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Technology Stocks : George Gilder - Forbes ASAP -- Ignore unavailable to you. Want to Upgrade?


To: George Gilder who wrote (4973)10/10/2000 1:33:33 AM
From: Sector Investor  Respond to of 5853
 
George, there were a couple of posts today on SI about 21st Century Investor's October update on Optical Access wireless technology as being superior to either Terabeam or AirFiber's solutions. Basically they say that Optical Access has "the most flexible solution, with the greatest range, and the highest bandwidth" and also the highest reliability because of their RF backup link.

I personally have not read the full article, but I would be interested in your opinion on this. Optical Access filed for IPO last Thursday.

Message 14542387

Message 14544246

A link to their website opticalaccess.com

Also, their S1 claims they will have 40Gbps transmission capability through 16 channel DWDM by the 2nd half of 2001.

Message 14536096



To: George Gilder who wrote (4973)10/10/2000 10:03:37 AM
From: The Phoenix  Respond to of 5853
 
George,

You're drinking the corporate kool-aide. Network processors work well at layer 2 and you're right in the next couple of years they may replace many layer 3 and perhaps some layer 4 functions. Please point me to just 1 processor development that will produce layer 7 wirespeed operation which will be available in the next 2 ... or for that matter 5 years.

As for optical cross connects. To supplant switching in the core optical cross connects will be required to switch 1000's of wavelengths. COrning is arguably in the lead here (good announcement yesterday with SCMR) with their 3D MEMS array technology. These switching modules will not even be ready for beta until sometime in 2002 let alone integrated into a switch capable of supporting the neccessary management functions. Theres that minor ugly detail of a control plane and the OIF still can't agree on MPLS as a method.

Like I said George... you make too many assumptions based solely on talking with corporate luminaries without adding any sanity to it. When was the last time you heard of a project actually hitting schedules.. <ggg>



To: George Gilder who wrote (4973)10/11/2000 10:02:31 AM
From: The Phoenix  Respond to of 5853
 
George,

There is one thing I failed to point out that I should have mentioned. That is that the large fabric optical cross connects being developed today will be able to switch wavelengths - not packets. Small but incredibly important detail. Given this, the assumption you made that core or edge routers will not be required is rendered impotent. I'm sure you understand the issue so I will not explain further but basically your original argument makes sense for point to point communications but we live in a switched and routed world.



To: George Gilder who wrote (4973)10/18/2000 5:14:34 PM
From: Zoltan!  Read Replies (1) | Respond to of 5853
 
OT

Hey George, sometime before the general election would you do us the favor of telling us which candidate in your considered opinion would be better for high tech and tech stocks?

Some people are invading various tech threads with uninformed propaganda supporting the "Atari Democrat", aka "the inventor of the internet".
Message 14607583

Thank you.



To: George Gilder who wrote (4973)10/20/2000 8:48:03 AM
From: Zoltan!  Read Replies (1) | Respond to of 5853
 
Thank you George!

October 20, 2000


--------------------------------------------------------------------------------




Internet in the Balance

By George Gilder. Mr. Gilder, author of "Telecosm: How Infinite Bandwidth Will Revolutionize Your World" (Free Press, 2000), is an investor in Internet and wireless stocks.

A few weeks back, Al Gore, mocking his own penchant for hyperbole, bantered with David Letterman's "Late Show" audience: "I gave you the Internet -- and I can take it away." This is no joke. While Republicans waste time with captious critiques of the straight-arrow Gore's credibility and character, the real threat posed by the Democratic candidate is utterly ignored. Mr. Gore's policies would impose an energy, tax and regulatory garrote on the Internet.

The Kyoto Treaty alone would be devastating to the Net. At a time when global temperatures are significantly lower than they were 1,000 or 3,000 years ago, Mr. Gore would impose an energy clamp on the U.S. economy over the next decade. Yet billions of new Web servers and Web devices are scheduled to come onto the Net during this period, while billions of now-poor Asians will also be drastically increasing their energy usage.

