Join NIT at Embedded Vision Summit – EVS 2018

May 18, 2018 | News

Join NIT at Embedded Vision Summit – EVS 2018 on May 21-24, 2018 in Santa Clara, California

Embedded vision is now possible in all light conditions, even in outdoor scenes with high illumination, thanks to our HDR sensor NSC1602 and MAGIC mono board*.

*Our mono board will be available soon on our website. Stay connected!

Come and see our showcase to discover the High Dynamic Range combined with advanced image processing for a reliable face recognition application.

3 reasons to meet us at EVS 2018

  • Discovery a new era of optical sensing with HDR Pixel
  • Product hands-on, products kits & application notes
  • Face-to-face consulting all solutions for your needs.

What to do if you are not attending EVS 2018

If you have another plan for these days, do not hesitate to contact us to get the product datasheets or ask for a quote of evaluation kits!

Or just follow us on our website and social media to update the newest technologies, products, and activities.

Recent news

Where SWIR Sensors Factor into Additive Manufacturing

Where SWIR Sensors Factor into Additive Manufacturing

Short-wave infrared (SWIR) sensors are becoming significantly important in various industries, especially additive manufacturing. These sensors provide unique capabilities that enable processes such as defect detection, real-time monitoring, and control over specific...

Visualizing Welding Processes with Short Wave Infrared Cameras

Visualizing Welding Processes with Short Wave Infrared Cameras

Welding plays a vital role in various manufacturing industries as it enables the assembly of metal parts with precision and strength. More importantly, visualizing the welding processes has proven crucial in enhancing the quality and efficiency of welding operations....

Why SWIR is Beneficial for Laser Applications

Why SWIR is Beneficial for Laser Applications

In the world of laser technology, the use of Shortwave Infrared (SWIR) has proven to be immensely beneficial. SWIR refers to the portion of the electromagnetic spectrum that spans from 900nm to 1700nm. It lies between the visible and long-wave infrared regions,...