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2.0MP Full HD Image Sensor Camera

Original price was: ৳ 5,000.Current price is: ৳ 4,500.

 

2.0 Mega Pixels 1080P Full HD High-Definition Image Sensor
Effective Resolution up to 1932*1088
Built-in Audio with Voice Pick-up
Standard UVC / UVA Protocol, Driver-free, Plug and Play
Support Windows / Android / Apple / Linux System
Support H.264 and MJPEG Image Formats
Maximum Support 2MP / 30FPS Image Resolution

Description

2.0 Megapixel Full HD Image Sensor Camera. OS System Support Windows / Android / Apple / Linux System

 

About: Image Sensor Camera

Imaging device 1/2.9 HD CMOS Sensor
Effective Pixels 1932(H) × 1088(V)
Horizontal resolution 200W
Signal to noise ratio > 50dB and

High sensitivity Microphone , Maximum Distance 7 Miter
Video streaming H.264: 1920*1080/1920*720/640*360
MJPEG: 1920*1080/1920*720/640*360
YUV: 640*360
OS System Support Windows / Android / Apple / Linux System
Frame rate 25FPS/30FPS
Electronic shutter Automatic
Protocol UVC/UVA
OSD menu language N/A
Video output USB video streaming
Operating Voltage DC5V/160mA ±6mA
Working environment -20℃ – 60℃
Net Weight 0.13 kg

Packing list :

1 x IP Camera 1080P
1 x User Mauna

What is Image Sensor?

Conventional endoscopy systems use an image sensor to capture images of the GI tract. The image sensor (camera) along with illumination, processor, and wireless communication is miniaturized into a capsule. Because The most popular image sensor is the complementary metal oxide semiconductor (CMOS) image sensor as it is cheaper, smaller, and consumes less power than charge-coupled device (CCD) image sensor. So On the other hand, CCD image sensors offer a high quality and low-noise image [9]. Among the few small-bowel capsule endoscope models available on the market, PillCam, MiroCam, OMOM, and CapsoCam use CMOS imagers whereas the EndoCapsule uses a CCD imager

Understanding The Digital Image Sensor:

Sensors can be classified in several ways such as its structure type (CCD or CMOS), chroma type (color or monochromatic), or shutter type (global or rolling shutter). They can also be classified by resolution, frame rate, pixel size, and sensor format. Understanding these terms can help one better understand which sensor is best for their application.

However they are classified, the purpose of image sensors are the same; to convert incoming light (photons) into an electrical signal that can be viewed, analyzed, or stored. Image sensors are a solid-state device and serve as one of the most important components inside a machine vision camera. Every year new varieties of sensors are manufactured with improvements to sensor size, resolution, speed, and light sensitivity. And  In this article we discuss some of the basics of image sensor technology found inside machine vision cameras and how those relate to their classifications.

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