With each Web device draining as much as a megawatt-hour a year, a billion always-on Internet computers -- together with the factories that build them and scores of billions of watt-hungry embedded processors -- will account for an estimated total of four thousand trillion watt-hours, or close to half of the world's current electricity use. With the restrictions negotiated in Kyoto, a global broadband Internet cannot happen.

Tax Gouges

On the tax front most attention focuses on direct sales taxation, but the key taxes imposed on Internet expansion are income taxes. Mr. Gore's most passionate commitment is to bar all tax reforms that reverse the Clinton era income-tax gouges. Mitigated by the one-time effect of the collapse of inflation and thus of real capital-gains tax rates, the Clinton tax hikes have so far had a mild impact.

But inflation cannot collapse twice. Mr. Gore's adamant hostility to tax-rate reductions is already inhibiting Internet growth by halting stock market expansion. With new sieges of taxation and spending, Mr. Gore would create not a delusory "lock-box" for Social Security, but a "lock-out" of the entrepreneurial economy on which the Internet subsists.

Perhaps most menacing is the threat of Gore regulatory policies and attitudes on the advance of wireless technology. Wireless access will fuel the next phase of Internet growth.

But the environmental and regulatory passions central to Mr. Gore's entire career are now driving wireless innovation overseas.

As Eli Noam of Columbia has said, "If we can agree to oppose government industrial policies to subsidize telecom, cannot we also agree to oppose the levying of huge special taxes on the industry?" Yet the proudest achievement of Mr. Gore's favorite agency, the Federal Communications Commission, is a vast new tax on the wireless Internet.

That tax is the spectrum auction process, and it is already driving wireless development out of the U.S. and to countries, such as Japan, Korea and Finland, that lack the tax. Spectrum auctions are scheduled to collect a cumulative total of some $50 billion (more than twice the industry's total annual wireless investment) and to compound the existing controls on the industry's spectrum use with ever more encompassing financial regulation.

In replacing the previous political assignment of spectrum, Congress was attempting to limit the power of FCC bureaucrats and introduce market discipline. But under Mr. Gore and his friends, any regulatory opportunity becomes an arena of endless meddling and industrial policy. The auctions manage a "market" in which most spectrum is free, governed by capricious rules, and devoid of effective aftermarkets. When some small proportion is auctioned off at exorbitant prices because the government has made scarce what is naturally abundant, the result has nothing in common with free enterprise. Predictably the auctions have become a briar patch in which only bureaucrats and telopolies can thrive.

Recognizing that start-ups are the font of much technological innovation, however, Congress specifically told the FCC to reserve some spectrum for new entrants, chiefly to what came to be known as "C-block" companies. Embroiled in endless politics, the C-block auction became a disaster. Between the end of the bidding and the agency's actual award of licenses the revenue-proud and pettifogging FCC flooded the market with spectrum and constantly changed the rules. Prices predictably plummeted, making it impossible for the C-block companies to attract financing and consummate their bids.

By now, though, some of the original "winners" are ready to emerge from bankruptcy, pay their obligations in full, and move forward toward deployment. The FCC has flatly refused to accept payment. Instead -- to the cheers of incumbent carriers fearful of new competitors (and finagling for the spectrum for themselves) -- the agency said it would confiscate the new entrants' spectrum and give it to the incumbent carriers. Undeterred by adverse rulings -- including a U.S. Bankruptcy Court decision that caustically termed the FCC's actions "repossession by ambush" -- the agency is litigating this issue in U.S. courts of appeal in the 2nd, 4th, 5th, 7th, 10th and District of Columbia circuits.

As with all forays into industrial policy, the predictable result is to subsidize the past in the name of progress, enlisting government firmly on the side of the largest and most moribund companies and thwarting innovation and entrepreneurial energy. The danger of Mr. Gore is not the quasi-populist hostility to big business he pretends. It is his technical conceit and his all too real lust to control -- and take credit for -- what he did not create.

