Showing posts with label PicoP. Show all posts
Showing posts with label PicoP. Show all posts

Friday, March 27, 2015

Technology and Social Paradigm Shift ─ Laser Pico Projection to Change the Way We View our World



There is paradigm shift coming and the pico projector market is estimated to reach $9.32 billion by 2020; growing at a CAGR of 39.82% from 2014 to 2020.

[Note: Think of a Paradigm Shift as a change from one way of thinking to another. It's a revolution, a transformation, a sort of metamorphosis. It just does not happen, but rather it is driven by agents of change.]

I’m sure there will be many players in the pico projection "standalone" space... like 3M with LcoS, TI with DLP, and MicroVision with Laser Beam Scanning technologies.

However, no matter how you slice-it or dice-it, MicroVision has, in my opinion, no competition in the laser based “embedded” or “standalone” pico projection space... not TI… and certainly not 3M.

MicroVision has the potential of being the “Top Dog” and the “First Mover” in the global PicoP projection market…

When investing in technology, always look for the “killer app”—yes, the software program, piece of hardware, product improvement or whatever—that makes the product stand out.

Take Internet browsers for example. Now, for a while there it took everyone some time to figure out what exactly an Internet browser was. Today, many of us can’t imagine what life was like before we had Google. These days, if you need information on any topic under the sun, you simply “Google” it! What would we ever do without Google?

When looking to buy the latest tech stock, investors [you] need to scrutinize the product and the unique ability it offers to its users. Google is a great example of a “killer app” that revolutionized the Internet.

What’s MicroVision “Killer App”?

It’s the “Disruptive Technology”; that can bring about massive shifts in “technology paradigm” and “social paradigm”.  What makes MicroVision’s PicoP display engine technology as "Killer App" in simple terms?

1.  Always in-focus image that needs no adjustment when on the move or when moving to change the projected image size… due to inherent feature of laser projection.

2.  Longer projection periods per battery charge… by switching-off the laser light source during periods of dark picture segments.

3.  Cool to the touch and no waste heat generated… due to modulating lasers as light source.

4.  Large projected images [up to 250”] in widescreen aspect ratio of 16:9.

5.  High Definition 720P images at 32 lumen brightness… with pathways to high definition images at 50 lumen or more brightness in 2015.

6.  Dramatic cost reduction [with huge profit margin improvements] as the laser light technology has matured and economies of scale are achieved in 2015.  For example, synthetic green lasers [SGLs] were priced at around $120 each… whereas the diode green lasers [with higher light energy output and efficiency] are currently priced at less than $5 in quantities.

7.  Small physical size that starts out small and gets even smaller from one generation to the next. 

8.  Social Change from the way we share information now to the way it will be shared in the future.

The PicoP display engine can be embedded in hundreds of different products representing a huge market share for entire product line-up. It has the potential of adding billions of new dollars to MicroVision—expanding what I like to call the “halo effect” from the PicoP display engine to the rest of MicroVision product line of applications that are currently under development.

Yes, investing in technology can get complicated. Many advisers compare the stock price to the company’s earnings and cash flow, and then look at earnings growth trends and the company’s debt levels in comparison to its competitors. This is some in-depth analysis for the average investor!

Well, MicroVision has very little earnings and cash flow from current sales; so you have nothing to analyze. Consider yourself in good company: Billionaire Warren Buffet doesn’t invest in technology because he doesn’t understand the fundamentals of the business. That is why he has missed out on billions of dollars in potential profits from the likes of e-bay, Google and Apple. So, if you’re waiting for revenue and current cash flow from your MicroVision investment, there is none for all analytical purposes.

But that will change in the next 2 Qtrs: when the earnings report will show $8 million in licensing fee and $14.5 million in proprietary components order [and future royalties] from SONY… and increasing sales of technology development and licensing from 10 or so Consumer Electronics giants from US, Europe and Asia Pacific region.

When it comes to emerging technology from companies with small capitalization, don’t do what Warren Buffet does. Do your own DD and then take a small position in MicroVision for its emerging technology and huge profit potential in the next 3 to 5 years.

Is MicroVision ready for prime time and worthy of your investment dollars, consider this…

In three to five years from now in 2017, the stock could easily trade in the $100 to $400 range. 

No matter how you slice-it or dice-it, MicroVision has, in my opinion, no competition in the laser based “embedded” pico projection space... not TI… and certainly not 3M.

