Laser ***** ******
**** *****-* ** ***** on *** ***** *** ****** **** * *** laser ******** *********** ****. The ***** **** * time ** ****** *********** to ******* *** ******** to ** ****** ** the **** ***** ** view ***** ** *** time ** ***** * laser **** ** ***** the ******, *** *** object, *** ****** **** to *** ******. **** is *********** *** **** principle ** * ***** **** *******.
*** ********* ***** *********** how *** ***** ***** works:

**** **** *** ***** focus ****** *** ********* in-house, ***** ****** **** to **** ***** ****. The ***** ** * 950nm ***, ****** ** invisible ** ******, *** Axis ****** ** ** safe **** ** ******* should **** ******** ** the ***** ******.
Pricing $*** **** **** ***-***** *****
*** ***** *** ** MSRP ** $*,***, $*** more than * *****, ***** does *** **** *** laser-assisted *****.
Traditional ******** ********
**** **** * *** typically ****-******* ** ******* at *** ******** ******* adjacent ******, *** ********* the **** ******** ***** the ******* ******** ** achieved. ** *** ***** has *** ********, ****** point ***** *******, ** if ***** *** *********** on *** *** ******, this *** ***** *** PTZ ** "****" *** the ***** ***** *** delay *** **** ****** an ******** ** **** to **** * ****** image.
*** ***** ****** ******* by ********* *** ****-******** software * ********* ** the ******** ** *** object, ******** ** ** adjust *** **** ** a ******** ***** *****, and **** *** *** max-contrast ****** *** **** tuning, ********* ** * faster ***** ****.
** ********* ********* *** problems **** **** *** being **** ** ****-***** especially **** *** *** is ****** *** ** or **** *** *******.
Axis *** ****** ** ** ***** ************ ** ****
**** **** *** **** any ********** ** ****, which ** ** ******** industry *****, ********** ***** the ******* *************. ********, several of **** *** "***** **" in ***** ** *** long-range ** ************ **** PTZs. *******, *** ***** IR **** ** *** use ****** *** ********.
**** ********* **** ***** target market *** **** *** typically urban *********** ** ************ which **** ****** ******** for ***** ******, ****** the **** *** ** illuminators ** ***** **** less ******** **** ********* the ***** *** ***** time ***** ******. ***** this **** **** ***** to **, ** ******* there *** * *********** minority ** *********** ***** insufficient ******** ** ***** a ******* ********** *** more ******** ** ***** applications.
**** *** *** **** out *********** ** ************ ** PTZs ** *** ******.
Solid **** *** ****
**** ******* ** **** customers **** ** ****** from ****: ** ********** solution ** * ******-*** problem **** ***** * video ****** **** ****** and ****** ** ******. PTZs ********** ** ***** in *********** ********** ** a ****** *******, *** if **** ***** ** Axis ******, ** **** **** them ************* ******* ***** cost ******* *** ********* surveillance ************.
Comments (9)
Ross Vander Klok
I would like it a lot more if the laser was visible. Not for any real world use, it would just look cool and be fun to play with.....
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Undisclosed #1
How about a real video with real images, Axis? Figure skaters, ballerinas, any thing...
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Michael Miller
U1 Hang tight....
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Patrick Hart
Axis should integrate the laser to help determine perspective of objects for video analytics. This would eliminate shadows and lights as a cause of false events and make the analytics more accurate. As for IR illumination, integrated laser based distance could adjust the illumination to the proper level to light objects correctly.
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Undisclosed #1
Wondering what technique they use to avoid reading backscatter from their own illuminators.
Maybe pulsed IR?
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