What is BS IEC 62908‑12‑20 - Measurement methods for multi-touch performance about?
BS IEC 62908‑12‑20 is an international standard that discusses measurement methods of touch displays.
BS IEC 62908‑12‑20 is the 12th part of the series that specifies the standard measuring conditions and measurement methods for the multi-touch performance of a touch sensor module.
BS IEC 62908‑12‑20 is applicable to touch sensor modules, where the structural relationship between the touch sensor, touch controller, touch sensor module, display panel, touch display panel and touch display module is defined in IEC 62908-1-2.
Who is BS IEC 62908‑12‑20 - Measurement methods for multi-touch performance for?
BS IEC 62908‑12‑20 on touch and interactive displays are useful for:
- Manufacturers of electronic display devices
- Manufacturers of semiconductor devices and sensors
- Manufacturers of electronic devices such as mobiles, computers etc
- Interactive multi-touch display and touchscreen manufacturers
- Product design engineers
- Quality control and testing authorities
Why should you use BS IEC 62908‑12‑20 - Measurement methods for multi-touch performance?
Multi-touch is technology that enables a surface (a touchpad or touchscreen) to recognize the presence of more than one point of contact with the surface at the same time.
BS IEC 62908‑12‑20 helps in measuring the conditions of touch displays when used in different climatic conditions.
The performance is evaluated with the help of measurement methods. The measuring methods include multi-touch support, adjacent touch distance, adjacent touch accuracy, rotation, pinch motion drifting, multi-touch sliding, multi-touch crosstalk, and fast tap. These methods are useful in measuring the touch sensors of touch and interactive displays.
BS IEC 62908‑12‑20 specifies the test methods and procedures which results in measuring and evaluating the performance of touch displays. The test method can thus demonstrate the reliability, durability and performance of touch display devices, ensuring that your products are fit for purpose. Incidents of product failures and poor sensory capabilities can be avoided, thereby enhancing customer satisfaction and credibility.
