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Tokman Presents at Maxim Conference

Here's a great overview of the company from today's presentation by Alex.

5 comments:

At September 20, 2007 at 8:43 PM Kevin said...

Here comes competition for MVIS. So much for making a killing investing in this company. Texas Instruments have developed their own Pico Projestor!

http://popsci.typepad.com/popsci/2007/09/dont-publish-a-.html

 
At September 20, 2007 at 8:48 PM Anonymous said...

This actually might be good for MVIS. According to GG MVIS's tech is much better than TI's, that TI's has alot of drawbacks. But this will light a fire under the butts of competitors of TI. Its no longer an option to not have an answer for TI's product. The real problem is the better tech from the Berkley group. But I would think we should be at least a year ahead on bringing a projector to market. Also I would think we have deeper pockets and resources at this point. But I think MVIS, would do well to try to bring the Berkley group on board, with a nice chunk of options.

 
At September 21, 2007 at 1:19 PM Kevin said...

How do you make watching movies on a handheld more pleasing? Use the wall instead, Texas Instruments says.

At the CTIA Wireless 2007 show, TI is providing public demonstrations of its digital light processing (DLP) "pico" projector, a tiny movie projector that can fit inside a cell phone.

TI showed off the components and a prototype at the Consumer Electronics Show earlier this year to a few reporters. Now the company is touting a working prototype in a phone. The phone is fake, but the projector works. (At CES, the company refused to let people take pictures, but now they're allowed.)


The projector contains three lasers, a DLP chip and a power supply and measures about 1.5 inches in length. With the projector, the cell phone can beam DVD-quality video onto a screen or a wall, thereby allowing it to serve as a video player or a television. By using the projector, the actual "screen" size can be much larger than what a person would get by using the LCD panel integrated into the phone. The chip inside the phone, in fact, could drive images for a widescreen television.

TI has not said when it will start selling projectors for cell phones, but it expects better convergence between televisions and cell phones to progress rapidly over the next few years. Finland's Upstream Engineering is working on a phone projector, but implementing it in a different manner.

The cell-phone-as-widescreen TV initiative is part of an overall effort at TI to rejuvenate the DLP TV market. Projection TV sets, based on DLP chips, have been around for several years. With these TVs, images are projected onto the DLP, which is a chip that houses thousands of moving, small micro-mirrors. The mirrors then project and magnify the images on a screen. These TVs consume less power than LCD or plasma televisions, TI said, and often cost less.

Sales of DLP televisions, however, have largely remained flat in a market being gobbled up by LCD televisions. The majority of DLP chips end up in projectors, not TVs. Mitsubishi, Samsung and Toshiba all make DLP projectors.

Full coverage
CTIA revs up for wireless
One of the largest trade shows in the industry, CTIA Wireless 2007 showcases the latest products, strategies and developments in mobile technology.Part of the problem has been size. DLP televisions are SUV-size devices, often measuring 20 inches or more in depth, far larger than LCD or plasma TVs. Most projection TVs have been sold in North America, where large family rooms are more common.

To that end, TI has worked with TV makers like Samsung to devise much thinner DLP televisions. Some of these new models were trotted out at CES earlier this year.

TI is also working with theaters to install DLP projectors for showing movies. In North America, approximately 2,000 theaters have installed DLP projectors. By the end of the year, approximately 5,000 theaters will be using the projectors, said John Van Scoter, senior vice president of DLP products at TI.

Full story here:

TI demos its movie projector in a phone

 
At September 21, 2007 at 8:51 PM Anonymous said...

Ben,
Looks like TI brought their mirrors down from a million to just 3. Have they caught you now?

 
At September 21, 2007 at 11:02 PM Ben said...

Three lasers, not three mirrors.

"images are projected onto the DLP, which is a chip that houses thousands of moving, small micro-mirrors."

You need one mirror per pixel in a DLP-based display. Our system has just one mirror which scans each pixel.

 

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