Hybrid TDI (Time Delayed Integration) Line Scan Cameras

Hybrid TDI (Time Delayed Integration) Line Scan Cameras

Hybrid TDI Line Scan Cameras banner

TDI, Time Delayed Integration, line scan cameras are used for application which require higher sensitivity. They use multiple line scan stages to provide up to 256 times higher sensitivity while a standard type scans only one time. However, they also have some disadvantages because of the conventional sensor structure's limit. To improve TDI line scanning performance, Vieworks has developed hybrid TDI line scan sensor for line scan cameras. The Hybrid TDI sensor with CCD pixel structure implemented by using CMOS technology allows ultra-high-speed image captures with up to 256 times greater sensitivity. It is the first concept of TDI line scan sensor and Vieworks named it VTDI (Vieworks TDI).

For the VT Series, its cameras offer a wide variety of resolutions. Vieworks' advanced TDI line scan technology, which uses outstanding hybrid image sensors, captures images with up to 256 times higher sensitivity and up to 300 kHz. The series provides three different models based on the mount sizes M42, M72, and M95, all of which are ideal for various applications. In addition, the series adopts various interfaces such as GigE, Camera Link, and CoaXPress for simple system integration. All cameras from the series have exposure control with anti- blooming. Featuring high speed and high sensitivity, this range is ideal for demanding applications such as flat panel display inspections, wafer inspections, printed circuit board inspections, and high-performance document scanning. Speak to us today to find out more.

The World's First Hybrid TDI Line Scan Sensor

• Combines light sensitivity of CCD-based TDI pixel array with CMOS readout electronics
• High sensitivity of 256 stages
• Faster speed up to 300 kHz
• Higher dynamic range
• Lower power consumption

Better Usability

• Programmable cameras
• Easy firmware updates
• FFC (Flat Field Correction)
• DSNU, PRNU Correction
• Gigabit Ethernet, Camera Link, CoaXPress interfaces

Flexibility for Lens Selection

• M42, M72, and M95 mounts (C & F mounts)

Various Trigger Methods

• Supports a variety of triggers
- External trigger, frame start trigger, software trigger
• Provides the “Rescaler Mode” to set the accuracy

* 4k / 6k / 9k / 12k / 18k TDI Cameras Series
* Bidirectional Operations with up to 256 TDI stages
* CoaXPress or Camera Link Interface
* Anti-blooming
* Exposure Control
* Advanced PRNU and DSNU Correction
* Area Scan Mode for Camera Alignment

* Flat Panel Display Inspection
* Printed Circuit Board Inspection
* Wafer Inspection
* High Performance Document Scanning

Conventional CCD sensor

  • Better image quality
  • Higher SNR (Signal-to-noise ratio)

  • Higher power consumption
  • Higher cost

Conventional CMOS sensor

  • Faster speed
  • Lower power consumption

  • Higher noise

Monochrome TDI line scan cameras utilize Time Delay Integration technology to capture high-resolution images with enhanced sensitivity and reduced noise. Ideal for high-speed applications like quality control and inspection, these cameras offer exceptional clarity and contrast, making them perfect for industries such as printing, packaging, and material handling.

Colour TDI line scan cameras use Time Delay Integration technology to capture high-speed, high-resolution images with enhanced colour accuracy and sensitivity, ideal for industrial inspection, quality control, and imaging applications.

VT Series M42 Monochrome TDI Line Scan Camera

VT Series (M42)

VT Series M72 Monochrome TDI Line Scan Camera

VT Series (M72)

VT Series M95 Monochrome TDI Line Scan Camera

VT Series (M95)

VTC Series Color TDI Line Scan Camera

VTC Series

Colour TDI line scan cameras use Time Delay Integration technology to capture high-speed, high-resolution images with enhanced colour accuracy and sensitivity, ideal for industrial inspection, quality control, and imaging applications.

VTC Series Color TDI Line Scan Camera

VTC Series

Vieworks Hybrid TDI Sensor is...

Combining a light sensitivity CCD-based TDI pixel array with CMOS readout electronics, thus having the best features from CCD and CMOS.

hybrid tdi line scan camera
Hybrid TDI Line Scan Cameras

A single line scan camera examines one line of the image data at a time.

TDI Line Scan Camera uses multiple line scan stages to provide up to 256 times higher sensitivity.

VEO logoJM Series Lens

VEO JM Series Lens

In collaboration with Schneider Kreuznach, a leading global manufacturer of industrial lenses, Vieworks has co-developed a specialised line of lenses optimised for its TDI (Time Delay Integration) line scan cameras. The VEO JM Series, a high-resolution industrial lens, is specifically engineered for use with the 16k TDI camera range, such as the VT Series – M95. These lenses are designed to provide exceptional clarity and precision, ensuring optimal performance in high-speed, high-resolution imaging applications. Their integration with Vieworks' TDI collection enhances the accuracy and efficiency of machine vision tasks like industrial inspection, quality control, and automated systems.

Learn More

Learn more on VEO Series Industrial Lens

    Name:

    Company:

    Email:

    .

