Available now! Goldeye camera models with Sony SenSWIR InGaAs sensors
Sony IMX990 and Sony IMX991
New Goldeye InGaAs cameras with Sony IMX990 and Sony IMX991 SenSWIR sensors
Our four new Goldeye G/CL-030 and G/CL-130 models incorporate the innovative Sony SenSWIR sensors which support a wide spectral range allowing imaging in both visible and SWIR spectrums.
Our new SWIR cameras feature a robust and compact design optimized for industrial applications. The integrated single-stage sensor cooling (TEC1) and several on-board image correction functions contribute significantly to the camera’s excellent image quality. In addition, standardized interfaces (GigE Vision including PoE or Camera Link) and comprehensive I/O control options simplify the connection to your software solution and the synchronization with other system components.
Model Highlights
- High visible & SWIR sensitivity
- Camera Link or GigE Vision interface
- Comprehensive I/O control options
- Automated on-board image correction
- Stabilized sensor cooling, fan-less design
- Extended operating temperature range
Need more specs? Download Datasheet Goldeye G/CL-130 Tec1, Goldeye G/CL-030 Tec1 or the Goldeye camera model flyer.
Goldeye G/CL-030 TEC1 Sensor Model: Sony IMX991 SenSWIR |
Goldeye G/CL-130 TEC1 Sensor Model: Sony IMX990 SenSWIR |
Excellent image quality, true in detail
Our new Goldeye G/CL-030 and G/CL-130 models incorporate Sony's latest SenSWIR sensors, which provide due to the innovative InGaAs sensor architecture a quantum leap in pixel size (only 5µm) and image homogeneity, while enabling image acquisition in the visible and shortwave infrared range (400 nm to 1700 nm) with high quantum efficiency.
In combination with a temperature stabilized sensor these features will greatly expand the future application fields of Goldeye SWIR cameras in terms of spectral analysis of objects and a more precise detection of details for applications such as semiconductor inspection, fruit inspection or spectral imaging by ensuring reproduceable imaging results.
See more details with our new Goldeye models. Four times higher resolution. See even finest details due to the small pixel size of only 5 µm.
In the following we are comparing the imaging performance of our Goldeye G-034 with VGA resolution and 15 µm pixel vs. Goldeye G-130 with SXGA resolution and 5 µm pixel size.
Imaging performance using Visible-SWIR optimized lens
Broadband imaging using Computar's ViSWIR Hyper Apo lens (M1218-APVSW-f1.8)
Goldeye G-130 cameras not only have a four times higher resolution, but also convince by their high spatial resolution capabilities:
Imaging performance with cost-effective IR lens
Broadband imaging using a cost-effective standard SWIR lens from KOWA (LM16JC5M-IR-f1.8)
Due to the resulting focus shift over the broad spectral range supported by the Goldeye G-034 (900nm - 1.700nm) and the Goldeye G-130 (400nm - 1.700nm) the images look a little bit blurry. Nevertheless, the spatial resolution of the 5 µm pixel camera (G-130) is still better.
Using bandpass filters help to increase the sharpness.
Thereby, the sharpness increase is so much better the broader the spectral range of the sensor and the smaller the bandpass filter's transmision range is.
Narrow-band imaging with 1450nm bandpass filter +/- 10nm
Selecting the right lens/filter combination can be key to get sharp and crisp images. Do not hesitate to contact our Allied Vision Team to learn more about this topic.
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