Photonfocus MV1-D1280-120-CL Alternatives & Competitors

The camera series MV0-D1280(I)-O01-144-G2 is based on the ON Semiconductor PYTHON1300 CMOS image sensor. The PYTHON1300 CMOS image sensors are optimized for low light conditions and are available as standard monochrome and as NIR (I) version. The cameras have the GigE interface (GigEVision).

These cameras focus on demanding applications in industrial image processing. They are optimized for low light applications. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:

• Configurable region of interest (ROI)
• Up to 8 regions of interest (MROI)
• Decimation in y-direction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• Temperature monitoring of camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The camera series OEM0-D1984(I)-O01-144-G2 is based on the ON Semiconductor PYTHON2000 CMOS image sensor. The PYTHON2000 CMOS image sensors are optimized for low light conditions and are available as standard monochrome and as NIR version. The cameras have the GigE interface (GigEVision).

These cameras focus on demanding applications in industrial image processing. They are optimized for low light applications. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:

• Configurable region of interest (ROI)
• Up to 8 regions of interest (MROI)
• Decimation in y-direction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• Temperature monitoring of camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The camera series MV2-D2448-S01-G1 is based on the SONY IMX250 CMOS image sensor. The IMX250 CMOS image sensor is optimized for low light conditions and is available as standard monochrome version. The camera has the GigE interface (GigEVision).

These cameras focus on demanding applications in industrial image processing. They are optimized for low light applications. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:

• Configurable region of interest (ROI)
• Up to 8 regions of interest (MROI)
• Decimation in y-direction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• Temperature monitoring of camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The camera series MV2-D2448-S01-G1 is based on the SONY IMX250 CMOS image sensor. The IMX250 CMOS image sensor is optimized for low light conditions and is available as standard monochrome version. The camera has the GigE interface (GigEVision).

These cameras focus on demanding applications in industrial image processing. They are optimized for low light applications. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:

• Configurable region of interest (ROI)
• Up to 8 regions of interest (MROI)
• Decimation in y-direction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• Temperature monitoring of camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The camera series MV0-D2592(I)-O01-144-G2 is based on the ON Semiconductor PYTHON5000 CMOS image sensor. The PYTHON5000 CMOS image sensors are optimized for low light conditions and are available as standard monochrome and as NIR (I) version. The cameras have the GigE interface (GigEVision).

These cameras focus on demanding applications in industrial image processing. They are optimized for low light applications. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:

• Configurable region of interest (ROI)
• Up to 8 regions of interest (MROI)
• Decimation in y-direction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• Temperature monitoring of camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The camera series MV0-D2048(I)-C01-160-G2 is based on the CMOSIS CMV4000 V3 CMOS image sensor. The CMV4000 V3 CMOS image sensors are optimized for low light conditions and are available as standard monochrome and as NIR (I) version. The cameras have the GigE interface (GigEVision).

These cameras focus on demanding applications in industrial image processing. They are optimized for low light applications. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:

• Configurable region of interest (ROI)
• Up to 8 regions of interest (MROI)
• Decimation in y-direction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• Temperature monitoring of camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The camera DR0-D1920-S01-480-G2 is based on the SONY IMX174 CMOS image sensor. The IMX174 CMOS image sensor is optimized for low light conditions and is available as standard monochrome version. The Double-Rate cameras are nearly 100% faster than standard GigE cameras and use only one data cable (no link-aggregation). The camera has the GigE interface (GigEVision).

Resolution	Frame rate [fps]
1920 x 1200	94
1920 x 1080	104
1024 x 1024	196
640 x 480	402

Due to their excellent capabilities of managing high frame rates CMOS cameras are at the fore front of high speed image capturing and image analysis. Until recently CMOS high speed cameras were used as compact camera heads with an internal image buffer or as landed camera heads with a CameraLink full interface and frame grabbers with a large image buffer.

Applications such as motion analysis (e.g. in the area of bionic, sports or biomechanical analysis) and process failure analysis (e.g. burst or fracture of tools, failure of handling systems, breakdown of packaging systems) require frame rates which are increasingly being provided by fast CMOS standard cameras. These are also used in machine vision applications. The preferred camera choice for such applications are standard machine vision cameras with a GigE interface due to their flexibility in long transmission distance. For even faster motion analysis cameras with a double frame rate, being captured with a GigE interface and a combined link aggregation with recording systems are required.

