4000x 3000 (Horizontal x Vertical)
  • Pixel Size – 3.2 um x 3.2 um
  • Shutter – Rolling shutter 12 bit, 24 fps (All Pixels)
  • Maximum Frame Rate – 10 bit, 60 fps (4K2K)
  • Saturation 22,000 e (TBD) @ Analog gain x 1
  • Dark Random Noise – 2.8 e rms @Analog gain x16 (TBD)
  • Dark Current – 17 e/sec (TBD) @package reverse side 60℃
  • Drive Frequency – 27 MHz (recommended)
  • Output Channels – Data: 12 lanes, Clock: 2 lanes
  • Output Format – LVDS output maximum 648 Mbps @12 bit
  • Power Consumption – 540 mW(Typ.) @All pixels readout 24fps (12bit)
  • Power Supply Voltages 3.3V, 1.8 V
  • Package Type – 150 pin ceramic LGA
  • Package Size – 25.10 mm x 22.20 mm x 2.99 mm

Canon 1/1.7 Inch 12MP CMOS Sensor

Color CMOS solid-state image sensor, 9.3mm measured diagonally, 12 million effective pixels in a square pixel array. Supports 4K/2K video at 30 fps and 12MP still images.

  • Filter Type – RGB
  • Sensitivity – 8,900 e/lx/sec @Analog gain x1 (TBD)
  • Sensor Size – 1 / 1.7 inch
  • Number of Effective Pixels 4000x 3000 (Horizontal x Vertical)
  • Pixel Size – 1.86 um x 1.86 um
  • Shutter – Rolling shutter 12 bit, 15 fps (All Pixels)
  • Maximum Frame Rate – 11 bit, 30 fps (4K2K)
  • Saturation – 12,000 e (TBD) @Analog gain x1
  • Dark Random Noise – 1.3 e rms @Analog gain x16 (TBD)
  • Dark Current – 7 e/sec (TBD) @package reverse side 60℃
  • Drive Frequency – 27 MHz (recommended)
  • Output Channels – Data: 12 lanes, Clock: 4 lanes
  • Output Format – LVDS output maximum 648 Mbps @12bit
  • Power Consumption – 0.52 W (Typ.) @All pixels readout 15 fps (12bit)
  • Power Supply Voltages 3.5V, 3.4V, 3.3 V, 1.8 V
  • Package Type – 129 pin ceramic LGA
  • Package Size – 15.80 mm x 14.90 mm x 2.10 mm

Canon 1/2.32 Inch 2.8MP High Dynamic Range CMOS Sensor

CMOS type of solid-state image sensor (3U3MRXSAA), 1/2.32″ pixel array of 2.81M. Rolling electronic shutter for video to control the charge storage period. Can output effective 1936 x 1456 pixels video at 60 fps and 12bit via 4 channels of digital signal output. Includes HDR ( High Dynamic Range)  drive features. 3U3MRXSAAC has an RGB on-chip color filter.

  • Filter Type – RGB
  • Sensitivity (e/lx/sec) 25,000 (Green) @Analog  gain x1 (TBD)
  • Sensor Size – 1 / 2.32 inch equivalent
  • Number of Effective Pixels 1936 x 1456 (Horizontal x Vertical)
  • Pixel Size – 3.2 um x 3.2 um
  • Scan Type – Progressive scan
  • Shutter – Rolling shutter 120 dB, HDR
  • Dynamic Range – 75dB, Normal
  • Maximum Frame Rate (All Pixels) – 60 fps, Normal, 30 fps, HDR
  • Operating Temperature – -40℃ ~ 105℃(-40°F ~ 221°F)
  • Saturation – 23,000 e @Analog gain x1 (TBD)
  • Dark Random Noise – 2.7 e rms @Analog gain x4 (TBD)
  • Dark Current – 13 e/sec @Analog gain x 1, 60℃ (TBD), TBD @room temperature
  • Drive Frequency – 24MHz (recommended)
  • Output Channels – Data: 4 lanes, Clock: 1 lane MIPI-CSI2 output maximum 576 Mbps
  • Output Format – @in all-pixel operating mode 12bit, 60fps
  • Power Consumption – 300mW (Typ.) @using all pixels 60 fps (TBD)
  • Power Supply Voltages 3.3 V, 1.8 V, 1.2V
  • Package Type – 94 pin ceramic LGA
  • Package Size – 15.07 mm x 13.37 mm x 2.74 mm 

Canon Super 35mm 9.34MP 4K CMOS Sensor

Color CMOS solid-state image sensor, Super 35mm (30mm diagonally), 9.24 million effective pixels in a square pixel array. Supports speeds of 60 fps when reading all pixels, high-sensitivity 4K.

