CDS Infrared LED Scene Projector System
The CDS Infrared LED Scene Projector System is designed to test IR sensors and FPAs by pushing the boundaries of IR sensor testing requirements with hypersonic frame rates, high resolutions, and hot apparent temperatures. The system also includes a Graphical User Interface for control and can be customized to the user’s needs in terms of wavelengths, projector resolution, and more.
Parts of NESSIE
Infrared LED Scene Projector System
Superlattice Light Emitting Diode (SLED) Hybrid
The Read-In Integrated Circuit (RIIC) is bonded with the LED array to create a hybrid. The LED array projects images by emitting light across a desired waveband, and is connected to a custom carrier board through wire bonding.
Scalable Resolution
High Apparent Temperature
16 Bit Resolution
Ultra High Dynamic Range
Hypersonic Scene Capability
99.9% Array Operability
Long & Mid Wave in IR
Dual Band Capabilities
24 Micron Pixel Pitch
Temperature Gauge
Close Support Electronics (CSE)
The Close Support Electronics (CSE) formats image data from the scene generator and creates the necessary analog and digital signals to drive the LEDs.
Converts Input Data to Analog Signals
Power Distribution for LED Array
Live Reading of CSE Status
Overcurrent Protection
Demonstrated 500Hz Full Frame Display
Demonstrated 20KHz Windowed Frame Rate
AWG Hub
The AWG Hub manages system networking, controls synchronization signals, and regulates LED duty cycle. It connects the NUCPC, CSE, and AWGs through BNC, USB, and Ethernet.
NUCPC
The NUCPC is the source of scene generation or video playback and can also apply CDS’s proprietary Non-Uniformity Correction (NUC). It operates using the PING control software and services.
Key Features
Seamless Non-Uniformity Correction (NUC)
Captures Camera Frames from Supported Camera
Docker Container with System Software
Syncs System to an External Source
PING User Interface
● PING User Interface (UI) is a web-based platform for controlling and monitoring the NESSIE system
● Designed as a HTML webpage for an intuitive and user-friendly interface
● Allows for accessing and managing the various functions and components of the NESSIE system
● Users can adjust settings, run tests, view data and results, and perform other tasks necessary for system operation
● Utilizes HTML format for accessibility from any device with a web browser
● Convenient and flexible tool for controlling and monitoring the NESSIE system
Add-ons
FLIR Camera Integration for Calibration and Evaluation
Custom Optics for Unique Solutions
Sensor Testing Support
Custom Packaging for SLEDs array
Customization Options
LED Wavelengths
Short-Wave Infrared
Mid-Wave Infrared
Long-Wave Infrared
Ultra-Violet
Dual-band Projector Systems
Display Resolutions
64×64
512×512
1024×1024
2048×2048
Projector Packaging
Pour-filled Dewar
Cryostat
Cryogenic chamber
Air Cooled
Custom Array package
Cryogenic packaging
Customer specific interfacing
Sub-ambient electronically cooled
packaging
Explore Our Use Cases
Chip Design Systems offers a range of innovative solutions and services in the field of chip design and development
Use Cases for Commercial & Industrial
Quality control and testing of infrared imaging systems used in security, surveillance, and industrial applications
Calibrating and aligning infrared imaging systems used in industrial and manufacturing processes
Training technicians and operators in the use of infrared imaging systems and the interpretation of infrared images
Developing and testing new infrared imaging products and technologies
Inspection and analysis of various materials, products, and equipment using infrared imaging
Research and development in areas such as robotics, self-driving vehicles, and biometrics, which use infrared technology
Medical Imaging for example in the dental, ophthalmology and dermatology field
Non-Destructive testing of structures, such as buildings, bridges, and pipelines
Remote sensing, examples include agriculture, environmental monitoring, and geological exploration
Solar Farm IR Drones sensor testing
Use Cases for Military & Defense
Test the performance of infrared cameras and other imaging systems used in military vehicles, aircraft, and weapon systems
Training military personnel in the use of infrared imaging systems, including the ability to distinguish between different types of infrared radiation
Calibrating and aligning infrared imaging systems to ensure proper functioning in the field
Developing new infrared imaging technologies for use in military applications
Performing simulations of battlefield scenarios to test the effectiveness of different infrared imaging systems