MicroVision’s PicoP display engine could also lead the “standalone” rat pack [with its Celluon PicoAir projector for example] because of the following...

Small form factor that allows room to add additional built-in functionality. The competition starts-out big and can only get bigger.

Power consumption will always be the differentiating factor. Two to three hours of use between battery charges is always more desirable than the ones that last an hour or less. Extra power pack(s) will make the MicroVision's PicoP projector at par with competition... but there is a high probability that the user will opt for longer run on batteries. How often do you remember scrambling for a power pack when you need one?

“A wide angle view means that MicroVision PicoP projector can show a wider screen at closer distant!” This is a very important differentiation as compared to the “rest” in the market. With MicroVision PicoP projector you get…

“A wider image [60 inch from 5 feet away, for example] from a close distance… the image is brighter and sharper… colors are more vibrant… and the image is always in focus”.

Laser based PicoP projectors will always have projected image in focus… regardless of the distance [from the screen] or mobility of the projector itself. Try focusing a projector [with DLP or LcoS] every time you move [with the projector] or change the distance from the screen to change the size of the image.

MicroVision PicoP projector has better image quality [at 80,000 to 1 contrast ratio] and is sharper [per lumen] as compared to other projectors using “diffused” light sources the competition is using.  The use of diffused light source, like LEDs or lamps, causes the "torch light" effect... meaning the image is brighter in the center with darker outside.

MicroVision’s PicoP projectors can go from 12inch to 250inch image size. None of the competitor has [so far] been able to match what MicroVision is offering. We will soon find out what [else] MicroVision has to offer when Celluon PicoAir [currently at 32 lumen] comes out with 50 lumen and higher brightness.

Celluon’s PicoAir [using MicroVision PicoP display engine] was launched this January and is currently shipping… and is getting raving reviews. Competition, like 3M and TI, have their LED based Pico projectors on the market for over four years… but they are not selling too well… and their prices keep coming down almost every month.

According to the new market research report "Pico Projector Market - Forecasts to 2020", the pico projector market is estimated to reach $9.32 billion by 2020; growing at a CAGR of 39.82% from 2014 to 2020.

However, the laser based PicoP projector market is expected to grow at must faster rate CAGR of 56.95% and take-off in 2014.

Here’s an excerpt from the independent study

“The technology market entails three major types including Digital Light Processing (DLP), Liquid Crystal on Silicon (LCOS), and Laser Beam Steering (LBS). Currently, the majority of pico projectors are being developed based on DLP technology, however it has been estimated that in future, pico projectors would be mostly based on laser technology. DLP accounted for a market share of 56.90% in 2014 and is expected to grow at a CAGR of 31.53% between 2014 and 2020. Laser Beam Steering (LBS) is expected to grow at a CAGR of 56.95% between 2014 and 2020.”

Competition is good and will help with faster adoption of the Pico projector by the billion plus unit market. To be a huge [financial] success, MicroVision needs only a small percentage of the overall market that finally adopts the technology.

My money is “still” on MicroVision. However, I am keeping an eye on the competition… including TI, 3M and Syndiant.

For an in-depth report on “Opportunity of a Lifetime”, please click here…


Sunday, February 1, 2015

MicroVision: Future Lies in Changing It (updated)



Everything with a ‘C’ is changing…

“Corporations, Climate, Community, Currency, Communications, and Competition.”

The future doesn’t lie in predicting it. It lies in shaping and changing it. Trends and forecasting are essentially irrelevant.  The future is what we make it, not what someone says it is.

Having said that, what’s in MicroVision’s future?


“PicoP Display Engine in Mobile Devices that Offer Ultimate in Mobility… Functionality… and Cool Factor” 

In June 2013, I wrote the original blog article and said…

“It would be cool if MicroVision's laser PicoP Display Engine (PDE) was inside this cube…
http://www.psfk.com/2009/05/60-inch-screen-in-your-pocket.html

In 2009, there was so much speculation in the media [by designer Yanko Design] that it almost felt like the real thing would be on the market soon. Just look at the write-up on this “Nokia Pulse Projector”.  Here’s the link to the original article…
http://mirro7.blogspot.com/2013/06/microvision-future-lies-in-changing-it.html

Five years later, however, the concept has become a reality. It’s called PicoAir [and PicoPro] by Celluon and incorporates PicoP Display Engine by MicroVision.