Cock-a-doodle-doo

In the new economy as in the old, property rights are indispensable for the investment-intensive development of any technology. But when the government's guiding ethic is "what's mine is mine and what's yours is negotiable," companies cannot summon the massive investment required to bring new technology to life. Regarding property rights as everywhere subservient to regulatory caprice, Mr. Gore and his associates live and breathe in the regulatory state. Thus, like the cock crowing at the sunrise, Mr. Gore imagines that his legislative incantations about "information superhighways" were crucial to the creation of the Net in the first place. A cock-a-doodle-doo policy cannot bring innovation, but capricious regulation can bring Internet growth to a halt.

Yet another area where the Gore mentality is menacing to Internet growth is the issue of the health impact of cellphones. There is no evidence that users of cellphones suffer any damage from them. But cellphones inexorably use microwave radiation and antenna towers opposed by Mr. Gore's followers and implicitly condemned by Mr. Gore's book, "Earth in the Balance." Microwave chip factories are dense with poisonous chemicals, and nearly all Internet devices are manufactured with materials deemed unacceptably toxic by some. A Gore administration will be filled to the brim by people who regard an occasional Erin Brockovich anecdote as more persuasive than global statistics of longevity and epidemiology improving everywhere that the new economy spreads.

With Silicon Valley already suffering power brown-outs as a result of the energy fears and chemo-phobias promoted by Mr. Gore, a Gore presidency will be predictably deadly for the American electronics, energy and chemical industries that enable the Net. While foreign countries move rapidly forward with nuclear power and breeder reactors, the U.S. will remain mired in Luddite loathing of radiation and industrial technology. Mr. Gore's policies put the Internet in the balance.
interactive.wsj.com



To: George Gilder who wrote (4973)10/20/2000 8:09:22 PM
From: 4finger  Read Replies (1) | Respond to of 5853
 
Mitel Pushes the Boundaries of Optical Communications

George - This announcement was met with a healthy dose of skepticism when it was made. Do you have any thoughts on the matter?

OTTAWA, CANADA, August 10, 2000 - Mitel Corporation (NYSE/TSE:MLT,) has produced working prototypes of photonic devices aimed at improving the price/performance ratio of Dense Wave Division Multiplexing (DWDM) by an order of magnitude or more.

DWDM is a key enabling technology to meet the insatiable demand for bandwidth on the backbone of the Internet. The technology allows more information to be carried over a single fiber by multiplexing (or mixing) multiple wavelengths of light.

Mitel's breakthrough allows a higher number of wavelengths (or channels) of information to be multiplexed at lower cost. Currently most commercially available products handle 16 channels. Newer offerings can go to 40 channels using a technique called Arrayed Waveguide Grating (AWG) but are limited in capacity by the large dimensions of the chip and by performance constraints imposed by conventional production techniques. Sometimes, such devices are also expensive to manufacture as they employ complex materials and specialty processes.

To overcome these limitations, Mitel employed a different form of grating known as an Echelle Grating and tapped into its proven semiconductor fabrication expertise to develop a number of proprietary, patentable techniques and built a better chip. The result may lead to a higher-capacity, single-chip device based on standard semiconductor materials that dramatically alters the economics of high-speed optical communications.

"Moving this technology to silicon instead of relying on more expensive and exotic materials, holds significant promise for cheaper, more reliable devices that are essential for high-speed optical transmission," said Dr. R. Normandin, director general, Institute for Microstructural Sciences, National Research Council of Canada. "Mitel's approach will positively influence performance and cost limitations."

"This is an example of what some people call disruptive technology," said Moris Simson, senior vice president and chief technology and marketing officer, Mitel Corporation. "By being able to etch deep enough, smooth enough and vertical enough into silica, we have laid the foundation for dramatic improvements in the capacity, size and cost of these devices."

