NSC1601T-SI: a unique dual response mode SWIR VGA sensor

Jan 25, 2018 | News

The first preview of NIT’s latest innovation in InGaAs technology will be publicly released at Photonics West 2018, San Francisco, booth#841.

The NSC1601T-SI all-purpose VGA 15µm sensor bridges the gap between high sensitivity and wide dynamic range with following assets: user selectable Linear or Logarithmic mode, TEC or TECless operation capability, up to 350fps.

Thanks to its ROIC architecture (ITR/IWR, CDS, ROI), this new comer in the SWIR arena, is offering users the capacity to foster their imagination and to develop superior competitive advantages.

This sensor will be proposed in a brand new camera product line called WiDy SenS for system makers and later on modules for OEM in Compact then Smart version along this year.

Our local US distributor partners AXIOM-OPTICS (Booth#841@PW2018), PEMBROKE-INSTRUMENTS & SIERRA-OLYMPICS (Booth#5258@PW2018) will be happy to introduce you first images.

Do not hesitate to ask us for preliminary flyer or request an appointment with them or our sales force that will be present.

Stay tuned! More to come at SPIE Orlando in April !

Recent news

NIT will exhibit during the OPTRO 2020

NIT will exhibit during the OPTRO 2020

OPTRO 2020 (28-30 January 2020 - OECD Paris) - Booth #6 New Imaging Technologies (NIT) will exhibit and demonstrate its line of SWIR InGaAs cameras dedicated to Defense and Security applications. Specific applications dedicated to Gated Imaging, Laser Detection and...

POE option added to NIT WiDy SenS GigE

POE option added to NIT WiDy SenS GigE

PoE is now available on all our WiDy Sens GigE cameras.
PoE has been now fully implemented in our family of WiDy Sens GigE cameras, thus greatly simplifying cabling and connecting machine vision cameras to industrial networks, while keeping triggering options for system integration.
Our GigE SWIR cameras deliver high sensitivity and high dynamic range (120dB) at a frame rate of up to 220 FPS in full VGA mode and are compatible with most third-party image players.