Finally, the concept is a reality and a few developments have come together to bring us closer to this paradigm changing futuristic technology.

There are essentially three parts for this concept to work and they all seem to be in place now…

1) MicroVision laser based PicoP Display Engine at 30 lumen: was released in early 2013; for product sampling to 40 or so major electronics companies from around the globe… and that’s the major part of the puzzle, now in place.

So what makes MicroVision’s laser based PDE so important?

It’s the “Disruptive Technology”; that can bring about massive shifts in “technology paradigm” and “social paradigm”.  Here’s what makes MicroVision’s PDE as "Killer app" in simple terms?

a. Always in-focus image that needs no adjustment when on the move or when moving to change the projected image size… due to inherent feature of laser projection.

b. Longer projection periods per battery charge… by switching-off the laser light source during periods of dark picture segments.

c. Cool to the touch and no waste heat generated… due to modulating lasers as light source.

d. Large projected images [up to 250”] in widescreen aspect ratio of 16:9... 80,000:1 contrast ratio.

e. High Definition 720P images at 30 lumen brightness… with pathways to high definition images at 50 lumen or higher brightness in 2015.

f. Dramatic cost reduction [with huge profit margin improvements] as the laser light technology matures and economies of scale are achieved towards the end of 2015.  For example, synthetic green lasers were priced at around $120 each… whereas the diode green lasers [with higher light energy output and efficiency] are currently priced at $28 in small quantities.

g. Small physical size that starts out small and gets even smaller from one generation to the next. 

h. Social Change from the way we share information now to the way it will be shared in the future.

i. Commercially Viable:
REDMOND, Wash.--(BUSINESS WIRE)—December 8, 2014
MicroVision, Inc. (MVIS), a leader in innovative ultra-miniature projection display technology, today announced it has received a $1.9 million purchase order for key components for a high definition display module being developed by its Fortune Global 100 customer.
This order follows previous orders announced in September of nearly $1.9 million. The value of component orders for this customer totals $3.8 million to date. The customer has informed MicroVision that it plans to incorporate the components from MicroVision in a high definition display module. The Fortune Global 100 company announced earlier this year that it aims to bring the display module to market for use in pico projectors and other devices with projector functionality. MicroVision is supporting the Fortune Global 100 on commercialization activities under a previously announced display module support services agreement.

The key words from this news release are: “The Fortune Global 100 company announced earlier this year that it aims to bring the display module to market for use in pico projectors and other devices with projector functionality.”

In an earlier quarterly earnings press release, the Fortune Global 100 company was quoted as…

“…to incorporate MicroVision’s ground breaking PicoP® display technology into a display engine that could enable a variety of new products.”

MicroVision’s PicoP Display Engine at 30 laser lumen [with pathways to 50 lumen], using diode based green lasers, is ready for prime time show.

2) Samsung's new Wireless USB chipset: enables HD streaming with less power.

It's a beautiful combination, really… lower power consumption, and support for high bandwidth applications. That marriage is evident in Samsung's newest Wireless USB chipset, which was built around Ultra Wide Band (UWB) technology and designed to enable high-def streaming between a mobile host device and a tethered device for viewing.

Ultra-Wide Band technology offers many advantages, especially in terms of very high data transmission rates which are well beyond those possible with currently deployed technologies such as 802.11a, b, g, WiMax and the like. As such UWB technology is gaining considerable acceptance and being proposed for use in a number of areas. Already Bluetooth, Wireless USB and others are developing solutions, and in these areas alone its use should be colossal.

According to Samsung, the two-chip solution will be aimed at smartphones, cameras, camcorders, TVs, PCs, tablets, beam projectors, portable HDDs, Blu-ray players and handsets.  And given that it can handle a theoretical high of 480Mbps with an average power consumption of less than 300mW, even the weakest smartphone battery should be able to stream at least a single episode of Family Guy to the TV or a pico projector. It was slated to hit mass production in Q4 of 2011.

3) Pulse Software: that controls communications between the pico projector and the mobile host device. This Pulse software could be part of the Samsung’s wireless USB chipset solution, or a company specific product like Apple AirPlay, etc. 

Is the screen size on your mobile phone irrelevant, if you can project onto any wall... from 15 inches to 100 inches?

Perhaps!

