640×512 257.8fps GigE Vision SWIR Camera 400–1700nm | Sony IMX991 with Cooling iBX-SWG991A/J

Product Description iBX-SWG991A/J GigE SWIR Camera with Sony IMX991 Sensor The iBX-SWG991A/J GigE SWIR Camera is a high-performance short-wave infrared imaging solution designed for industrial automation, semiconductor inspection, scientific research, and long-distance machine vision systems. Built around the Sony IMX991 InGaAs sensor, this camera delivers reliable SWIR imaging across a 400–1700nm spectral range, with a resolution of 640 × 512 pixels and a stable frame rate of up to 257.8fps. Unlike USB3.0 models, this GigE Vision SWIR camera is optimized for long-distance transmission, multi-camera synchronization, and industrial network integration, making it ideal for distributed inspection systems and factory automation environments. To ensure stable operation in demanding conditions, the camera supports both: TEC Cooling (Thermoelectric Cooling) for low-noise precision imaging External Cooling System Option for high-temperature or continuous operation environments Key Features Sony IMX991 InGaAs SWIR Sensor 400–1700nm Spectral Response Range 640 × 512 Resolution Up to 257.8fps Frame Rate 5μm Pixel Size GigE Vision Interface (Industrial Network Ready) TEC Cooling / External Cooling Options Low Noise, High Stability Imaging Designed for Multi-Camera Industrial Systems Applications Semiconductor Wafer Inspection Industrial Machine Vision Systems Factory Automation & Inline Quality Control Scientific & Laboratory Imaging Laser Beam & Optical Analysis Solar Cell Inspection Defense & Surveillance Imaging Specifications Model iBX-SWG991A/J Sensor Sony IMX991 Sensor Type InGaAs SWIR Sensor Resolution 640 × 512 Sensor Size 1/4" Pixel Size 5μm × 5μm Spectral Range 400nm–1700nm Frame Rate 257.8fps Interface GigE Cooling Mode TEC Cooling / External Cooling Imaging Type SWIR (Short-Wave Infrared) Application Industrial, Scientific, Semiconductor, Defense GigE vs USB3.0 Difference Compared to USB3.0 SWIR cameras, the GigE version offers: Longer cable transmission distance Better suitability for industrial networks Easier integration into distributed systems More stable multi-camera synchronization USB3.0 models focus more on high-speed local acquisition, while GigE models are optimized for factory-scale deployment and system integration.