Allied Vision - Goldeye

The compact cameras with their active thermo electric cooling sensors provide low-noise image quality, even with very long exposure times. Comprehensive I/O control and a particularly robust housing predestine the Goldeye series for use in industrial applications.

Key Features

  • Frame rate: up to 344 fps
  • Responsitivity: 0.4 – 2.2 µm (depending on model)
  • Features: gain/offset correction (NUC/non-uniformity correction) for each pixel, defect pixel correction (DPC), fixed pattern noise correction (FPNC)
  • Lens mount: C-mount, F-Mount, M42
  • Acquisition mode: continuous or triggered
  • Interface: GigE Vision or CameraLink
  • Software: compatible with Common Vision Blox
  • Protection: high damage threshold against intense illumination
  • Miscellaneous: available with Peltier cooling TEC1 or TEC2, additional external cooling (COOL), without cooling (TECLESS)

Find the right model for your needs

Use the filters below to narrow down your selection based on your application requirements

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Nombre del producto Wavelength range Resolution (MP) Frame rate (Hz) Lens mount Interface Sensor model Manufacturer Dimension (depth, mm) Dimension (height, mm) Dimension (width, mm) Resolution Horizontal (Px) Housing Pixel size (µm) Scan type Sensor format Sensor size diagonal (mm) Sensor type Shutter type Weight (kg)
SWIR 0.1 344 Nikon F-Mount CameraLink InGaAs Allied Vision 78 55 55 320 TEC1 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.370
SWIR 0.3 100 C-Mount Gigabit Ethernet InGaAs Allied Vision 90 80 80 636 TEC2 with Fan 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.810
SWIR 0.3 100 Nikon F-Mount Gigabit Ethernet InGaAs Allied Vision 90 80 80 636 TEC2 with Fan 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.860
SWIR 0.3 100 M42 x 1 Gigabit Ethernet InGaAs Allied Vision 90 80 80 636 TEC2 with Fan 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.830
SWIR 0.3 100 C-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 636 TEC1 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.360
SWIR 0.3 100 Nikon F-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 636 TEC1 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.410
SWIR 0.3 100 M42 x 1 Gigabit Ethernet InGaAs Allied Vision 78 55 55 636 TEC1 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.390
SWIR 0.3 301 C-Mount Gigabit Ethernet InGaAs Allied Vision 90 80 80 640 TEC1 15 area 1" 12.29 InGaAs Global shutter/Prog scan 0.810
SWIR 0.3 301 Nikon F-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 640 TEC1 15 area 1" 12.29 InGaAs Global shutter/Prog scan 0.410
SWIR 0.3 301 M42 x 1 Gigabit Ethernet InGaAs Allied Vision 78 55 55 640 TEC1 15 area 1" 12.29 InGaAs Global shutter/Prog scan 0.390
SWIR 0.1 344 C-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 320 TEC1 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.340
SWIR 0.1 344 M42 x 1 Gigabit Ethernet InGaAs Allied Vision 78 55 55 320 TEC1 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.360
SWIR 0.1 344 C-Mount CameraLink InGaAs Allied Vision 78 55 55 320 TEC1 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.320
SWIR 0.1 344 Nikon F-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 320 TEC1 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.390
SWIR 0.3 301 C-Mount CameraLink InGaAs Allied Vision 78 55 55 640 TEC1 15 area 4/3" 12.29 InGaAs Global shutter/Prog scan 0.350
SWIR 0.1 344 M42 x 1 CameraLink InGaAs Allied Vision 78 55 55 320 TEC1 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.340
SWIR 0.3 100 C-Mount CameraLink InGaAs Allied Vision 78 55 55 636 TEC1 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.340
SWIR 0.3 100 Nikon F-Mount CameraLink InGaAs Allied Vision 78 55 55 636 TEC1 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.400
SWIR 0.3 100 M42 x 1 CameraLink InGaAs Allied Vision 78 55 55 636 TEC1 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.360
SWIR 0.3 301 Nikon F-Mount CameraLink InGaAs Allied Vision 78 55 55 640 TEC1 15 area N/A 12.29 InGaAs Global shutter/Prog scan N/A
SWIR 0.3 301 M42 x 1 CameraLink InGaAs Allied Vision 78 55 55 640 TEC1 15 area N/A 12.29 InGaAs Global shutter/Prog scan N/A
SWIR 0.3 100 C-Mount CameraLink InGaAs Allied Vision 90 80 80 636 TEC2 with Fan 25 area 4/3" 20.35 InGaAs Global shutter/Prog scan 0.810
SWIR 0.3 301 C-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 640 TecLess 15 area 1" 12.29 InGaAs Global shutter/Prog scan 0.370
SWIR 0.3 301 C-Mount CameraLink InGaAs Allied Vision 78 55 55 640 TecLess 15 area 1" 12.29 InGaAs Global shutter/Prog scan 0.350
SWIR 0.1 344 C-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 320 TEC1 with Fan 30 area 1" 12.29 InGaAs Global shutter/Prog scan 0.340
SWIR 0.1 344 C-Mount CameraLink InGaAs Allied Vision 78 55 55 320 TEC1 with Fan 30 area 2/3" 12.29 InGaAs Global shutter/Prog scan 0.760
SWIR 0.3 303 C-Mount Gigabit Ethernet InGaAs Allied Vision 78 55 55 636 TEC1 15 area Large format 12.21 InGaAs Global shutter/Prog scan 0.370
Monochrome; SWIR; VIS-SWIR 1.3 94 C-Mount Gigabit Ethernet IMX990 Allied Vision 78 55 55 1280 TEC1 5 area 1/2" 8.2 InGaAs Global shutter 0.345
Monochrome; SWIR; VIS-SWIR 0.3 234 C-Mount Gigabit Ethernet IMX991 Allied Vision 78 55 55 656 TEC1 5 area 1/4" 4.2 InGaAs Global shutter 0.345
Monochrome; SWIR; VIS-SWIR 1.3 94 C-Mount CameraLink IMX990 Allied Vision 78 55 55 1280 TEC1 5 area 1/2" 8.2 InGaAs Global shutter 0.345
SWIR 0.3 303 C-Mount CameraLink InGaAs Allied Vision 78 55 55 636 TEC1 15 area Large format 12.21 InGaAs Global shutter/Prog scan 0.350
Monochrome; SWIR; VIS-SWIR 0.3 234 C-Mount CameraLink IMX991 Allied Vision 78 55 55 656 TEC1 5 area 1/4" 4.2 InGaAs Global shutter 0.345
SWIR; XSWIR 1.9 0.1 344 C-Mount Gigabit Ethernet InGaAs Allied Vision 90 80 80 320 TEC2 with Fan 30 area Large format 12.29 InGaAs Global shutter/Prog scan 0.740
SWIR; XSWIR 2.2 0.1 344 C-Mount Gigabit Ethernet InGaAs Allied Vision 90 80 80 320 TEC2 with Fan 30 area Large format 12.29 InGaAs Global shutter/Prog scan 0.740
SWIR; XSWIR 1.9 0.1 344 C-Mount CameraLink InGaAs Allied Vision 90 80 80 320 TEC2 with Fan 30 area Large format 12.29 InGaAs Global shutter/Prog scan 0.740
SWIR; XSWIR 2.2 0.1 344 C-Mount CameraLink InGaAs Allied Vision 90 80 80 320 TEC2 with Fan 30 area Large format 12.29 InGaAs Global shutter/Prog scan 0.740
Monochrome; SWIR; VIS-SWIR 5.3 115 C-Mount Gigabit Ethernet IMX992 Allied Vision 78 55 55 2592 TEC1 3.45 area 1/1.4" 11.41 InGaAs Global shutter 0.350
Monochrome; SWIR; VIS-SWIR 3.2 159 C-Mount Gigabit Ethernet IMX993 Allied Vision 78 55 55 2080 TEC1 3.45 area 1/1.8" 8.9 InGaAs Global shutter 0.350
Monochrome; SWIR; VIS-SWIR 1.3 135 C-Mount Gigabit Ethernet IMX990 Allied Vision 78 55 55 1280 TEC1 5 area 1/2" 8.2 InGaAs Global shutter 0.345