  • Filter Type – RGB
  • Sensitivity – 72,000 e/lx/sec @Analog gain x1 (TBD)
  • Sensor Size – super 35mm (Diagonal30 mm)
  • Number of Effective Pixels 4112x 2248 (Horizontal x Vertical)
  • Pixel Size – 6.4 um x 6.4 um
  • Shutter – Rolling shutter
  • Maximum Frame Rate 12bit, 60 fps (All Pixels)
  • Saturation – 39,000 e(TBD) @Analog gain x1
  • Dark Random Noise –  2.7 e rms @Analog gain x 8 (TBD)
  • Dark Current – 54 e/sec(TBD) @package reverse side 60℃
  • Drive Frequency – 72 MHz (recommended)
  • Output Channels – Data: 24 lanes, Clock: 2 lanes
  • Output Format – LVDS output maximum 576 Mbps @12 bit
  • Power Consumption – 2 W (Typ.) @All pixels readout 60 fps
  • Power Supply Voltages 3.3V, 2.1 V, 1.8 V, 1.0V, 0.85V, -1.2V
  • Package Type – 154 pin ceramic LCC
  • Package Size – 46.00 mm x 38.00 mm x 3.59 mm

Canon Full Frame 50MP CMOS Sensor

Full frame CMOS solid-state color image sensor (43.2mm diagonally), 50.6 million effective pixels in asquare pixel array. High definition, low noise, and reduced dark current.

  • Filter Type – RGB
  • Sensitivity – 32,000 e/lx/sec @Analog gain x16 (TBD)
  • Sensor Size – 35mm Full size (36 mm x 24 mm)
  • Number of Effective Pixels 8688x 5792 (Horizontal x Vertical)
  • Pixel Size – 4.14 um x 4.14 um
  • Shutter – Rolling shutter
  • Maximum Frame Rate – 6.8 fps (All Pixels)
  • Saturation – 38,000 e (TBD)
  • Dark Random Noise – 2.5 e rms @Analog gain x16 (TBD)
  • Dark Current – 9.6 e/sec (TBD) @package reverse side 60℃
  • Drive Frequency – 24 MHz (recommended)
  • Output Channels – Data: 16 ch
  • Output Format – 16 ch analog outputs
  • Power Consumption – 1.5 W (Typ.) @All pixels readout 6.8 fps
  • Power Supply Voltages 5.5V, 4.8V, 3.3V, 2.0V, 1.8 V, 1.5 V, 1.3V, 1.2V, -1.4V
  • Package Type – 104 pin ceramic QFP
  • Package Size – 55.2 mm x 44.35 mm x 2.74 mm

Below you see the full list of Canon’s specialised image sensors, and their area of application. The first five image sensors in the list are the new ones (in bold)

ProductPixel
type
Image
Size
ResPixel
Size
(μm)
ChromaIFMax Frame Rate
(fps)
Application
2.8M HDR colorRolling-shutter1 / 2.32 “2.8M3.2RGBMIPI CSI260Surveillance
Full size 50M
color
Rolling-shutter35mm Full Size50M4.14RGBAnalog
(serial)
6.8Industly
/ Surveillance
1 / 1.7 inch
12M color
Rolling-shutter1 / 1.7 “12M1.86RGBLVDS30
(4K2K)
Surveillance
1 inch 12M
color
Rolling-shutter1 “12M3.2RGBLVDS60
(4K2K)
Surveillance
Super35mm
4K color
Rolling-shutterSuper
35mm
10M6.4RGBLVDS60Surveillance
5MGS monochromeGlobal-shutter2/3 “5M3.4B / WLVDS120Industly
5MGS colorGlobal-shutter2/3 “5M3.4RGBLVDS120Industly
/ Surveillance
5MGS RGBIRGlobal-shutter2/3 “5M3.4RGB / IRLVDS120Industly
/ Life science
120M monochromeRolling-shutterAPS-H120M2.2B / WLVDS9.4Industly
120M RGBRolling-shutterAPS-H120M2.2RGBLVDS9.4Surveillance
/ Industly
120M RGBIRRolling-shutterAPS-H120M2.2RGB / IRLVDS9.4Life science
/ Surveillance
35mm FHD
monochrome
Rolling-shutter35mm Full Size2M19B / WAnalog
(serial)
115
(FullHD)
Space science
/ Surveillance
35mmFHD
RGB
Rolling-shutter35mm Full Size2M19RGBAnalog
(serial)
115
(FullHD)
Space science
/ Surveillance

Source: Canon News

Smartphones Might Have 64MP and 108MP Sensors Soon, Credit Suisse Predicts

Smartphones

A technology and market analysis paper by Credit Suisse predicts smartphones with image sensors of over 100MP to be appear soon.

