What is BS IEC 62908-13-10 - Environmental durability touch and interactive displays about?   
BS IEC 62908-13-10 is an international standard that discusses touch and interactive displays. BS IEC 62908-13-10 belongs to BS IEC 62908 multi-series and discusses reliability test methods of touch displays.
BS IEC 62908-13-10 specifies the methods for testing the environmental durability of touch display modules, touch sensor modules, and test pattern cells, and can be used for devices at the production level, the prototype level, or the trial model level when they are exposed to environmental stress.
BS IEC 62908-13-10 is applicable for touch displays that use capacitive or resistive detection sensors. It may also be applicable to other types of sensors as well as to touch display modules with both flat and flexible displays.
Who is BS IEC 62908-13-10 - Environmental durability touch and interactive displays for?  
BS IEC 62908-13-10 on touch and interactive displays are useful for:  
- Manufactures of mobiles 
- Component manufacturers 
- Visual and auditory learners 
- Research and development of touch display devices  
- Retail sectors 
Why should you use BS IEC 62908-13-10 - Environmental durability touch and interactive displays?   
The touch display is one of the most important interfaces between a user and a display. Various technologies for touch displays have been developed, and it is expected that touch display technology will make rapid progress in the future. BS IEC 62908-13-10 is especially effective for capacitive and resistive touch displays. BS IEC 62908-13-10 was developed in response to the demand for standardization of the test methods for the endurance of touch displays.
Durability is one of the most important aspects of touch display modules. Touch displays connected to display modules are used under a variety of environmental conditions, including indoor/outdoor, hot/cold, dry/humid, for long periods of time and may be subjected to severe environmental stress.
BS IEC 62908-13-10 describes standardized test methods to evaluate the durability of touch displays subjected to environmental stresses. It is valid for research and development, quality assurance, and comparison of devices when making purchasing decisions.