¿Por qué elegir Allied Vision - Goldeye?

Excellent image quality

The Goldeye has been designed to produce an excellent image with very low noise by incorporating 14-bit image processing and numerous onboard image correction features. Coupled with the thermoelectric cooling system this achieves outstanding, low-noise image quality that is constant, independent of the ambient temperature.

Wide coverage of wavelengths

The camera can be supplied with a 0.9 μm to 1.7 μm sensitivity range or an optional VisNIR version from 0.4 μm to 1.7 μm for extended flexibility.

Detection of material properties invisible to the human eye

Operating in the sensitive in the NIR/SWIR spectral range from 900 nm – 1700 nm, these cameras open up numerous possibilities for machine vision solutions. With their simple integration design, they are the perfect choice for industrial and scientific applications beyond the visible spectrum.

Cooling and connection options to fit various applications

The Goldeye is available with two industrial connection options - GigE Vision or CameraLink. Depending on the application requirements, there is a choice between two variants of Peltier cooling (TEC1 or TEC2) as well as a model with additional external cooling function (COOL). The COOL version uses a nitrogen-filled cooling chamber that allows the sensor temperature to cool down until 60 Kelvin. The increased sensor cooling suppresses dark current noise in particular and thus enables very long exposure times of up to 10 seconds for SWIR cameras. This property is particularly relevant in demanding inspection applications in both scientific and industrial environments.

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