Young Optics Inc., a company that creates optical components and optical engines, has announced that they will be shipping a pico projector either at the end of this quarter or the beginning on the next one, meaning that we will see a tiny projector in the next few months.

The devices are expected to run on only 1 watt of energy and, using an LED lamp, will be capable of displaying 7 ANSI lumens of brightness. The pico projectors will use the Texas Instruments DLP display technology.

A name or price has not been announced yet. However, with the release date imminent these details should emerge soon.

With this projector we could finally see an explosion in mobile video. A pico projector would probably mean bigger storage in mobile phones so we can cart around big video files and view them anywhere at a decent size. Hopefully the big mobile phone manufacturers will take advantage of the technology when it’s released.

Texas Instruments has unveiled a pair of new chips that allow cell phones to power mini projectors and give them high-definition video recording capabilities. TI is hoping to take a lead in the cell phone chip industry after falling behind to Qualcomm last year by developing chips that allow for significantly more advanced phones.

Cell phones will soon be able to project images onto a wall, overcoming the limitations of their tiny screens. The company expects commercial products harnessing the new technologies to show up in a year.

Nice going TI, this is some pretty cool stuff… the days of small screens and low-quality videos are over!

Texas Instruments has designed a proof-of-concept chip that uses a tenth of the power of modern-day chips. This is a huge innovation that could lead to far better battery life for anything that uses a chip and is powered by batteries including phones, medical devices, and sensors.

The jump in efficiency was attained by reducing the amount of energy flowing round the chip from 1.0 volts to 0.3. There is also a built-in DC-to-DC converter to greatly reduce power consumption without needing an external unit. Enough of the tech jabber and back to real life.

The chip uses so little energy that it can be completely powered by ambient heat sources, such as the body heat of a human. How awesome is that? We would love to see more advancements in this direction so we can ditch our chargers and power all of our gadgetry with body heat.