Three fundamental capabilities are at the heart of Mitel's breakthrough:

Material Deposition, which allows thick layers of glass (or silica) to be deposited on a silicon base. Mitel is able to accurately control the material's uniformity and thickness, which makes its refractive index - hence performance - predictable.
Precision Etching, which allows the Echelle grating function to work. The challenge here is to deliver the optical multiplexing capability by allowing light to reflect and then propagate with extreme precision.
Product Realization, which entails qualifying the resultant devices and their physical packaging in a hermetic enclosure. The challenges here are to ensure that the device's performance is not affected by the polarization of light and to push the envelope in automation to obtain higher yields than competing alternatives.
"With a 40 channel multiplexing device, we believe our footprint per channel is five times smaller than competing alternatives, " said Dr. John Miller, Director of Photonics, Mitel Semiconductor. With this level of miniaturization, our approach provides unprecedented scalability leading to higher capacities and reduces the need for expensive, highly specialized amplifiers in the network. Mitel's current prototype conforms to the ITU-T grid with 100 GHz channel spacing. An 80-channel 50 GHz device is also in development."

The optical multiplexer family of products resulting from this research will be called **LightRider™ and will be targeted to DWDM equipment serving metropolitan area networks. This market is currently estimated at US $375 million and forecasted to reach US $2.04 billion by 2004*. Mitel expects to provide its lead customers with LightRider samples for evaluation by early next year.

This development program is another step in Mitel's progress in photonics and optoelectronics. The company continues to explore new frontiers with research organizations and universities, and recently established the Mitel Photonics Fund at the University of Ottawa to foster advanced multidisciplinary research.

About Mitel
Mitel Semiconductor specializes in connectivity solutions for the communications and medical industries with a product range that includes components for both wired and wireless networks; microelectronics for enabling the convergence of voice and data; optoelectronic devices for high-speed Internet systems; and applications-specific integrated circuits (ASICs) for medical applications such as pacemakers and hearing aids. For more information visit Mitel Semiconductor.

Mitel is a global provider of semiconductors and communications systems for converging voice and data networks in a rapidly evolving Internet economy. The company has annual revenue of $1.4 billion and employs some 6,000 people worldwide. For more information visit Mitel Corporation.

Certain statements in this press release constitute forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Such forward-looking statements involve known and unknown risk, uncertainties, and other factors which may cause the actual results, performance or achievements of the Company, to be materially different from any future results, performance, or achievements expressed or implied by such forward-looking statements. Such risks, uncertainties and assumptions include, among others, the risks discussed in documents filed by the Company with the Securities and Exchange Commission. Investors are encouraged to consider the risks detailed in those filings.

- 30 -

*Pioneer Consulting, LLC report "Market opportunities for optical switching, routing and crossconnect in DWDM networks," January 2000.
** LightRider is a Mitel Corporation registered trademark.



To: George Gilder who wrote (4973)10/31/2000 1:19:25 PM
From: D. Chapman  Respond to of 5853
 
KVHI- Next Powercosm Pick?

Im looking at KVHI which will be presenting at the December 6-8, 2000 PowerCosm

Here is the Agenda
powercosm.com

Quite often companies at conference are currently on the list or will shortly be added to the list.

Wednesday December 6th. 1pm
Smart Wires: where powerchips rule
Measuring and conditioning big electron flows in the wires

I believe that they will be presenting their fiber optic current sensor.

2000 Q3 Earnings Conference Call 10/19/2000

corporate-ir.net

Some transcripts from the Q&A sensor which addresses their presentation at the Gilder Powercosm.
messages.yahoo.com
messages.yahoo.com

Some background information on Fiber optic Current Sensors

metwww.epfl.ch

I do not have any information regarding the sensor or who is their "major European" partner. .

----------------------------------------------------------

Dear Digital Power Report Subscriber:

If you've been investing in the Power Panel companies we've been writing about, you've seen your investments more than double this year. In
fact, if you entered the market in April, your average portfolio has tripled in value.

