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	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

High Data rate DVR system

High data rate recording and Image processing system

4 Cameras (4Mega Pixels @ 500 fps each), Total Data Rate 8 GByte/sec

Prof. Alex Liberzon laboratory (http://www.eng.tau.ac.il/turbulencelab/) has been developing an open source software (OpenPTV http://www.openptv.net) and a method (3D-PTV – 3-Dimensional Particle Tracking Velocimetry) to use the multi-view time-resolved/real-time imaging for the studies of fluids (liquids/gases) with impurities and pollutants such as polymers / particles / bubbles / droplets as well as bio-organisms in a variety of turbulent and complex flows with the applications to medicine, pharmaceutical, chemical, mechanical, semiconductor and defense industries. The uniqueness of the methods provides the scientists and engineers with an unprecedented information regarding the fluid dynamics, heat and mass transfer.

The system includes 3~4 Optronis high speed cameras with 4 Mega pixels running at 500 fps (CoaXPress interface). Each video channel is grabbed into a Silicon-Software programmable frame grabber, where real time image processing, including full blob analysis, is performed on the board's FPGA. The blobs information are recorded by software application and later analyzed by the OpenPTV application to track particles trajectory in 3D space.