IDS peak 2.10.0 / uEye+ firmware 3.34

IDS Peak comfortSDK, genericSDK, IPL, and AFL developer manuals are external documents. Please contact us if you need them.

ROI

•The frame rate does not increase by the use of a horizontal ROI.

Binning

•Sensor binning is only supported by monochrome sensors.

Decimation

•The model only supports FPGA decimation and no sensor decimation.

•The frame rate does not increase with decimation.

Black level

•Only deactivate the sensor's own automatic black level control if you carefully evaluate the camera's operation afterwards, as this may cause deviating image quality. It is recommended to use the sensor's own black level control.

Pixel format

•Due to the manufacturer, the minimum and maximum pixel values are not used for the sensor pixel formats. For example, in a 12-bit pixel format, only the value 4094 is reached for saturation, but not 4095.

USB 2.0 operation

•The camera model does not support USB 2.0 operation.

uEye+ LE USB 3.1 Rev. 1.21.2

PCB version only: I2C functionality is supported with USB3 Vision firmware 3.2 or higher.

The model does not support the following features:

•Automatic exposure (ExposureAuto)
Alternatively, you can perform auto exposure on the host.

•Automatic gain (GainAuto)
Alternatively, you can perform the gain functions on the host.

•Automatic white balance (BalanceWhiteAuto)
Alternatively, you can perform the automatic white balance on the host.

•Chunks (ChunkDataControl)

•Events (EventControl)

•Color correction (ColorCorectionMode)
Alternatively, you can perform color correction on the host.

•FPGA binning (BinningSelector)
Alternatively, you can use IDS peak IPL to perform binning on the host.

•Gamma (Gamma)
Alternatively, you can use IDS peak IPL to perform gamma on the host.

•Line scan mode (SensorOperationMode "Linescan")

•LUT (LUTControl)

•Pulse-width modulation (PWMControl)

•Sequencer (SequencerControl)

Bildaufnahme uEye+ LE USB 3.1 Rev. 1.2

•DeviceLinkThroughputLimit cannot be set to maximum value.

•With very low values in DeviceLinkThroughputLimit, the duration after acquisition start increases until the first image is transferred. On some sensors, the first few images have to be discarded after the sensor is started. Because the frame rate is also very slow at low values for DeviceLinkThroughputLimit, this process takes correspondingly longer.