• Support Home
  • Getting Started
    • Connecting Your Camera
    • 3rd Party Software Getting Started Guides
  • Tech Ref Manuals
    • Arena SDK Documentation
    • HTP003S – Helios2+ ToF 3D
    • HLT003S – Helios2 ToF 3D
    • HLS003S – Helios ToF 3D
    • HLF003S – Helios Flex ToF 3D
    • ATX245S – Atlas10 24.5 MP
    • ATX204S – Atlas10 20.4 MP
    • ATX162S – Atlas10 16.2 MP
    • ATX124S – Atlas10 12.3 MP
    • ATX081S – Atlas10 8.1 MP
    • ATX051S – Atlas10 5.0 MP
    • ATL314S – Atlas 31.4 MP
    • ATL196S – Atlas 19.6 MP
    • ATL168S – Atlas 16.8 MP
    • ATL120S – Atlas 12.3 MP
    • ATL089S – Atlas 8.9 MP
    • ATL071S – Atlas 7.1 MP
    • ATL050S – Atlas 5.0 MP
    • ATL028S – Atlas 2.8 MP
    • ATP200S – Atlas IP67 20 MP
    • ATP120S – Atlas IP67 12.3 MP
    • ATP089S -Atlas IP67 8.9 MP
    • ATP071S – Atlas IP67 7.1 MP
    • ATP028S – Atlas IP67 2.8 MP
    • TRI200S – Triton 20.0 MP
    • TRI120S – Triton 12.3 MP
    • TRI122S – Triton 12.2 MP
    • TRI089S – Triton 8.9 MP
    • TRI071S – Triton 7.1 MP
    • TRI064S – Triton 6.3 MP
    • TRI054S – Triton 5.4 MP
    • TRI050S-P/Q – Triton 5.0 MP Polarized
    • TRI050S – Triton 5.0 MP
    • TRI032S – Triton 3.2 MP
    • TRI028S – Triton 2.8 MP
    • TRI023S – Triton 2.3 MP
    • TRI016S – Triton 1.6 MP
    • TRI005S – Triton 0.5 MP
    • TRI004S – Triton 0.4 MP
    • TRI02KA – Triton 2K Line Scan
    • PHX200S – Phoenix 20.0 MP
    • PHX120S – Phoenix 12.3 MP
    • PHX122S – Phoenix 12.2 MP
    • PHX089S – Phoenix 8.9 MP
    • PHX064S – Phoenix 6.3 MP
    • PHX050S-P/Q – Phoenix 5.0 MP Polarized
    • PHX050S – Phoenix 5.0 MP
    • PHX032S – Phoenix 3.2 MP
    • PHX023S – Phoenix 2.3 MP
    • PHX016S – Phoenix 1.6 MP
    • PHX004S – Phoenix 0.4 MP
  • Application Notes
    • Bandwidth Sharing in Multi-Camera Systems
    • Combine Helios 3D Point Cloud with RGB Color
    • I2C Support on LUCID Cameras
    • Using GPIO on LUCID Cameras
    • Using PTP & Scheduled Action Commands
    • Helios2 And Triton Synchronization
    • Product Change Notifications (PCN)
  • Knowledge Base
  • Contact Support
  • Log In
  • Support Home
  • Getting Started
    • Connecting Your Camera
    • 3rd Party Software Getting Started Guides
  • Tech Ref Manuals
    • Arena SDK Documentation
    • HTP003S – Helios2+ ToF 3D
    • HLT003S – Helios2 ToF 3D
    • HLS003S – Helios ToF 3D
    • HLF003S – Helios Flex ToF 3D
    • ATX245S – Atlas10 24.5 MP
    • ATX204S – Atlas10 20.4 MP
    • ATX162S – Atlas10 16.2 MP
    • ATX124S – Atlas10 12.3 MP
    • ATX081S – Atlas10 8.1 MP
    • ATX051S – Atlas10 5.0 MP
    • ATL314S – Atlas 31.4 MP
    • ATL196S – Atlas 19.6 MP
    • ATL168S – Atlas 16.8 MP
    • ATL120S – Atlas 12.3 MP
    • ATL089S – Atlas 8.9 MP
    • ATL071S – Atlas 7.1 MP
    • ATL050S – Atlas 5.0 MP
    • ATL028S – Atlas 2.8 MP
    • ATP200S – Atlas IP67 20 MP
    • ATP120S – Atlas IP67 12.3 MP
    • ATP089S -Atlas IP67 8.9 MP
    • ATP071S – Atlas IP67 7.1 MP
    • ATP028S – Atlas IP67 2.8 MP
    • TRI200S – Triton 20.0 MP
    • TRI120S – Triton 12.3 MP
    • TRI122S – Triton 12.2 MP
    • TRI089S – Triton 8.9 MP
    • TRI071S – Triton 7.1 MP
    • TRI064S – Triton 6.3 MP
    • TRI054S – Triton 5.4 MP
    • TRI050S-P/Q – Triton 5.0 MP Polarized
    • TRI050S – Triton 5.0 MP
    • TRI032S – Triton 3.2 MP
    • TRI028S – Triton 2.8 MP
    • TRI023S – Triton 2.3 MP
    • TRI016S – Triton 1.6 MP
    • TRI005S – Triton 0.5 MP
    • TRI004S – Triton 0.4 MP
    • TRI02KA – Triton 2K Line Scan
    • PHX200S – Phoenix 20.0 MP
    • PHX120S – Phoenix 12.3 MP
    • PHX122S – Phoenix 12.2 MP
    • PHX089S – Phoenix 8.9 MP
    • PHX064S – Phoenix 6.3 MP
    • PHX050S-P/Q – Phoenix 5.0 MP Polarized
    • PHX050S – Phoenix 5.0 MP
    • PHX032S – Phoenix 3.2 MP
    • PHX023S – Phoenix 2.3 MP
    • PHX016S – Phoenix 1.6 MP
    • PHX004S – Phoenix 0.4 MP
  • Application Notes
    • Bandwidth Sharing in Multi-Camera Systems
    • Combine Helios 3D Point Cloud with RGB Color
    • I2C Support on LUCID Cameras
    • Using GPIO on LUCID Cameras
    • Using PTP & Scheduled Action Commands
    • Helios2 And Triton Synchronization
    • Product Change Notifications (PCN)
  • Knowledge Base
  • Contact Support
  • Log In
home/Knowledge Base/Arena Software/New 4th Gen Pregius Features

