Allied Vision launches first Goldeye Pro SWIR camera series with Sony's IMX992/IMX993 TEC sensors for high-resolution imaging.
Allied Vision Announces First Goldeye Pro Models Featuring Sony’s IMX992/993 SenSWIR Sensors
In this product news, Allied Vision introduces the first models of its Goldeye Pro SWIR camera series, designed to enhance throughput and imaging performance. These cameras incorporate Sony’s TEC-version of the IMX992/993 SenSWIR sensors, which are sensitive between 400nm – 1,700nm.
Key Specifications:
- Goldeye Pro G5-530 TEC 1: 5.3 MP resolution (2592×2056), frame rate up to 115 fps, pixel size of 3.45 × 3.45 µm, cooling power with a minimum temperature drop of 25K.
- Goldeye Pro G5-320 TEC1: 3.2 MP resolution (2080×1544), frame rate up to 150 fps, pixel size of 3.45 × 3.45 µm, cooling power with a minimum temperature drop of 25K.
Benefits for Users:
- The cameras feature a GigE Vision compliant 5Gbps interface and GenICam-compliant features, enabling plug-and-play functionality.
- Automatic image correction and thermoelectric sensor cooling without the need for fans ensure consistent performance.
- Lockable connectors and an extended operating temperature range allow reliable operation in harsh conditions.
- Power over Ethernet (PoE) support simplifies system integration with host systems.
Advanced Features:
- ROI settings, digital binning, and gain control enhance flexibility and image quality.
- Users can configure look-up tables for contrast adjustment and update firmware remotely.
Broader Portfolio:
Allied Vision offers a comprehensive range of SWIR cameras through its sister companies, including models with various resolutions, interfaces, and cooling options. These include the Goldeye SWIR series, Iam SWIR Smart Cam, EXO and FXO cameras, all optimized for different applications.
Downloads
- Flyer: Goldeye Pro (808 KB)
- PR Allied Vision Goldeye Pro coming soon (52 KB)
Related Links
- Goldeye SWIR
- Now available: Goldeye SWIR camera with extended spectral sensitivity up to 2.2 µm
Last Updated: 2025-09-04 16:00:06