1.3MP 2/3" BSI GigE NIR Camera

Key Features

• CS Series BSI Industrial Camera
• GigE Interface (RJ45)
• 2/3 inch CMOS Stacked BSI Sensor
• 1224 × 1024 (1.3 MP), up to 59.2 fps
• Pixel Size: H: 6.9 µm, V: 6.9 µm
• Global Shutter
• Trigger and I/O inputs
• Only 29×29×42 mm

Do you need a C-Mount lens to pair with your camera? See our catalogue of C-Mount lenses.

What are the benefits of using a GigE interface camera?

GigE is a well-established and trusted technology due to the many protocols available, such as GenlCam. It is well-suited for a wide range of applications, including high-resolution cameras, real-time image processing, and robust data transmission. Furthermore, because of its twisted shielded pairs, this interface does not suffer from interference due to external sources such as RF (Radio Frequencies). GigE enables long range data transfer, with cable lengths of up to 100m, whereas USB is up to 7m (without optical/active cables).

What are the CS series cameras?

The CS series is a range of USB 3.0 and GigE industrial cameras manufactured by HIKROBOT. They utilise advanced high performance CMOS sensors, such as STARVIS and Pregius from Sony. The new second generation CS series industrial cameras come with outstanding image sensors, a wide dynamic range, a favourable signal-to-noise ratio, exceptional image quality, an efficient power consumption design, compatibility with machine vision standard protocols and GenlCam standards, and effortless integration with third-party software. They are equipped with a range of intricate algorithms and features, including lossless compression, 2D noise reduction, lens shading correction, CCM, and more. These enhancements work together to enhance the overall image quality of the camera, ensuring a higher frame rate and superior quality in all aspects.

What is an NIR Industrial camera?

NIR (Near Infrared) industrial cameras have an improved NIR response to a standard visible camera. Near-infrared (NIR) radiation falls between visible and SWIR (Short Wave Infrared) in the electromagnetic spectrum. They find frequent use in industrial settings where near-infrared imaging is essential for quality control, sorting, inspection, and monitoring processes involving materials or objects with unique features in the NIR range.