Gen2 Sensors
• Compact 3.5 um pixel size
• Small sensors from VGA to 12MP
• Lower cost sensors and lenses
• Global Shutter

Gen4 sensors:
• Backside illumination for better sensitivity
• Global Shutter to eliminate motion distortion
• Smaller pixels provide up to 24.5MP in compact sensor formats
• Range of aspect ratios to fit application requirements
• Additional on-sensor circuitry for advanced functionality

• Small size, light weight, and low power consumption
• Proven manufacturing process for high reliability in the field
• Cleanroom assembly and internal membranes to prevent dust migration
• All the usual features of JAI cameras like region-of interest (ROI), image flipping, image mirroring, blemish compensation and shading correction. Plus, more advanced features like two different sequencer modes and JAI's automatic level control function (ALC).

The GO-X cameras with Sony Gen.4 sensor offer several additional capabilities including:

• Xscale - a flexible, sub-pixel scaling function to help match pixel sizes, optical formats, and resolutions when replacing older cameras. Binning allows the addition of whole-pixels, Xscale allows the addition of fractions of pixels.

• Xpress - available in the new monochrome GigE Vision models, this function provides lossless compression to reduce data size and increase frame rates over standard GigE Vision bandwidths.

• Gradation Compression - For scenes containing a few very bright areas, this function lets users capture a full 12-bit of shading variations but compress the output into 8-bit images to decrease file sizes. Users can define how much compression to apply and where on the 12-bit scale it should begin.

• Colour Space Conversion - The colour models offer a colour space conversion function when using the in-camera 5x5 RGB debayering option. This lets users select what colour gamut works best for their needs. Choices include RGB, Adobe RGB, HSI, CIE XYZ, and a colour matrix circuit that lets users program their own custom RGB format.

• Colour Enhancement - The colour models also include a function that can be used to increase the intensity of selected primary/complementary colours (red, green, blue, cyan, magenta, yellow) up to 2X their captured intensity.