New 4th Gen Pregius Features

2528 views 4 September 2, 2020 Updated on August 9, 2022

Introduction

Sony’s new 4th generation “Pregius S” CMOS sensors are now available in LUCID’s Atlas10 and Triton line of cameras. This article will discuss the new features the 4th gen sensor has over previous generations – how they work, and how to use them in LUCID’s ArenaView software.

Dual ADC with On-Sensor Combination

Supported Cameras: Atlas10

The sensor can capture a low-gain and high-gain image on the same frame, and combine them to produce an HDR image. Dual ADC was introduced with the 3rd gen Pregius sensor, but combination had to be done externally. HDR allows an image to capture luminance and radiance more accurately to the real world, and performing the combination on-board makes implementation easier.

To activate this feature in ArenaView:

  1. Stop image acquisition
  2. Set ADC Bit Depth to 12-Bit
  3. Set Dual ADC Mode to Combined

Additional Feature Descriptions

  • Dual ADC Gain: The total amount of gain applied to the combined image
  • Dual ADC Gain Offset: The amount of gain to apply to second ADC image
  • Dual ADC Analog Gain Max: The maximum amount of analog gain to be applied to the combined image
    • Gain Range: 0 dB to 30dB analog gain, 30.1 dB to 54 dB digital gain
  • Dual ADC Selection Threshold: This threshold is used to select between the first and second ADC image for the combined output. The threshold is represented as a percentage of pixel intensity.
    • If the data obtained by the second ADC image is greater than or equal to the selection threshold, the first ADC image is used for the combined output.
    • If the data obtained by the second gain ADC image is less than the selection threshold, the second ADC image is used for the combined output.

Threshold high and low gain

Dual ADC Mode is not available when ADC Bit Depth is set to 8-bit or 10-bit.

Gradation Compression

After an ADC image has been selected for the combined output, gradation compression can be enabled to further optimize the image intensity.

