close the table

	Part #	Description	CATEGORY	SUB CATEGORY	Camera Type	Resolution [MPixel]	Width [Pixel]	Height [Pixel]	FrameRate [f/s]	Sensor Format	Pixel W[µm]	Pixel H[µm]	Interface	Sensor Type	Shutter Type	Bit_Depth	MANUFACTURER	Size	Datasheet	Sensor Manufacturer	Sensor Model	Full well capacity	Type	Auto Iris	Mount	Voltage	Temp. Range	Weight[g]	Power	Illumination Color	HDMI Output	Line Rate [Kline/s]	Pixel Rate (MHz)	Host Interface	OS Support	Programmable FPGA	F#	MOD	Focus Type	Iris Type	Zoom Type	Opt. Mag.	DRAWING	NA	IF Side1	IF Side2	Freq range [MHz]	PoCL	Number of Channels	Environmental	Max Current Continuous	Max Current Pulsed	INTERFACING	Minimum Pulse Width (μS)	SafeSense	SafePower	Max. Memory	Processor Speed	Control	USERMANUAL	Co-axlight	MaxBitrate	ColorMono	Discontinued Product	Sensor Format Range	Frame_Rate_Range	Resolution_Range	Focal_Length_range	Focal_Length
	Part #	Description	CATEGORY	SUB CATEGORY	Camera Type	Resolution [MPixel]	Width [Pixel]	Height [Pixel]	FrameRate [f/s]	Sensor Format	Pixel W[µm]	Pixel H[µm]	Interface	Sensor Type	Shutter Type	Bit_Depth	MANUFACTURER	Size	Datasheet	Sensor Manufacturer	Sensor Model	Full well capacity	Type	Auto Iris	Mount	Voltage	Temp. Range	Weight[g]	Power	Illumination Color	HDMI Output	Line Rate [Kline/s]	Pixel Rate (MHz)	Host Interface	OS Support	Programmable FPGA	F#	MOD	Focus Type	Iris Type	Zoom Type	Opt. Mag.	DRAWING	NA	IF Side1	IF Side2	Freq range [MHz]	PoCL	Number of Channels	Environmental	Max Current Continuous	Max Current Pulsed	INTERFACING	Minimum Pulse Width (μS)	SafeSense	SafePower	Max. Memory	Processor Speed	Control	USERMANUAL	Co-axlight	MaxBitrate	ColorMono	Discontinued Product	Sensor Format Range	Frame_Rate_Range	Resolution_Range	Focal_Length_range	Focal_Length

Python code

Python code gives you high flexibility. You can e.g. preprocess images (e.g. with OpenCV and Numpy), add custom logic or even call external interfaces.