Just take a look at images at15 lumen and imagine what it would be like at 30 lumen or even at 50 lumen…
http://www.youtube.com/watch?v=ypZO6_7hcNQ&feature=related

With MicroVision laser PicoP Display Engine inside; PicoAir and PicoPro could be the ultimate in mobility, functionality, sharing, and cool factor.

Not only that, it is a productivity enhancing tool for business communications, as well as, a perfect product for personal and interactive entertainment… all in one cool package.

Everything that you need to put this cool product out there for the consumer to buy is here to place your order…

All it takes is the vision and the will to succeed before the next product cycle or someone else comes-up with a better mouse trap.

Anant Goel
Producer CEO – RKNet Studios

LeRumba.com







   




Monday, June 24, 2013

Laser Pico Projectors Will Make TV Obsolete


Laser PicoP technology could blow away the television industry as we know it!

Why pay for a big 60 inch TV when you can buy a 50+ lumen HD PicoP projector for one third the price and get 720p [1920 X 720p] at 16:9 wide screen resolution… and take it with you anywhere you go with an Internet connection?

Could the big TV companies put a kibosh on this PicoP technology?  I’ve been following this technology for many years and up until recently no body believed that PicoP technology could pose such a threat leading to the demise of energy guzzling [65watt] LED TV. In countries where energy is a precious commodity, countries like India and China, PicoP projectors [at 5watt] could see faster and massive adoption.

Think about it!!!

A laser PicoP projector at HD 720p resolution and with built-in WiFi connection, would be at less than 5 watts. And you could project 60 inch HD images from less than 5 feet away in a small Asian living room. The LED based 60 inch TV would consume over 65 watts... and produce so much wasted heat in hot and humid countries like India and China. Did you know the biggest consumer of electricity is for operating the billion or so TVs around the world.

Large screen energy guzzling TVs are doomed. If nothing else, the HD PicoP technology would definitely not help their cause.  Just like the iPad and tablet is killing PCs; MicroVision’s HD PicoP technology is truly disruptive. Imagine in next 36 months; you could buy a smartphone with built-in HD PicoP projector shooting 1080p at 50+ laser lumen. That would definitely hurt TV sales; but they [TV manufacturers] can not stop this progress. Too many large players like SONY and SAMSUNG want this technology to grow and flourish. The market pull is enormous. Once we get clear guidance for mass produced Diode Green Lasers, it will be a proverbial rocket ride after that... for companies like MicroVision.

So, did I buy a PicoPro from Celluon and got rid of my 42" HD LED TV. 

The answer is YES and NO!

Yes, I bought the PicoPro from Celluon but did not get rid of my 42" LED TV... not yet anyway!

I’m thinking, for example, of buying another one when the 50+ lumen 1080p PicoP projectors come out… and use it in the bedroom for occasional viewing on the ceiling.  I could easily watch a show on my wall or ceiling and take it anywhere I want and for one third the price of 60 inch LED TV.

So it’s obvious to me that TV sales stand to lose a substantial amount over the next few years─ when the PicoP projectors at 50+ lumen and 1080p resolution come out… especially when the sales in colleges and universities start to pick-up momentum.

At the very least; HD PicoP projectors at 50+ lumen will fill-in the spot for the 2nd and 3rd TV sets in affluent homes.

Anant Goel
Producer CEO - RKNet Studios
www.LeRumba.com

 

Sunday, June 9, 2013

MicroVision | End of the Tunnel and on the Road to Recovery



The last post I wrote about MicroVision was over a year ago; and the title was the most revealing and depressing…

MicroVision | End of the Road or End of the Tunnel

A year later─ after blowing another $16 million or so down the hole─ we seem to be at another juncture in the MicroVision saga.  This time; it’s the end of the long tunnel for MicroVision.  That’s a good thing… because there’s green light at the end of the tunnel.

Over the last year, we have seen some major cost cutting measures… but still burning $12 million dollars or so per year. That’s an excellent effort and is good enough to save the company while still waiting for Diode Green Laser (DGL) supply to ramp-up later this year.

MicroVision stock has moved up by over 100% in the last few weeks. At the rate MVIS stock price is going [up]; it looks like the end of the tunnel.  This renewed optimism is based on changed perception and some concrete information on cost, performance, and scalability in production for the DGLs.

Here’s the green light of hope setting into the picture…

First, the good old pesky Diode Green Lasers─ the Holy Grail to the MicroVision salvation...