What's the key to making these selections? A detailed understanding of the advanced technology being developed by these market leaders
to deliver High Nines power to the power-thirsty global Internet economy.

HOW will that power be delivered?
And more important, WHO will deliver the necessary infrastructure?

That's what you will learn at Powercosm II -- Powering the Platform on December 6th - 8th in New Orleans.

We'll be examining who will power antennas and lasers and the increasingly power-hungry portables and palmtops which are rapidly becoming
the base of mobile, Internet communications.

Key players in this expansive market will spend an intensive two and a half days with our subscribers evaluating the technologies and the
market demands of the power platform.

Hear directly from the CEOs from Softswitch Technologies, KVH Industries, Metallic Power, International Rectifier, Proton Energy Systems,
Power-One, Evergreen Solar, Capstone Turbine, FuelCell Energy, American Superconductor, Power Distributors and more !

And, we'll feature visionary insights from our friend and mentor George Gilder. The power demands of the Telecosm are far more significant
than Wall Street realizes -- You can be the first to discover these new investment opportunities.

There's a lot of fresh ground to cover which you can take home and use to plan your 2001 investment strategy -- you must understand the
market demand and the emerging technologies to supply that demand in order to make prudent investment decisions.

We have reserved 200 seats for Digital Power Report subscribers. You know the market and for you this conference is Mission Critical to
understanding where these key investable companies are going. Some of you have told us your didn't receive this month's issue as quickly as
normal, even though we mailed it at the normal time -- that's why we've extended the subscriber-only response deadline through the end of this
month.

We encourage you to reserve your place at Powercosm II today. The seats are filling up and we open the registration to the general investor
public on November 1st. Don't delay and end up on the conference waiting list -- that's what happened to subscribers who waited to sign up
for our introductory conference last June.

The current agenda and registration materials can be found easily at powercosm.com Otherwise go straight to
powercosm.com to reserve your conference place and make sure you are at the head of the curve in
making the right investment decisions for 2001.

We look forward to seeing you in New Orleans!

Sincerely,

Peter Huber and Mark Mills

PS: In case you think these days will just be hard work, rest assured we've planned a number of special entertainment events for delegates
and their guests. As an added bonus, your registration also includes a full set of audio recordings so you can revisit the technical presentations
after the conference.



To: George Gilder who wrote (4973)12/3/2000 11:25:09 PM
From: r.edwards  Respond to of 5853
 
Pictures of some of AVNX products:
inter-lab.gr.jp.
AVNX -Could very well be that this capex slowdown issue has attracted some less informed high-PE-short-sellers to Avanex, which should bode well for the coming Christmas season !!!
2001 capex at ca. $ 51 Billion, flat with 2000.

Capex plans laid out in segments show, that these carriers reduce spending on the traditional circuit switched voice network to focus on highest growth areas such as broadband access & IP networks/optical.

More specific, after having spent heavily on laying new fiber (85% are still dark), these telcos will concentrate on equipment to light up these networks.

Avanex's next-generation optical gear makes it possible to build transports about 8x cheaper than legacy SONET and with unprecedented flexibility.
-----------------------------------------------------
As Cheap as it has ever been. Fundamentals Remain Strong. Buy the Stock
epoch.com.
The stock was down another 10 points yesterday on no news. We did check in with the company and everything was indicated to be on track with previous expectations. Last quarter, both revenues and earnings were massively revised upward indicating that the company is not seeing any signs of slowdown or pricing pressure for their products. Clearly, some steam has been taking out of the sector but AVNX is very well positioned to weather a slowdown and the numbers should be conservative enough to allow for upside. The stock is now trading at the lowest valuation since going public. Here are the statistics.

