1280x1024 400-1800nm InGaAs 90fps IMX990 SWIR Area Scan Camera GigE TEC

ContrastechSKU: iBoostX-90GSW130M-SA
No reviews

Price:
Sale price$14,980.00
  • In-stock items: Ready for quick shipment.
  • Pre-order items: Typically require around 7 days for preparation. We will notify you promptly after your order.

Description

The 1280x1024 InGaAs IMX990 SWIR Area Scan Camera offers high-sensitivity shortwave infrared (SWIR) imaging for industrial and scientific applications. With Sony’s IMX990 sensor, it provides low noise, high dynamic range, and excellent image clarity. Ideal for semiconductor inspection, moisture detection, and material analysis, it ensures reliable performance in demanding environments.

Main Specification

Model
Sensor
Frame Rate
Spectral Range
iBoostX-400USW32M-SA/J¹
IMX991
400fps
400-1800nm
iBoostX-428USW32M-SJ-Lite
IMX991
428.1fps
400-1700nm
iBoostX-724USW33M-HP
InGaAs
724fps
900-1700nm
iBoostX-125GSW33M-HP
InGaAs
125fps
900-1700nm
iBoostX-257GSW32M-SA/J¹
IMX991
257.8fps
400-1800nm
iBoost260GSW30M
InGaAs
258.8fps
400-1700nm
iBoostX-360GSW33M-HP
InGaAs
360fps
900-1700nm
iBoostX-367GSW33M-HP
InGaAs
360fps
900-1700nm
iBoostX-724TGSW33M-HP
InGaAs
724fps
900-1700nm
iBoostX-400CSW32M-SA
IMX991
400fps
400-1700nm
iBoostX-533CSW33M-CM/HP¹
InGaAs
533fps
900-1700nm
iBoostX-726CSW33M-CM/HP¹
InGaAs
726fps
900-1700nm
iBoostX-1000CSW33M-CM/HP¹
InGaAs
1000fps
900-1700nm
Model
 iBoostX-90GSW130M-SA
Resolution 1280x1024
Sensor Type

InGaAs

 Pixel Size[μm]
5
 Sensor Size
1/2"
 Frame Rate [Fps]

 12 Bit:45 @1280 x 1024 / 135 @640 x 512
 8 Bit: 90 @1280 x 1024 / 253 @640 x 512

 Spectral Range 
0.4µm - 1.8µm
Dynamic Range
52.6dB
 Exposure time
 15μs-60s
Interface
 GigE
Lenses Mount
C-Mount

iBoostX-90GSW130M-SA/SJ Download

Estimate shipping

Payment & Security

PayPal

Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)

You may also like

Recently viewed