    Model Name Magnification Optimal F/# Numerical Aperture (Object Plane) Depth of Field
    (@ P. CoC 10 ㎛)    		 Working Distance Max. Image Circle
    VEO_ JM DIAMOND 5.0X / F1.3 5.0 (4.9 … 5.1) F/1.3 0.305 6.2 ㎛ 31 (32 … 30) mm 82 mm
    VEO_ JM DIAMOND 3.33X / F2.1 3.33 (3.2 … 3.4) F/2.1 0.180 16.4 ㎛ 39 (40 … 38) mm 82 mm
    VEO_ JM DIAMOND 2.5X / F2.6 2.5 (2.4 … 2.6) F/2.6 0.134 29.2 ㎛ 59.2 (60 ... 58) mm 82 mm
    VEO_ JM SAPPHIRE 1.67X / F3.0 1.67 (1.62 … 1.72) F/3.0 0.101 57.4 ㎛ 51 (52 … 50) mm 82 mm
    VEO_ JM SAPPHIRE 1.43X / F3.0 1.43 (1.38 … 1.47) F/3.0 0.10 71.2 ㎛ 50 (51 … 49) mm 82 mm

    VEO logoCS Series Lens

    VEO CS Series Lens

    The VEO CS Series is a high-performance industrial lens designed for use with 12k TDI line scan cameras, including Vieworks' VT Series – M72. Optimised for high-resolution imaging, these lenses ensure sharp, distortion-free images, making them ideal for demanding applications in machine vision. When paired with the TDI camera range, such as the VT Series, the VEO CS lenses enhance the camera's capability to capture fine details in high-speed, high-resolution environments. This integration is especially valuable in areas such as industrial inspection, quality control, and automation, where precise imaging is critical for accurate data acquisition and process optimisation.

    Learn More

    Learn more on VEO Series Industrial Lens

      Name:

      Company:

      Email:

      .

      Model Name Magnification Optimal F/# Numerical Aperture (Object Plane) Depth of Field
      (@ P. CoC 10 ㎛)      		 Working Distance Max. Image Circle
      VEO_CS DIAMOND 5.0X / F1.6 5.0 (4.9 … 5.1) F/1.6 0.261 7.68 ㎛ 34 (34.3 … 33.6) mm 62.5 mm
      VEO_CS DIAMOND 3.33X / F2.3 3.33 (3.2 ... 3.4) F/2.3 0.157 18.4 ㎛ 55.5 (56.5 ... 54.5) mm 62.5 mm
      VEO_CS DIAMOND 2.5X / F2.9 2.5 (2.4 ... 2.6) F/2.9 0.121 32.48 ㎛ 64.6 (65.6 ... 63.6) mm 62.5 mm
      VEO_CS SAPPHIRE 1.67X / F3.2 1.67 (1.57 ... 1.77) F/3.2 0.103 57.8 ㎛ 64.4 (65.4 … 63.4) mm 62.5 mm

      Specifications:

      CXP

      Model Resolution Line Rate Mount Pixel Size (㎛ x ㎛)
      VT-18K3.5X-S140 17824 × 256 142 ㎑ M72 3.5 x 3.5
      VT-18K3.5X-S80 17824 × 256 80 ㎑ M72 3.5 x 3.5
      VT-18K3.5X-E140 17824 × 64 142 ㎑ M72 3.5 × 3.5
      VT-18K3.5X-E80 17824 × 64 80 ㎑ M72 3.5 × 3.5
      VT-16K5X-S140 16384 × 256 140 ㎑ M95 5.0 x 5.0
      VT-16K5X-E140 16384 × 64 140 ㎑ M95 5.0 × 5.0
      VT-12K5X-S200 12480 × 256 200 ㎑ M72 5.0 x 5.0
      VT-12K5X-S100 12480 × 256 100 ㎑ M72 5.0 x 5.0
      VT-12K5X-E200 12480 × 64 200 ㎑ M72 5.0 × 5.0
      VT-12K5X-E100 12480 × 64 100 ㎑ M72 5.0 × 5.0
      VT-9K7X-S250 8912 × 128 250 ㎑ M72 7.0 x 7.0
      VT-9K7X-S120 8912 × 128 125 ㎑ M72 7.0 x 7.0
      VT-9K7X-E250 8912 × 32 250 ㎑ M72 7.0 × 7.0
      VT-9K7X-E120 8912 × 32 125 ㎑ M72 7.0 × 7.0
      VT-6K10X-H170 6240 × 128 172 ㎑ M72 10.0 × 10.0
      VT-6K3.5X-H160 6560 × 256 160 ㎑ M42 (C or F-mount) 3.5 × 3.5
      VT-6K10X-E170 6240 × 32 172 ㎑ M72 10.0 × 10.0
      VT-6K3.5X-E160 6560 × 64 160 ㎑ M42 (C or F-mount) 3.5 × 3.5
      VT-4K5X-H200 4640 × 256 200 ㎑ M42 (C or F-mount) 5.0 × 5.0
      VT-4K5X-E200 4640 × 64 200 ㎑ M42 (C or F-mount) 5.0 × 5.0
      VT-3K7X-H250 3200 × 128 250 ㎑ M42 (C or F-mount) 7.0 × 7.0
      VT-3K7X-E250 3200 × 32 250 ㎑ M42 (C or F-mount) 7.0 × 7.0
      VTC-2K10.5X-C140 2160 × 80 140 ㎑ M42 10.5 × 10.5

