New Imaging Technologies (NIT) has officially announced the release of its most advanced SWIR InGaAs line scan sensor to date, the NSC2301. Specifically engineered for high-speed, high-precision industrial inspection, this powerful new sensor combines cutting-edge performance with outstanding versatility, marking a major milestone in the evolution of short-wave infrared imaging.
At the heart of the NSC2301 is a high-resolution 2048 x 1 pixel array with an 8 micron pixel pitch, offering exceptional detail and clarity for demanding inspection tasks. Covering a spectral range from 0.9 to 1.7 microns, the sensor is ideally suited for a wide range of applications that require visibility beyond the limits of visible light. From semiconductor quality control to materials sorting and precision optics, the NSC2301 opens new possibilities for industries relying on fast, reliable inspection.
One of the most impressive features of the NSC2301 is its high-speed performance. With line rates exceeding 80,000 lines per second at full resolution, it keeps pace with even the fastest production lines. Whether used to inspect silicon wafers, solar panels, or hot glass, it delivers accurate results in real time without compromising image quality.
Adaptability is another hallmark of the NSC2301. Users benefit from configurable exposure times and dual readout modes, including both Integration Then Read (ITR) and Integration While Read (IWR), allowing the sensor to perform optimally in a wide range of lighting and motion conditions. The inclusion of three selectable gain settings ensures that users can strike the ideal balance between high sensitivity and wide dynamic range. In high gain mode, the sensor achieves an impressively low readout noise of just 90 electrons, making it capable of capturing the faintest details in complex or low-light environments.
The sensor also incorporates single-stage thermoelectric cooling (TEC), which stabilizes its performance and enhances reliability in demanding operational settings. Its compact design is compatible with standard 1.1-inch optical format lenses, making integration into existing systems both simple and cost-effective.
The NSC2301 will be showcased for the first time at Laser World of Photonics 2025 in Munich, where NIT will present it alongside a new high-performance camera system, the LiSaSWIR v2. Scheduled for release later this summer, the LiSaSWIR v2 will integrate the NSC2301 sensor and feature Smart CameraLink technology, enabling high-speed data transmission and seamless plug-and-play operation.
With the launch of the NSC2301, NIT reinforces its position as a leader in SWIR imaging technology. Developed entirely in-house, this new sensor reflects NIT’s commitment to innovation, quality, and performance. For industries seeking faster, sharper, and more reliable imaging solutions, the NSC2301 represents a powerful step forward in the future of industrial inspection.
Learn more at New Imaging Technologies