Excerpt from the report:

  • Demand from Huawei (32MP CIS mass production) and Xiaomi (long-term contract) has helped Samsung to gain market share in CIS.
  • Multi-camera smartphones are expected to comprise 65–70% of all models in 2019, up from 40% in 2018. Triple-camera models are expected to account for as much as 20% of all smartphone handsets (up from 1.5% in 2018).
  • The multi-camera percentage for Samsung Mobile is expected to reach 70% in 2019 (up from 21% in 2018).
  • Demand for 5MP CIS is booming due to the trend toward multi-camera smartphones (the 5MP CIS is an essential component of triple-camera handsets).
  • The CIS technology roadmap calls for further evolution towards higher megapixels, with development expected to bring 64MP in 2H 2019 and 100MP in 2020. The trend will increase the number of lenses required (though weight is an issue), demanding higher levels of cooperation between lens, module and AP manufacturers to achieve incremental improvements in image resolution.
  • With Line 11 undergoing conversion, Samsung is planning to boost the total monthly capacity of its CIS 300mm production lines to 75,000 units by end-2019 and 85,000 units by end-2020. No decision has been taken yet on whether to convert Line 13 to CIS production, but the general plan is to continue expanding capacity steadily.
  • CIS 300mm line development is underway at SK Hynix.
[via Image Sensors World]

Canon Presents Current And Future Image Sensors At Photonics West Show 2019

35MMFHDXSCA Image Sensors

At the Photonics West Show 2019, Michael Simmons of Canon Future Products & Solutions introduces four of their CMOS sensors available for a variety of imaging applications ranging from astronomy to the scanning of ancient artifacts. Watch the full video for a brief introduction on their 19um Ultra-High Sensitivity CMOS Sensor, the 5 MP Shutter CMOS Sensor, 120 MP Ultra-High Resolutions CMOS Sensor, and the 250 MP Ultra-High Resolution CMOS Sensor.

We covered Canon’s special sensors 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8

More videos covering the Photonics West Show 2019 are listed here.

[via Image Sensors World]

Canon Advanced Image Sensors Now Available For Industrial Application

35MMFHDXSCA Image Sensors

Canon’s advanced and super specialised image sensors are going to be available to businesses for all sort of applications, the sensor that can see in the dark inclusive. Canon’s advanced sensor technology is quite impressive.

Press release:

Canon Announces a New CMOS Sensor Business Platform

Patented Sensor Technology Now Available for Industrial Vision Applications

MELVILLE, N.Y., November 1, 2018 – Image sensors are an important driving force behind many of today’s successful brands, ranging from consumer products to industrial solutions. Today, Canon U.S.A, a leader in digital imaging solutions, announces that it is now offering select CMOS (complementary metal-oxide semiconductors) sensor products for sale to the industrial marketplace. Manufacturers, solutions providers and integrators who are searching for advanced components to create their own unique products and solutions can now utilize Canon’s patented technology to help them create these products and solutions and expand their business potential.

“For several decades, Canon has been a leader in developing and manufacturing advanced CMOS sensors with state-of-the-art technologies, which until now, were for exclusive use in Canon products,” said Kazuto Ogawa, president and chief operating officer, Canon U.S.A., Inc. “It was a natural evolution to expand into a new business platform that leverages our expertise in sensor manufacturing to target the growing market demands for high-quality industrial imaging solutions.”

Launching this new business, Canon will be showcasing its CMOS sensors at VISION, the world’s leading trade fair for machine vision, on Tuesday, November 6 through Thursday, November 8, 2018, in Stuttgart, Germany. Attendees are invited to visit Hall 1 – Stand 1G74 to explore Canon’s CMOS sensor products and the variety of applications that can potentially be enhanced, including machine vision, inspection, surveillance, drones, traffic-monitoring systems and other industrial applications.

Canon sensors on display include:

  • 3U5MGXS CMOS Sensor – with an electronic global shutter, and an all pixel progressive reading at 120fps, the Canon 3U5MGXS CMOS 5MP sensor offers fast image capture with low power consumption. This helps to accurately capture images of subjects moving at high speeds without distortion to meet such industrial needs as medical imaging and inspecting parts during the manufacturing process. The Canon 3U5MGXS is now available.
  • 35MMFHDXSCA CMOS Sensor – featuring an enormous 19um pixel pitch, the 35MMFHDXSCA CMOS sensor is capable of capturing color images in exceptionally low-light environments where the naked eye struggles to distinguish objects.  Using new pixel and readout circuitry technologies that deliver a 2.76 megapixel resolution, these sensors can support a wide range of applications which require ultra-high sensitivity image capture, including defense, astronomy, surveillance and industrial operations. The Canon 35MMFHDXSCA is now available.
  • 120MXS CMOS Sensor – by incorporating close to the same number of pixels as photoreceptors in the human eye, the Canon 120MXS CMOS sensor delivers ultra-high 120 MP resolution at 9.4fps in a compact APS-H format. This sensor targets the needs of the inspection, aerial mapping, life sciences, digital archiving and transportation industries. The Canon 120MXS is now available.
  • 2U250MRXS CMOS Sensor – with a readout speed of 1.25 billion pixels per second, the prototype 2U250MRXS CMOS sensor, delivers ultra-high 250MP resolution in a compact APS-H format. Through advancements in circuit miniaturization and enhanced signal processing, this sensor delivers high resolution with incredible sensitivity and low noise.

For more information on Canon sensors, please visit canon-cmos-sensors.com.