Skip to main content

E-con launches 5MP monochrome camera

E-con Systems has launched a 5MP monochrome USB 3.1 Gen 1 SuperSpeed Camera which it says captures images in visible and near-infrared regions.
February 17, 2020 Read time: 1 min

The See3CAM_CU55M camera includes a high level of signal-to-noise ratio – which, E-con says, guarantees a low noise in all conditions. E-con president Ashok Babu says: “With its low noise and excellent image quality, this will be an ideal camera for applications such as iris recognition, NIR imaging, driver monitoring and digital microscopy.”

See3CAM_CU55M also comes with S-mount lens holder and a reversible plug and play Type-C connector interface. It is supported by native UVC drivers of Windows and Linux Operating Systems and does not require any drivers to be installed on a PC, the company adds.

Related Content

  • Machine vision makes progress in traffic applications
    June 2, 2014
    Machine Vision technology is easing the burden on hard-pressed control room staff and overloaded communications networks.
  • Tattile has eyes on Buenos Aires
    May 9, 2024
    Tattile has provided its high-performance free-flow ANPR system consisting of Vega Smart 2HD camera and Axle Counter cameras - powered by artificial intelligence - to the capital of Argentina. David Arminas reports
  • Tailored to vehicle imaging
    July 26, 2012
    JAI is launching two new high dynamic range CMOS cameras, the TS-4032EN (monochrome and TSC-4032EN (colour), tailored to demanding vehicle imaging and vehicle recognition applications in electronic toll collection, open road tolling, journey time information, speed enforcement, red light enforcement and homeland security.
  • New CMOS cameras for ITS applications
    October 28, 2016
    Baumer’s new industrial camera series uses the latest generation of CMOS global shutter sensors for maximum sensitivity at short exposure time, on a high dynamic range and resolutions up to 25MP. The cameras are available in monochrome and colour and with ultra-high sensitivity within the NIR range.