Qualcomm MEMS Technologies, a wholly owned subsidiary of Qualcomm, has announced that Inventec has chosen its MEMS-based mirasol displays for upcoming portable devices.
Inventec will incorporate mirasol displays into high-end smart handheld devices for the worldwide markets, including Europe and North America. The mirasol display will act as a secondary viewing area as a means to offload power needs from the main display. The design and functionality of the smartphone device will be revealed at a later date.
"With our focus on developing slim portable products with powerful telecommunication capabilities, mirasol displays enable low power consumption and superb viewing quality, two important needs for these products." said Kirk Suen, vice president of Inventec.
Qualcomm MEMS's mirasol displays are based on a reflective technology called interferometric modulation (IMOD), a phenomenon that mimics the mechanisms that naturally create vibrant colors in a butterfly's wings. Based on this reflective technology, mirasol displays offer low power consumption and superior viewability, even in brightly lit areas.
Inventec will incorporate mirasol displays into high-end smart handheld devices for the worldwide markets, including Europe and North America. The mirasol display will act as a secondary viewing area as a means to offload power needs from the main display. The design and functionality of the smartphone device will be revealed at a later date.
"With our focus on developing slim portable products with powerful telecommunication capabilities, mirasol displays enable low power consumption and superb viewing quality, two important needs for these products." said Kirk Suen, vice president of Inventec.
Qualcomm MEMS's mirasol displays are based on a reflective technology called interferometric modulation (IMOD), a phenomenon that mimics the mechanisms that naturally create vibrant colors in a butterfly's wings. Based on this reflective technology, mirasol displays offer low power consumption and superior viewability, even in brightly lit areas.
