Is capacitive variance affecting your touch system?  

AlSentis® HSS™ Touch Recognition Technology SOLVES this issue.  

 

AlSentis® HSS™ Touch Recognition Technology uses touch signatures, instead of pre-determined capacitive set-points, to sense exactly when a touch happens.  This patented (and patents pending) approach to sensing touch overcomes variance like no other electric field touch technology.  Paired with proprietary circuitry and unique electrode designs, AlSentis® HSS™ Touch Recognition Technology provides solutions for:

  • Water Immune Touch Systems – Full functionality in water spray without false-triggering

  • Glove Touch Systems – No special gloves required

  • Noise Tolerant Touch Systems – Passes 10V injected line noise

  • Temperature– Touch feel is not affected by temperature changes

  • Low Power Touch Systems – ultra-low power capable without compromising performance

  • New Touch features – enables new construction methods and user-interface experiences

 

HSS™ is inherently robust and does not require the constant base-lining and counter-measuring of traditional capacitive systems.  With AlSentis® HSS™ Touch Recognition Technology, the touch always works and always feels the same, even in the most robust of environments.    

 

Check out the Videos or request your Dev Kit today. 

 

 

home spot images

HSS™ Development Kits and HSS™
chipsets are now available

Alsentis in ths news

03.13.16

Crain's Detriot: AlSentis Touch Technology

Holland firm puts its finger on improving touch tech.

Crains coverage on AlSentis Touch technology and Lux Research naming AlSentis among top innovative companies.

 

AlSentis® HSS™ Brief Overview

AlSentis® HSS™ uses touch signatures to identify exactly when a surface touch occurs without using pre-determined capacitive thresholds, allowing it to inherently overcome variance, such as changes in manufacturing tolerance. Because of this novel sensing technology, touch systems can be implemented more quickly, with more reliability in more challenging environments.

Alsentis Technology Overview

AlSentis® HSS™ uses touch signatures to identify exactly when a surface touch occurs without using pre-determined capacitive thresholds, allowing it to inherently overcome variance, such as changes in manufacturing tolerance. Because of this novel sensing technology, touch systems can be implemented more quickly, with more reliability in more challenging environments.

AlSentis® HSS™ 5 Button Deep Water

AlSentis® HSS™ further pushes the boundaries of what is possible in electric field touch by teaching touch to work on the surface of water, as well as under the surface on 5 buttons, clearly demonstrating the robustness of AlSentis® HSS™ touch recognition technology.