WiDy SenS available in CameraLink interface

Jan 8, 2019 | News

WiDy SenS cameras are available in both USB3.0 and CameraLink with Gated mode option.

Our High-end SWIR series – WiDy SenS, signature with dual-mode (Log&Lin)have been receiving a lot of your attention since its launch. To better meet your needs, we are glad to announce WiDy SenS cameras are now available in USB3.0 and CameraLink interface:
CameraLink interface: delivered with WiDyCAM software

  •  WiDy SenS 640M-ST
  •  WiDy SenS 640M-STP (with Gated mode) 

You might find interesting

USB 3.0 interface: delivered with WiDyVISION software

  •  WiDy SenS 640V-ST
  •  WiDy SenS 640V-STP (with Gated mode)

The performance of 2 difference mode at a glance:

  Standard mode Gated mode
Dynamic range 120dB typical in Log
63dB typical in CTIA (Low Gain)
49dB typical in CTIA (High Gain)
58dB typical Low Gain
44dB typical High Gain
Exposure time 10us to 220ms in ITR
100us to 220ms in IWR
Maximum in Log mode: 10ms
100ns to 9us
Full well capacity
(in CTIA)
>17ke- (High Gain)
>380ke- (Low Gain)
> 17ke- (High Gain)
> 230ke- (Low Gain)
Sensor noise 50e- with CDS (High Gain)
270e- (Low Gain)
340e-in Log
< 125e- (High Gain)
< 290e- (Low Gain)
Consumption < 2.3W < 3.8W

Don’t hesitate to contact us for more information!

Want to get notification of our news?

Recent news

Introducing SenS 1280: HD SWIR Camera – Smart Version

Introducing SenS 1280: HD SWIR Camera – Smart Version

SenS 1280 - Smart version Introducing the SenS 1280 HD SWIR camera - Smart version, developed and produced in France. This camera delivers crisp, low-noise images with its impressive features: HD resolution, automatic gain control, and advanced image processing...

Using SWIR Imaging Devices in Semiconductor Inspection

Using SWIR Imaging Devices in Semiconductor Inspection

The semiconductor industry supports a vast amount of applications worldwide. Therefore, it should be no surprise that semiconductor inspection is highly important and must be optimized to ensure the quality and reliability of integrated circuits used in various...

What’s Next for Laser Communications Within SWIR Waveband?

What’s Next for Laser Communications Within SWIR Waveband?

The ever-growing demand for higher data rates, more cost-effective systems, higher bandwidths, and data security drives continuous innovation in laser communication. Free-space optical (FSO) communication systems are being continuously refined to meet these demands,...