USB 3.0 Industrial Camera, 0.3MP, 1/4" CMOS, Mono/Color

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$958.25

This industrial CMOS camera features a resolution of 640x480 pixels (0.3 Mega Pixel), 1/4" format, high frame rate up to 815fps and global shutter, high-speed data transmission by USB 3.0 and power supplied with USB, to guarantee a high image quality and stability.

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SKU: ATO-CAMERA-640815

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Delivery date: 6-12 days

Overview
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USB 3.0 area scan industrial camera, 0.3MP, 1/4" CMOS, can meet various visual application requirements, such as semiconductor and component inspection, manufacturing quality control, food & drink inspection, intelligent transportation system, microscope and medical imaging, etc.

Features

Support GenICam ™ and USB3 Vision® Standard
Compact design, to save installation space
Rugged industrial housing design
Built-in temperature, power supply real-time monitoring sensor
Provide professional SDK for GigE machine vision camera

Specification

Model	640-815um	640-815uc
Resolution	640x480 (0.3 Mega Pixel)
Sensor Type	CMOS
Sensor Model	PYTHON 300
Format	1/4"
Pixel Size	4.8μm x 4.8μm
Maximum Frame Rate	815fps
Bit Depth	8-bit or 10-bit
Mono/Color	Monochrome	Color
Exposure Time	16μs~1s
SNR	>38dB
Dynamic Range	60dB
Shutter Type	Global Shutter
Interface	USB 3.0
Lens Mount	Standard C-Mount
Power Supply	USB
Power Comsumption	3.5W
Hardware Control	I/O input (external trigger), I/O output, Opto-couplers Isolation
Programmable Control	Image Resolution, RGB gain, Exposure Time, Contrast, Gamma Chart, Image Rollover, Raw, LUT, Black Level Correction
Opearting System	Support Windows XP/7/8/10 Support 32-bit and 64-bit operating system/Arm/Linux (Software can be provided for free)
Operating Tempearture	-30~+60℃
Storage Temperature	-30℃~+80℃
Mass	60g
Dimension	29x29x29mm

USB 3.0 Industrial Camera Dimensions

Tips: What causes the frame drop of an industrial camera?
Generally, some Machine Vision engineers believe that the industrial camera with a USB interface causes the frame drop. Generally speaking, the frame drop of industrial cameras has nothing to do with the transmission interfaces adopted, no matter what is the USB, GigE, or CameraLink. Bad drivers or industrial camera hardware is the real reason for frame drop. The frame drop of a badly designed industrial camera is actually caused by the blockage of data channel. If it can’t be handled in time, the previous one may be forced to be discarded as the new picture comes, or the new picture is forced to be discarded. To solve this problem, the designer needs to make precise design for each link that connects the driver and the hardware data transmission of an industrial camera.