      camera_link

      Model Resolution Line Rate Mount Pixel Size (㎛ x ㎛)
      VT-18K3.5C-H40 17824 × 256 47 ㎑ M72 3.5 × 3.5
      VT-18K3.5C-E40 17824 × 64 47 ㎑ M72 3.5 × 3.5
      VT-12K5C-H60 12480 × 256 67 ㎑ M72 5.0 × 5.0
      VT-12K5C-E60 12480 × 64 67 ㎑ M72 5.0 × 5.0
      VT-9K7C-H80 8912 × 128 94 ㎑ M72 7.0 × 7.0
      VT-9K7C-E80 8912 × 32 94 ㎑ M72 7.0 × 7.0
      VT-6K3.5C-H100 6560 × 256 100 ㎑ M42 3.5 × 3.5
      VT-6K3.5C-E100 6560 × 64 100 ㎑ M42 3.5 × 3.5
      VT-4K14C-H120 4096 × 64 125 ㎑ M72 14.0 × 14.0
      VT-4K14C-E120 4096 × 128 125 ㎑ M72 14.0 × 14.0
      VT-4K7C-H120 4096 × 128 125 ㎑ M72 7.0 × 7.0
      VT-4K7C-E120 4096 × 32 125 ㎑ M72 7.0 × 7.0
      VT-4K5C-H100 4640 × 256 100 ㎑ M42 (C or F-mount) 5.0 × 5.0
      VT-4K5C-E100 4640 × 64 100 ㎑ M42 (C or F-mount) 5.0 × 5.0
      VT-3K7C-H100 3200 × 128 100 ㎑ M42 (C or F-mount) 7.0 × 7.0
      VT-3K7C-E100 3200 × 32 100 ㎑ M42 (C or F-mount) 7.0 × 7.0
      VTC-2K10.5C-C100 2160 × 80 100 ㎑ M42 10.5 × 10.5

      camera_link

      Model Resolution Line Rate Mount Pixel Size (㎛ x ㎛)
      VT-6K3.5G-H19 6560 × 256 19 ㎑ M42 3.5 × 3.5
      VT-6K3.5G-E19 6560 × 64 19 ㎑ M42 (C or F-mount) 3.5 × 3.5
      VT-4K5G-H26 4640 × 256 26 ㎑ M42 5.0 × 5.0
      VT-4K5G-E26 4640 × 64 26 ㎑ M42 (C or F-mount) 5.0 × 5.0
      VT-3K7G-H38 3200 × 128 38 ㎑ M42 7.0 × 7.0
      VT-3K7G-E38 3200 × 32 38 ㎑ M42 (C or F-mount) 7.0 × 7.0
      VTC-2K10.5G-C19 2160 × 80 19 ㎑
      (Maximum 100 ㎑)      		 M42 10.5 x 10.5

      CXP-12 logo

      Model Resolution Line Rate Mount Pixel Size (㎛ x ㎛)
      VT-16K5X2-H300 16384 × 256 300 ㎑ M95 5.0 x 5.0
      VT-16K5X2-E300 16384 × 64 300 ㎑ M95 5.0 × 5.0
      VTD-16K5X2-H150 16384 × 256 150 ㎑ M95 5.0 × 5.0

      *Specifications are subject to change without prior notification.

      Frequently Asked Questions

      How does a TDI line scan camera work?

      A TDI (Time Delay Integration) line scan camera uses multiple sensor lines to collect light over time, enhancing sensitivity and reducing noise. This makes it ideal for applications requiring high resolution in low-light conditions, such as material inspection.

      What are the benefits of using a TDI line scan camera?

      TDI line scan cameras offer high-speed imaging with superior sensitivity, reduced noise, and enhanced image quality, making them perfect for high-precision industrial applications, such as packaging, printing, and material handling.

      When should TDI imaging be used instead of conventional sensors?

      TDI imaging is preferred when inspecting fast-moving objects where maintaining image clarity is critical. Unlike a standard line scan camera, which captures a single line at a time, TDI accumulates multiple exposures as the object moves across the sensor. This improves signal strength and reduces motion blur, making it especially useful in low-light conditions or high-speed production environments such as semiconductor inspection or print quality control.

      How does hybrid TDI improve imaging performance?

      Hybrid TDI enhances a line scan camera by combining traditional TDI benefits with additional sensor capabilities, such as improved sensitivity and dynamic range. It allows the system to capture clearer images at higher speeds without requiring excessive lighting. This ensures better defect detection, more consistent image quality, and improved performance in demanding industrial applications.