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Switching from CCD to CMOS Cameras

Sony has stopped the production of CCD sensors. CCD camera users are now confronted with questions around switching to CMOS technology and the availability of current CCD camera models.

For us, the move toward CMOS technology doesn’t come as a surprise. We started our preparations some time ago and can offer a broad portfolio of CMOS products.

Basler will ensure a smooth transition from current Basler products with CCD sensors to CMOS sensor-based Basler products.

We’ve put together a list of answers to the most relevant questions around this transition and around suitable successors for your CCD sensor-based ace camera.

CCD’s been discontinued. Now what?

Experience together with Steve what Sony’s CCD discontinuation announcement means and how you can deal with it.


  • When should I begin switching from CCD to CMOS?

    In general, you could start any time. Switching quickly will let you benefit from a performance increase in your application and from lower camera costs. Therefore, a fast change makes sense, especially since we have already discontinued the first CCD camera models due to the unexpectedly high demand. An overview of all discontinued models can be found here. We recommend taking the time to run the calculations on your application, to decide which option would be more advantageous.

  • What do I have to consider when switching?

    Relatively little. You shouldn’t have any trouble finding a camera with a suitable CMOS sensor. For an easy switch, choose a CMOS sensor with the same optical format as your current CCD cameras, and you’ll only have to perform minimal adjustments to your system design. Things are also kept simple if you stay with your standard interface, Gigabit Ethernet. Basler offers all new CMOS sensors within the 29 mm x 29 mm housing of its ace models which allows for easy replacement of nearly all existing camera designs. It also brings along improved performance in replacement scenarios of analog FireWire cameras, where space limits are a crucial concern.

  • What’s important when integrating the latest CMOS-based cameras?

    Integrating a CMOS camera to replace CCD sensors is simpler than expected, especially when you choose standard-compliant hardware and software. Because camera manufacturers take care of the entire sensor integration including image quality optimization, all you need to do when choosing the right CMOS camera is to:

    • Determine the correct resolution of the camera: The required resolution depends on the details you need to make visible in your images.
    • Define the required camera interface: The choice of an interface depends on the required cable length, bandwidth, necessary frame rates and real-time capabilities and PC hardware availability. Our Interface Advisor helps you find the best interface for your application.
    • Choose lens and lighting: Changing the sensor format also involves changing the lens. Our Lens Selector makes finding a new lens easy. Lighting must only be adjusted if the sensitivity of the new sensor is different from the previous one.
    • Integration effort for software and camera control: Cameras complying with common standards such as GenICam, for example, or interface standards like USB3 Vision or GigE Vision, offer uncomplicated integration.
  • Which CMOS Replacements are Already Available from Basler?

    Basler has anticipated the trend towards CMOS sensor technology in industrial cameras early on and offers a broad product portfolio of CMOS cameras with sensors from various manufacturers. Just recently, it equipped two ace GigE and two ace USB 3.0 models with Sony’s IMX174 CMOS sensor. With a resolution of 2.3 MP and frame rates of 50 fps (GigE) and 155 fps (USB 3.0), respectively, this powerful sensor is a recommended choice for demanding applications in the fields of traffic, microscopy and medicine.

    Furthermore, several ace models were equipped with CMOS sensors of the PYTHON series from ON Semiconductor. These models reach speeds of up to 850 fps and impress with their outstanding image quality.

    A comprehensive overview of all CMOS successors for the various Basler CCD cameras is available right here.


Overview of potential successor cameras

You’re operating a CCD camera and are looking for a suitable CMOS successor? The following table suggests good CMOS matches for CCD sensors with the corresponding camera models:

CCD Sensor CMOS Sensor Recommended Cameras
ICX204 e2V 1,3MP acA1300-60gm/gc/gmNIR
ICX204 PYTHON 1300 acA1300-200um/uc
ICX267 e2V 1,3MP acA1300-60gm/gc/gmNIR
ICX267 IMX174 acA1920-50gm/gc
ICX274 e2V 2MP acA1600-60gm/gc
ICX285 IMX174 acA1920-50gm/gc
ICX285 IMX250 acA2440-75um/uc
ICX285 IMX264 acA2440-20gm/gc
ICX285 PYTHON 2000 acA1920-48gm/gc
ICX285 CMV2000 acA1600-60gm/gc
ICX409 e2V 1,3MP acA1300-60gm/gc/gmNIR
ICX409 PYTHON 500 acA800-510um/uc
ICX414 IMX174 acA1920-155um/uc
ICX414 PYTHON 1300 acA1300-200um/uc
ICX415 PYTHON 1300 acA1300-200um/uc
ICX415 IMX174 acA1920-155um/uc
ICX415 PYTHON 500 acA800-510um/uc
ICX424 PYTHON 500 acA800-510um/uc
ICX424 e2V 1,3MP acA1300-60gm/gc/gmNIR
ICX445 e2V 1,3MP acA1300-60gm/gc/gmNIR
ICX445 PYTHON 1300 acA1300-200um/uc
ICX618 PYTHON 300 acA640-750um/uc
ICX625 IMX250 acA2440-75um/uc
ICX625 IMX264 acA2440-35um/uc
ICX625 CMV4000 acA2040-90um/uc/umNIR
ICX625 PYTHON 5000 acA2500-60um/uc