Avanex by the Numbers
Sales Mult. EPS Mult.
FYO1 $193mm 15.5x $0.25 184x
FYO2 $372mm 8.1x $0.74 62x
Source: EPOCH PARTNERS
Looking out to FY03, it is very likely that the company could post revenues of close to $500mm. With a normalized operating margin of 20%, we arrive at a target operating profit of $100mm. Therefore, at the current $3B market cap, the stock is trading at just 30x FY03 operating profit. On an earnings basis, the stock is now at 62x FY02 EPS for a company that can easily see earnings grow a more than 50% for the next five years. For investors willing to look out a little, there will probably not be a better time to buy the stock in the next two to three years.
Read our full company report on Avanex.
-----------------------------------------------------
The Best Is Yet To Come – PowerShaper Expected Ship For Revenues In FY 4Q-01
We remain very optimistic about the outlook for fiscal 2001 as the company moves its new dispersion compensation product, PowerShaper, from pilot production into commercial volumes. We believe this new product may in fact offer one of the largest market opportunities as carriers move to deploy high bit rate,
high channel count, long haul networks. The company indicated (on its conference call with analysts) it expects PowerShaper to contribute to revenues in fiscal 4Q-01. PowerShaper should provide an additional top line demand driver as Avanex moves from a single product company to offering a suite of products and
subsystem modules.
Products Gaining Momentum
We view Avanex as an exceptional optical component manufacturer who has developed a suite of products built around unique filtering technology. Avanex initially introduced a dielectric based filter, called
PowerFilter, and it has expanded its product offerings to include products based on non-linear interferometer technology. In the June quarter, Avanex recognized initial revenue on PowerMux, its second commercial product. PowerMux is a next generation wavelength division multiplexer product that offers
unprecedented performance of 800 channels at 10 Gbps. PowerMux revenues are primarily from Avanex’s main customer MCI Worldcom, but the product is currently shipping to Nortel, Fujitsu and Sycamore Networks. Lucent, Siemens (SMAWY/$111.50), Cisco (CSCO/$52.25), NEC (NIPNY/$100), and a few
other companies are at various stages of testing the PowerMux product.
PowerExchanger, a “switchless” optical add-drop multiplexer based on PowerMux design principles, is tracking ahead of plan. The company recently shipped this product to Fujitsu and Cogent Communications
and recognized first revenue in the September quarter. In looking at the Avanex product portfolio, we expect PowerFilter, PowerMux, PowerExchanger, and PowerShaper to be the key products that fuel revenue growth over the next 18 months. PowerRelay is another exciting product currently under development.
PowerRelay is an optical amplifier for long haul applications and a critical piece to future mesh-based opticalnetworks.
Raising 2001 & 2002 EPS Estimates On Higher Revenue AssumptionsWe are raising our fiscal 2001 and 2002 EPS estimates to $0.24 and $0.52 from $0.09 and $0.42,respectively.
-----------------------------------------------------



To: George Gilder who wrote (4973)3/21/2001 9:11:41 PM
From: r.edwards  Respond to of 5853
 
CREE Lighting,http://www.fool.com/dripport/2001/dripport010321.htm?source=eheyhopop001101&ref=yhoolnk

SiC vs saphire lasers
4 fold storage DVD capacity
engineering.ucsb.edu



To: George Gilder who wrote (4973)1/27/2002 6:33:25 PM
From: Keith Feral  Respond to of 5853
 
George - Thanks for a great report. It looks like WCDMA is about to make a second victory for the Qualcomm.

One thing I would like to know - is there adequate spectrum available from MMDS spectrum to obtain the 5 HHZ for fixed WCDMA?

BTW, what kind of a core network will they use - ANSI? WCDMA on an ANSI network. I would have laughed if someone suggested it before last week. <g>



To: George Gilder who wrote (4973)1/28/2002 3:29:23 AM
From: Keith Feral  Respond to of 5853
 
George - After looking over Soma Networks all weekend, I have another question. Will the deployment of fixed wireless require companies to build new cell towers? Or, would they be able to thread the MMDS spectrum through their existing cell towers?

Thanks,
Keith



To: George Gilder who wrote (4973)4/19/2002 4:23:47 PM
From: Brasco One  Read Replies (1) | Respond to of 5853
 
you pos still hyping???