To turn on this feature in ArenaView:

  • Enable Dual ADC mode
  • Set Gradation Compression Mode to Dual ADC

Additional Feature Descriptions

  • Gradation Point Count: The number of kneepoints to use for the compression feature
  • Gradation Point Selector: Selects the gradation kneepoint used for gradation compression
  • Gradation Intensity Start: The pixel intensity threshold (represented as a percentage) above which the gradation settings will be applied for this point
  • Gradation Gain: The amount of gain used to scale all pixel intensities above the Gradation Intensity Start

Gradation compression

Short Exposure Mode

Short Exposure Mode can be used to set a short exposure time on the 4th Gen Pregius sensors. Please refer to the individual camera page to confirm the range for short exposure time.

To enable this feature in ArenaView:

1. Set ExposureAuto to Off

2. Set ShortExposureEnable to true

3. Set ExposureTime to a value from the available range

Short Interval Shutter Mode

Short Interval Shutter Mode can be used to acquire a set of 2 images as close as 2 microseconds apart (less than 1 frame) in a repeating pattern.

To enable on this feature in ArenaView:

1. Set ShortIntervalShutterEnable to true

2. Set ExposureTimeSelector to Shutter1

3. Enter a value for ExposureStartTime

4. Enter a value for ExposureEndTime (from a range between the lower limit and upper limit)

You will need to cross a small threshold (~50us) for ExposureEndTime in order to achieve an exposure interval of 2us. Exposure Interval will decrease from ~30us us to 2us when the ExposureEndTime is increased from a lower limit until the threshold but after that exposure internal will always stay 2us until the ExposureEndTime is increased to the upper limit.

5. Select ExposureTimeSelector to Shutter2

6. Enter a value for ExposureStartTime

You will note that the minimum value for ExposureStartTime is the total sum of ExposureEndTime + ExposureInterval from Shutter1

7. Enter a value for ExposureEndTime

Trigger Mode will not be available when Short Interval Shutter mode is enabled.

Short Exposure Mode cannot be used when Short Interval Shutter Mode is enabled and vice versa.

Exposure Time Monitoring

The sensor can output a signal mirroring the exposure duration. This can be used to confirm that image triggering and exposure are occurring as intended.

LUCID cameras already have this feature implemented as the Exposure Active line output mode. To enable this feature in ArenaView:

  1. Stop image acquisition
  2. Set Line Selector to Line2 (or Line1 or Line3)
  3. Set Line Mode to Output
  4. Set Line Source to Exposure Active

The above settings will produce an active high signal when the sensor is exposing and an active low signal in between exposures. If desired, setting Line Inverter to True will invert the signal.

Improved On-Sensor Thermometer

The accuracy of the on-board thermometer has been improved for more precise measurements allowing for better thermal management. To view the sensor’s temperature in ArenaView:

  1. Set Device Temperature Selector to Sensor
  2. Read the value of the Device Temperature

If you would like to know more about Sony’s 4th generation Pregius sensors visit our tech brief – “4th Generation Pregius S – The Next Evolution of Image Sensors?”

Tags:Exposure

Was this helpful?

4 Yes  1 No
Related Articles
  • Solving driver-related RDMA streaming issues with Ubuntu 22.04
  • Using Multiple Helios Cameras Simultaneously
  • Troubleshooting Network Timeouts (Linux)
  • How to create an Ubuntu docker image and container with Arena SDK
  • Troubleshooting timeouts caused by incomplete images (Windows)
  • Tonemapping images from LUCID’s TRI054S-CC IMX490

Didn't find your answer? Contact Us

  Using LUCID’s TRI054S IMX490 in ArenaView

Enabling Jumbo Frames on Raspberry Pi  

© 2024 LUCID Vision Labs Inc.
Looking to purchase our cameras?
Visit the LUCID Webstore at thinklucid.com
LUCID Support & Help
Welcome to LUCID

We use cookies to facilitate online purchases and analyze our traffic. By clicking "Accept", you consent to our use of cookies.

Functional Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes. The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
Manage options Manage services Manage {vendor_count} vendors Read more about these purposes
View preferences
{title} {title} {title}
LUCID Support & Help
Welcome to LUCID

We use cookies to facilitate online purchases and analyze our traffic. By clicking "Accept", you consent to our use of cookies.

Functional Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes. The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
Manage options Manage services Manage {vendor_count} vendors Read more about these purposes
View preferences
{title} {title} {title}