GV-5580SE

GV-5580SE
Illustrations may differ from the original
Features
  • 2560 x 1920
    4.92 MPix
  • ON Semiconductor MT9P006
    1/2" CMOS
  • 15.0 fps
  • GigE
Variant
Quantity
 
 

The GV-5580SE GigE Vision camera is equipped with the 4.92 megapixel CMOS sensor (MT9P006STC colour version) from ON Semiconductor. About half an inch in size, the sensor delivers a resolution of 2560 x 1920 pixels. Thanks to the innovative A-Pix™ pixel technology, the sensor is very sensitive to light, which makes it an affordable alternative to many CCD sensors currently available on the market. This also makes the camera particularly suitable for applications that require maximum precision in colour rendering and crystal clear image quality.

The A-Pix™ pixel technology is based on the gathering of light by a lightguide, which directs the gathered incident light from the colour filter to the surface of the photo diode. Structure and process improvements in pixel technology have increased the sensitivity of the sensor in the red and green range in particular by up to 30 % compared to the previous version of the sensor.

Compact and robust: The uEye SE ("Standard Edition") is the all-round industrial camera with a broad sensor portfolio and countless variants. It has proven itself in industrial use for over a decade. It is consistently designed to support even large-format and fast CMOS sensors. The cameras deliver data at full GigE speed and, thanks to PoE ("Power over Ethernet"), also enable single-cable operation up to 100 meters. In addition, the cameras can be operated with an external 12-24 V power source.
In addition to the screwable RJ45 network connector, the uEye SE GigE cameras have an 8-pin Hirose connector for trigger and flash (optically decoupled) as well as two GPIOs (each with 3.3 V), which enable numerous industrial applications.

All uEye SE models are available either as a housing variant with a special, extremely dust-tight sensor seal or as a board level camera with various lens mount options. The range of applications is therefore very wide and covers fields such as automation, mechanical engineering, the packaging industry and traffic monitoring.

Maximum GigE transfer rate!

Single cable operation up to 100 m

The uEye SE cameras can be operated either with 12-24 V or alternatively via Power-over-Ethernet (PoE). PoE enables practical single-cable operation up to a maximum length of 100m. The host PC load is also significantly reduced by pixel pre-processing (e.g. definable LUT and gamma) in the camera.

Extremely versatile!

For virtually all applications

The uEye SE cameras are available in different versions - including compact, sturdy metal housings and practical board level versions with or without front flange. This makes them a popular choice for a wide range of applications.

Very large selection!

Wide range of sensors

Users can choose from a large number of modern CMOS sensors with a wide range of resolutions that make optimum use of the GigE interface.

Item number
  • AB02326
Name GV-5580SE
Camera family SE
Interface GigE
Sensor type CMOS
Sensor manufacturer ON Semiconductor
Frame rate 15.0 fps
Resolution (h x v) 2560 x 1920
Optical Area 5.632 mm x 4.224 mm
Shutter Rolling Shutter
Optical class 1/2"
Resolution 4.92 MPix
Pixel size 2.20 µm
IP code IP30
Data sheet
100% quality tested
Calibrated
GigE Vision standard
Plug & Play
GigE interface
CMOS sensor
C lens mount
Power-Over-Ethernet
Colour correction in camera
Integrated image memory with 128 MB
CE certified
FCC certified
UL listed
Made in Germany
Machine vision

Industrial image processing is used in a wide variety of applications - from quality assurance to automation.

Medical technology (and laboratory automation)

Image processing is indispensable in medical technology. For instance, IDS cameras provide data for diagnostic purposes in ophthalmology or dentistry.

Safety technology

Image processing is used, for example, for access control or the monitoring of rooms or outdoor facilities.

Quality assurance

IDS cameras are used in different production phases, e.g. by checking completeness or by detecting defects.

Biotechnology and life sciences

Image processing can be used, for example, to analyse living organisms and biological processes - from swarm behaviour to cell division.

 

SUITABLE LENSES

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SUITABLE ACCESSORIES

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FRAME RATE CALCULATOR

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