NIT product presentation at Photonics Plus was canceled

NIT product presentation at Photonics Plus was canceled

Dear clients and partners,

We are so sorry to announce that our product’s presentation at Photonics Plus at 13:30 – 18/2/2021 will be canceled due to a technical problem with the platform. Our team will still be available at our digital booth for any questions.

However, don’t be disappointed! We will present our new product really soon – at Photonics West 2021 (March 2021 – only 3 weeks to go).

Please stay tuned for our further updates.
See you soon!

Novel Stacking Technology for InGaAs to ROIC Bonding

Novel Stacking Technology for InGaAs to ROIC Bonding

NIT is pleased to announce the release of several new SWIR sensors now produced with NIT in-house designed stacking technology, internally named NH.

The NH technology allows to stack a photodiode array (PDA) of InGaAs to a CMOS read out circuit (ROIC) at pixel level. The NH technology does not rely on the classical Indium bump hybridization technique, therefore improving the manufacturing yield and lowering the sensor cost.

The VGA line of SWIR products with 15µm pitch is already in full production since several years using the NH technology.  New products with higher resolution and lower pitch from 10µm down to 7.5µm are currently under qualification, such as an HD array (1280×1024 pixels @ 10µm)

The roadmap towards very small pitch <5µm and Full HD+ formats is under construction at NIT.

NIT SDK update for 2021 – NITLibrary 3.0

NIT SDK update for 2021 – NITLibrary 3.0

New software development kit 3.0

We are excited to announce the release of our new SDK – NITLibrary 3.0

In the last few months, we have been tirelessly working to improve our product and we believe that the new SDK will help you conquer even more new horizons in your imaging projects.

NITLibrary 3.0 is a software development kit providing all the tools necessary to build applications for our cameras.

Main features are:

  • Support of all NIT USB3 and GIGE cameras.
  • Usable on Linux and Windows platforms.
  • Usable on x86_x64 and Arm64 (Linux only) architectures.
  • Contains lots of filters suitable for SWIR cameras.
  • Operates a simple pipeline scheme to interconnect filters to the camera
  • Provides a unified system to pass on parameters to the cameras

For further details, please visit our “Download” page

Season’s Greetings 2020

Season’s Greetings 2020

It’s been quite a year for us all!

In 2020, we had launched a whole new SWIR line – the High-performance SWIR air-cooled camera HiPe SenS (available both in USB.3.0 and CameraLink), for low-light and long-exposure time application.

Also, our dual-response HDR & High Sensitivity SWIR camera –WiDy SenS has an Analog version, with many new features such as stand-alone mode.

We hope that this year has been just as memorable for you.
We look forward to working with you in the next years.

We will close on Friday, Dec 25th, 2020 and Friday, Jan 1st, 2020.

logo Photonics plus 2021

Exciting event in 2021
Join us at our virtual booth and technology presentation at Photonics+ on 17-18 February 2021.

Add event to calendar

HiPe SenS CameraLink – Now available

HiPe SenS CameraLink – Now available

NIT expands the High-Performance SWIR camera series with the HiPe SenS CameraLink.

To facilitate the integration of HiPe SenS cameras into any microscopy or system, NIT provides one more option of the HiPe SenS series – the HiPe SenS 640M-ST. This camera with CameraLink interface is delivered calibrated with proprietary WiDyCAM software.

NIT SWIR Microscopy

SWIR Microscopy application

Explore how SWIR cameras, particularly NIT HiPe SenS, bring benefits for low light and long exposure time applications (Microscopy, Biomedical, Semiconductor Inspection, etc. )

The HiPe SenS 640M-ST, like the USB3.0 version, features the latest NIT’s SWIR sensor NSC1902T along with TEC2 and air-cooled mode, low sensor noise 40e-, ultra-high sensitivity – so the most demanding projects for low light and long-exposure time applications can be achieved easily.

Learn more about the HiPe SenS series