Raptor Photonics Owl 320 HS
Raptor Photonics Owl 320 HS is a model-specific InGaAs camera. This source-based review evaluates its spectral acquisition and receiving architecture without claiming hands-on testing or measured sensitivity.
Review Summary
Owl 320 HS merits a trial when the required optical information is observable in 0.6–1.7 µm and the 320 × 256 scope is appropriate. ROI operation changes correction scope; datasheet states NUC is not active in ROI. The old catalog’s 0.4 µm lower bound differs from current supplier material; this review uses the current 0.6 µm scope. Sensor sampling, thermal behavior and receiving should be considered together. A family-wide low-noise or speed headline does not establish the complete detection performance of this configuration.
Price: Request a quote. Any price is indicative only, is not final and may change; contact us for a confirmed quote.
Full review: Raptor Photonics Owl 320 HS Review
Full specifications and product overview: Raptor Photonics Owl 320 HS
- Manufacturer: Raptor Photonics
- Model: Owl 320 HS
- Category: Vision & sensors / Industrial cameras and vision systems
- Product: Raptor Photonics Owl 320 HS
- Image format: 320 × 256 in the identified configuration
- Acquisition: Model-Specific Ingaas Acquisition
- Interface: 14-bit Camera Link Base
- Capture rate: Up to 349 Hz full image; faster reduced ROI is separate
- Ordering code: OW1.7-VS-CL-S
- InGaAs image: 320 × 256
- Pixel pitch: 30 µm
- Reviewed spectral scope: 0.6–1.7 µm
- Output: 14-bit Camera Link Base
- Identified rate: Up to 349 Hz full image; faster reduced ROI is separate
- Model selection note: ROI operation changes correction scope; datasheet states NUC is not active in ROI
- Price: Request a quote