Before we get into details and start talking about Diode Green Lasers and Holy Grail and such, lets re-visit the issues once more…

Lately, there has been some visible activity and good news at MicroVision─ other than talks of stock issues and dilution.  And that makes me wonder: “What's up with PicoP SHOW at the Displayland of laser based Pico Projectors?”

Here's the latest scoop and thinking based on some consumer feedback...
  1. Fifteen lumen bright Pico projectors, regardless of the brand name or the underlying technology, are a toy as a standalone device... but the market is quite receptive to such devices in the $99 to $149 range. However, anything better than 15 lumen is definitely a differentiating improvement and worthy of $129 to $199 price tag. Guess what, MicroVision PicoP display engine is at 35 lumens currently and pushing envelop to 50 lumens by the end of this year.
  2. Fifteen lumen bright Pico projectors, using panel or DLP/LED technology, use too much battery power and need constant focusing... and they will also have other gating [like size and heat] issues making into the mobile devices. If panel/DLP/LED technology gets past the mobile platform gating issues; but at 15 lumens they will still be considered a toy.  However, the market is quite receptive to such devices in the $99 to $149 range... especially when someone else [like AT&T or Verizon] is paying for it. MicroVision PicoP engine at 35/50 lumens uses very little incremental energy compared to 15 lumens engine… and that’s a game changer in favor of MicroVision.
  3. Fifteen lumen bright Pico projectors, using MEMS/DGL technology, present a more favorable solution to the battery power issues and do not need constant focusing... and they will have far fewer mobile platform gating issues. However, at 35 to 50 lumens such laser based devices will be considered bright and business class productivity tool... and market is quite receptive to such devices in the $149 to $199 range... especially when someone else is paying for it. 
  4. There are currently two suppliers of DGLs and the third one is coming on-line by the end of this year. Current cost of DGLs is in the $40 per unit range with prices going down every Quarter… with year end 2013 price to fall in the $20 per unit range.
  5. DGL production in 2014, with three suppliers in play, is expected to really ramp-up into millions. And that’s what will encourage the Fortune 100 Electronics giants to venture and introduce Pico projectors into millions of digital devices… with ramp-up at 5% to 7% per Qtr. 
Bottom line is...

“... Can MicroVision make 35 or 50 lumen bright DGL based HD IPMs [High Definition Integrated Photonic Modules] for embedded PicoP projectors in millions; and make them cheap enough to be able to sell them in the $69 to $99 range; and manage to stave-off the financial spiral by showing some net profit on each sale?”

A few dollars profit on each unit sold could easily translate into hundreds of millions of dollars in profit when adoption rates in handheld devices accelerate into tens of million units in the next 1-2 years.

In my opinion, the answer, with some qualifications, is an astounding YES.

Here’s why…

Sony, Sumitomo push laser projectors forward with a new, more powerful green laser diode…


Here for real…

“The commercial arrival of the lasers will be welcome news for the likes of US-based MicroVision, which is at the forefront of pico-projector technology development but has struggled financially – partly as a result of delays in the development of direct green emitters, and the high cost of those that are available. The company’s VP of research and development Dale Zimmerman told optics.org last month (May 2012):

“We believe direct-diode green lasers are finally here for real. We are confident that as volume expands we'll see the pricing of the diodes come down dramatically, along with further improvements in efficiency, and anticipate that red, blue and green direct-diode lasers will be broadly available.”

At the moment, it appears that Sony’s lasers are leading on the efficiency front, thanks to the use of semi-polar structure. The Japanese electronics giant said in June 2012, that the devices developed with Sumitomo offered an electrical efficiency of 8%, ahead of the 5-6% quoted by Osram OS.

This is the best news in the history of MicroVision!!!

DGLs at over 100mW in the true green region wavelength of 530nm and at 8% wall efficiency…

“… will allow MicroVision to produce 35 to 50 lumen bright HD IPMs that will take less energy and can be scaled to millions at much reduced cost.”

Now here’s the question for the CEO and BODs of MicroVision...

“After six years of financial orgy─ that produced insignificant amount of sales of anything but involved dozens of highly paid managers and support staff─ can you deliver, now that you have efficient and cheap DGLs that you always wanted?”

Or you have another excuse, like…

“… We have cut the fat so deep; it may be “slicing the bone” and caused structural damage to the integrity of the company.”

Investors of MicroVision want to know?

The last hand is in play... and over the next 6 months it’s the do or quit time for MicroVision brass.



Producer CEO - RKNet Studios


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