Photonfocus has recognized the need and requirements of these applications. Their double rate (DR) camera technology displays a double bandwidth for data transmission via the standardized GigE Vision interface, common for machine vision applications. The technology is based on the standard software protocol GeniCam. This Photonfocus technology is based on standard bandwidth tools and standard software libraries used for high speed image capturing. Even a multiple camera system set-up can be easily implemented due to the usage of the GigE standard, in contrary to a point-to-point connection as used in Link aggregation solutions. With the GigE standard the data transmission is not getting interrupted.

Comparison of data rates of different interfaces used in machine vision

This technology eliminates the complications of systems using cameras with link aggregation right from the beginning.

Once more Photonfocus demonstrates its industry leader position in the area of cutting edge high speed camera systems. The double rate (DR) camera technology is up to 25% faster than conventional CameraLink base cameras and even 100% faster than mainstream cameras with a standard GigE interface.

An additional advantage of the implemented modulation technology is the capability to save unmodified image formats. The storage space for all image sequences is almost half the size of standard solutions. This is made possible thanks to the real picture format saving which enables fast sequence search runs.

The camera series MV1-D1312(IE)-240-CL is based on the Photonfocus A1312 and A1312IE CMOS image sensors. These Photonfocus CMOS sensors with a full well capacity (FWC) of 90 ke^- are optimized for high dynamic range applications and a high signal-to-noise ratio (SNR). The cameras have the CameraLink Base interface.

These cameras focus on demanding applications in industrial image processing. They offer an extraordinary wide dynamic range due to the LinLog® technology and a high framerate combined with high resolution. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.


FEATURES:

• Configurable region of interest (ROI)
• Up to 512 regions of interest (MROI)
• Decimation in y-direction
• Image correction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• 3x3 convolver for image preprocessing
• Temperature monitoring of sensor and camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture

The board level camera BL1-D1024E-160-CL is derived from the MV1-D1024E-160-CL camera and is in the feature set 100% compatible. The differences are in the mechanical construction of the camera case.

The camera BL1-D1024E-160-CL is based on the Photonfocus A1024B CMOS image sensor. This Photonfocus CMOS sensor with a full well capacity (FWC) of 200 ke^- is optimized for high dynamic range applications and a high signal to noise ratio (SNR). The camera has the CameraLink Base interface.

These cameras focus on demanding applications in industrial image processing. They offer an extraordinary wide dynamic range due to the LinLog® technology and a high framerate combined with high resolution. Due to the global shutter, even high-speed applications with exposure times in the µs-area are possible.

FEATURES:
Configurable region of interest (ROI)
Up to 512 regions of interest (MROI)
Decimation in y-direction
Image correction
2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
Constant frame rate independent of exposure time
Crosshairs overlay on the image
Temperature monitoring of camera
Camera informations readable over SDK
Ultra low trigger delay and low trigger jitter
Extended trigger input and strobe output functionality
Status line in picture

The camera series HD1-D1312-80-G2 is based on the Photonfocus A1312 CMOS image sensor with LinLog® technology. This Photonfocus CMOS sensor with a full well capacity (FWC) of 90 ke^- is optimized for high dynamic range applications and a high signal-to-noise ratio (SNR). The sensor A1312 has an additional feature to widen the dynamic range. It is possible to expose the odd and even lines independently and choose also a independent sensor response curve. This enables different LinLog® settings for each field. The cameras have the GigE interface (GigEVision).

The high dynamic range camera series HD1-D1312 is a result of the demand for high dynamic range (HDR) images with linear response curve. The camera benefits from the odd/even exposure feature of the Photonfocus CMOS sensor A1312. This feature allows operating odd and even rows of the image sensor independently. In consequence the exposure time and the response curve of both fields could be setup independently. This enables a lot of applications which are well described in the literature.

The following pictures show an example for an interpolation and display with the help of a tone mapping algorithm. The exposure time of the even field was approximately 10 times longer than the exposure time of the odd field. The response curve in each field was linear.

Even field with long exposure time

Odd field with short exposure time

Interpolated HDR image dispayed with tone mapping

FEATURES:

• Odd/even HDR mode
• Configurable region of interest (ROI)
• Up to 512 regions of interest (MROI)
• Decimation in y-direction
• Image correction
• 2 look-up tables (12-to-8Bit) on user-defined image region (Region-LUT)
• Constant frame rate independent of exposure time
• Crosshairs overlay on the image
• 3x3 convolver for image preprocessing
• Temperature monitoring of sensor and camera
• Camera informations readable over SDK
• Ultra low trigger delay and low trigger jitter
• Extended trigger input and strobe output functionality
• Status line in picture