Imagine a portable projector that fits in the palm of your hand or is part of your cell phone. A projector that can fit in your pocket so as to project anything, anytime, and anywhere along with the capability of producing a picture that will give you an experience like never before. The boundless research and developments in this sector made it possible to produce portable projector commonly known as the Pico projector. Laser light source produces a greater range of colors, and higher resolution. It provides long term stability of brightness, absence of decoding artifacts, low power consumption, lighter weight, ability to maintain focus when projected on irregular surfaces, wide depth of field, and wide angle of view. The Pico projectors provide convenient way to quickly project the contents on walls, notebooks, or airplane food trays, as well as, a new array of portable projection screens sized and designed for Pico projectors and presenter mobility.
Pico projectors use either an LED or laser light source which effectively eliminates the need for lamp replacement over the useful life of a Pico. Additionally it is observed that the lasers the will ultimately provide more efficient alternative to the LEDs in definite lighting applications. The stable brightness mode is an advantage that provides constant projection useful for applications like automotive, healthcare, business and education and so on, where it is essential to maintain a reliable visual experience for the users. Laser light source produces a greater range of colors, and higher resolution. It provides long term stability of brightness, absence of decoding artifacts, low power consumption, lighter weight, ability to maintain focus when projected on irregular surfaces, wide depth of field, and wide angle of view.
Lasers have high power efficiency and its operation at high temperatures gives linear curves. This means that, with performance requirements like brightness continue to rise therefore laser-based systems will offer better price and performance which in turn will drive the Pico projector going forward. A laser-based system with high efficiency and cost effectiveness is a better option for embedded Pico projector substitute to the LED based system.
The Pico projector is been accepted by consumers globally and mainly majorly required in applications such as aerospace & defense, automotive, business & education, consumer, and healthcare. Increasing demand has eventually led to decrease in the average selling price of Pico projector. Additionally the MEMS technology in Pico projector could provide the best efficient solutions, both in cost and in performance that will further enhance the growth of Pico projector market in near future.
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