CXP High-Speed Short-Wave Infrared Camera BC-SSW5M6X1\BC-SSW5M6X1-TEC

Interface: IEEE 802.3 1000BASE-T, IEEE 802.3af (PoE) Resolution: 640 x512 Spectral range: 900 nm~1700 nm

The new Goldeye G-033TEC1 is the fastest VGA-resolution short-wave infrared (SWIR) camera with a GigEVision interface. It reaches 301fps at full resolution for varied applications and faster processing. A smaller housing and optional mounting accessories simplify integration into compact systems, saving time and cost. Standard GigE Vision features such as Power over Ethernet (PoE), together with comprehensive I/O control accessories, simplify software connection and synchronization with other system components. Integrated thermoelectric sensor cooling and onboard image correction provide excellent image quality. Discover more hidden features with Goldeye SWIR cameras.

Interface: IEEE 802.3 1000BASE-T, IEEE 802.3af (PoE) Resolution: 1280 (H)x 1024 (V) Spectral range: 400 nm~1700 nm

Goldeye G-130TEC1 uses a SonyIMX990/InGaA sensor and reaches 94.0 frames/second at 1.3MP resolution. Goldeye cameras use InGaAs technology with high sensitivity to short-wave infrared from 900-1700nm. Some models extend spectral sensitivity to visible light, with 400nm or 2200nm stated. All Goldeye SWIR cameras operate at very high frame rates with high-quality, low-noise images for industrial and scientific applications in the invisible spectrum. All models have Camera Link or GigE Vision interfaces, integrate easily with Allied Vision's Vimba suite and are compatible with popular third-party image-processing libraries.

Resolution M: 3 CMOS: SONY IMX993 SWIR Color: MONO/SWIR

The CXP high-speed short-wave infrared camera is a 3M/5M model with an IMX992/IMX993 sensor. It uses a 50x50mm fanless design and CoaXPress2.0 single-channel CXP-6, with a maximum frame rate of 130-170FPS.

Detector Type: Colloidal Quantum Dot Detector Resolution: 640*512 Pixel pitch: 15μm

The UPOLabs short-wave infrared camera is a high-performance, multipurpose imaging device whose key advantage is dual-band detection of visible and short-wave infrared light. It detects both light visible to the human eye and short-wave infrared light from 0.9μm to 1.7μm, providing insights beyond conventional vision for research, industry and security.