HD hi-Nyx 1280 x 1024 HOT MWIR Camera
The sensitivity and resolution of the hi-Nyx 1280 x 1024 high operating temperature (HOT) meets the most demanding infrared imaging needs. This high definition mid wave camera is based on a state-of-the-art Type II SLS or nBn sensor, resulting in a compact, flexible, low power package. A split linear cooler delivers >20,000 hours MTTF making the HD hi-Nyx a perfect choice for continuous surveillance applications.
| hi-Nyx HD Key Features |
|---|
| • 12 micron pixel pitch HOT MWIR (Type II SLS or nBn) |
| • Long life linear cooler |
| • OEM large format high resolution camera |
| • HDMI output or CameraLink output |
| • Onboard video processing |
| • Low size, weight and power (SWAP) |
| SYSTEM SPECIFICATIONS | |
|---|---|
| IR FOCAL PLANE ARRAY | |
| Sensor Type | HOT MWIR: T2SLS or nBn |
| Array Format | 1280 (h) x 1024 (v) sub-windows supported |
| Pixel Pitch | 12 μm |
| IRFPA Spectral Band | 2 - 5 μm MWIR |
| Sensitivity NETD | 25 mK typical |
| LENS AND OPTICAL INTERFACE | |
| Cold shield | f/3 |
| Standard Lens | 25mm |
| FOV | 43˚ |
| Cold Filter Bandpass | 3μm LP typical |
| Internal dewar optics and components can be customized to customer specifications |
|
| Coldshield | f/1 -f/6 |
| Cold Filter Bandpass | Specified bandpass or none |
| SPLIT LINEAR COOLER | |
| MTTF | > 20,000 hours |
| ELECTRICAL | |
| Voltage | 12 V nominal |
| Power Dissipation @ 23°C | 5.5 Watts typical steady state 6.5 Watts max power |
| MECHANICAL | |
| Dimensions (l x w x h) | 5”x4”x3” (Excluding Lens) |
| Weight | 3 lb 6oz (Including 25mm Lens) |
| ENVIRONMENTAL | |
| Operating Temperature | -40°C to +60°C |
| Storage Temperature | -50C° to +70C° |
| VIDEO | |
| HDMI or CameraLink output | |
| CAMERA CAPABILITIES (DRI SPECIFICATIONS) | |||
|---|---|---|---|
| With 25mm Lens | DETECT | RECOGNIZE | IDENTIFY |
| Human | 0.86 km | 0.27 km | 0.13 km |
| Vehicle | 2.27 km | 0.75 km | 0.36 km |
| With 100mm Lens | |||
| Human | 3.05 km | 1.01 km | 0.48 km |
| Vehicle | 6.98 km | 2.70 km | 1.39 km |
