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MC1105F
Compact and low power night vision module dedicated to intensified solutions. Delivered with or without Fiber Optic Plate – 18mm diagonal.
USB3.0 or CameraLink output – HDR up to 140dB with proprietary Logarithmic response – 1.3 Mpixels – delivered with MagicVISION or MagicCAM software.
Overview
Softwares are provided for our SWIR cameras :
GUI
- MagicVISION is available only for MAGIC CMOS USB3.0 Cameras and Modules.
- MagicCAM is compatible with MAGIC CameraLink Cameras and Modules.
Software Development Kit…
The NITLibrary is a library that provides primary functionalities to interface with NIT USB and GigE cameras. It contains functions related to the device manager, the parameter settings (pixel clock, exposure time, sensor mode…), and the Automatic Gain Control to integrate our cameras in your projects.
SDK available in x86-64 and Arm64 (AARCH64))
x86-64
- Windows: C++, C#, Python
- Linux
- Debian9: C++
- Ubuntu 18.04: C++
- Python
Arm64 (AARH64)
- Linux:
- Debian9: C++
- Ubuntu 18.04: C++
System requirement…
To run NIT Software, the minimum system requirements are:
- Windows 8, 8.1 & 10
- 32 bit or 64 bit
- 4 GB RAM (minimum), 8GB RAM (recommended)
- Frames grabber compatible: Dalsa ImperX
- Intel Pro/1000 network card (or equivalent) with Jumbo Frames
Applications
The resolution of 1280×1024 pixels with a 10.6µm pitch yields an 18mm diagonal to fit most intensified tubes with straight fibers for a compact integration and optimized FTM. The pads are distant from the active area to ease the Fiber Optic Plate assembly and a special Black-Magic patented process is applied to efficiently glue the FOP on the sensor. Moreover, NIT’s patented logarithmic curve was tuned on this sensor to offer a higher linear portion of the curve for optimized contrast in the darker areas and still offer the >140dB dynamic range to avoid saturation with light sources or to deal with changing light environments while easing the sensor control for low power solutions. All these assets make the MC1105F the best fit for your intensified and I²-CMOS solutions for scientific and night vision applications.
