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The
McDonald Report
Commentary & Perspective...
End of an Era in MOCVDNovember 3, 2003...MOCVD tools have been heavily instrumental in making the compound semi industry
the commercial success it is today. Without the keen competition over the years
between Emcore Corporation of Somerset, New Jersey USA and Aixtron AG of Aachen,
Germany (the industry's two most well-known names in MOCVD equipment),
today's commercial marketplace, and certainly the marketplace created under
The Bubble, simply wouldn't exist. MBE Systems are great, but most would
agree that over the last few years especially, MOCVD has ruled. For sure MOCVD
has reigned supreme when it comes to making possible the highly successful GaN
LED marketplace. A fleet of one kind or the other of either Emcore or Aixtron
GaN tools (in many cases, a mix of both), are what is driving the blue
spectrum LED. Emcore's GaNzilla has cut an impressive path throughout
the international marketplace since this monster GaN machine was introduced
in February, 2001. (Ref. our search
results for 3 year archive of Emcore news & editorial coverage).
Virtually all HB-LEDs of every color up and down the spectrum, into
the UV which the human eye can't see, and all the white LEDs, (white being
just a clever blue spectrum-enabled trick on the eye), are grown by MOCVD.
Emcore and Aixtron have been battling back and forth for market share for 20
years and the sales teams of both have become very good at the high stakes,
competitive game. At last estimate there were 250 MOCVD tools in production
in Taiwan alone, 50 of which were added in just the last year. As Bob Steele
of Strategies Unlimited recently pointed out, there are at least 15 providers
of GaN chips in Taiwan, and as many as 25 in all of Asia, outside Japan. Some
of these facilities have an astounding number of systems in place, and just
keep ordering more. Virtually all those suppliers are using a mix of Emcore
and Aixtron GaN platforms, and getting results that are starting to rival Nichia,
Toyoda Gosei, Cree and Lumileds, which is one of the reasons so many eyes are
now on the fast-growing and heavily supported Taiwan and Korean markets. No
matter what epi growth camp you're in, (Emcore, Aixtron, "other" or
MBE) or a mixture thereof, the state of the art of MOCVD technology has clearly
benefited, tremendously, by the commercial competition. White LED might still
be in the dark without it.
Will that competitive stature be maintained as TurboDisc tools move
under the roof of a horizontal equipment supplier, i.e. Veeco (Nasdaq: VECO)
versus the vertical model Emcore provided when veering away from its equipment-only
stature in 1995? And where are Emcore and Veeco headed, individually, with the
shift? First of all, let the record be reminded that the game has changed already.
That's why it's the end of an era. Aixtron's founders have moved up the ladder
and out of the mainline action, and Aixtron has broadened its scope into the
advanced silicon-based epi busyness. Emcore's original founder and CEO, Norm
Schumaker, left Emcore years ago and is now heading a new innovative lithography
tool company in Austin called Molecular Imprints.
Emcore's business has shifted steadily over to the epiwafer (HBTs,
etc.) and device manufacturing and development side of the business. Approximately
120 people are involved in TurboDisc out of a total current employee roster
of 750, 200 of whom are at the corporate headquarters in Somerset. The focal
point of Emcore has been in Albuquerque, New Mexico for some time now, fortified
by the Ortel group in Alhambra, California. To those who know the company well,
this action is logical, especially given what it will take to fuel the next
gen Emcore as it confronts the battle of helping broadband communications and
advanced solar cells for space applications live up to their promised potential.
I have every confidence Emcore can do just that, especially now that it can
focus even more strongly on the materials and device side of the business.
Meanwhile, at Veeco, having already integrated a leading MBE supplier
into its company folds (the former Applied Epi which it acquired in 2001) can
trace its semiconductor product roots back to the Manhattan Project. Spinning
off in 1990 to what it is today under the continued leadership of Edward H.
Braun, Veeco has become a progressively stronger force in the compounds. With
the addition of MOCVD to their product offerings, my guess is that they will
quickly become regarded as a major equipment supplier to the industry, if not
the major supplier, given that Aixtron doesn't carry a MBE tool line
nor the breadth of related instruments. And through their MBE offerings, and
under the guidance of Dave Reamer, VP Strategic Marketing and Business Development,
Veeco has proved over the last two years that they understand the longterm future
of the advanced epitaxy business, and that the field may well include progressively
more silicon involvement as an expanded number of advanced devices come to depend
more and more on the art of atomic layer epitaxy. Veeco in Minnesota, (Applied
Epi) is heavily focused on the convergence of the compounds and silicon. So
is Aixtron. And the old argument Aixtron traditionally used when competing for
Emcore's customers: "We don't compete with our customers" will
no longer apply.
So it's clearly the end of an era, but who knows... the new era the
field now enters might very well prove to be even more exciting than the last.
It certainly will involve more people and more companies, plus new markets many
people can't even fathom. And isn't that what we've had as a goal these last
20 years? To bring the compound semi sector to the attention of the overall
semiconductor industry and help them receive their overdue appreciation within
the many markets to which the compounds contribute? No more stepchild status!
As the compounds dominate some markets, like blue spectrum LEDs, and with GaN
electronics coming on fast, and with silicon technologies converging with those
enriched by the compounds, the name of the game becomes, simply "Advanced
Semiconductors." That's the new era. More people will be involved,
creating more and better jobs... (hopefully soon), and an even more robust industry
is created that understands and appreciates the dynamics and potential of change. For added perspective on this topic, see earlier editorial prior to the Emcore
and Veeco news releases hitting the wire: Acquisition
Fever Mounts
Taiwan's the Hot Spot for Blue 2004 in MayOctober 30, 2003...With the success of Blue 2003 last summer in Dallas, we had to ask, where
should we hold the 2004 follow-on? Given the recent IP news and the incredible
buildup of MOCVD GaN tools in Asia, especially in Taiwan, obviously that country
becomes the hot spot for the production of blue spectrum devices as well as
an increase in innovation that we don't hear as much about. Yet. But the handwriting
is on the wall that innovation that leads to increased device performance and
suitability, along with improvement in yields is what it will take to navigate
around others' or lock in their own approaches to the advanced LED technology.
So we're going to the heart of the Asian action with the follow-on to Blue 2003.
To keep things simple, we'll call it Blue 2004 with the subtitle that
expands what we'll cover.
Blue 2004: Advanced LEDs & Lasers, will be held May 11-12,
2004 in the Hsinchu area. This follow-on event will extend and broaden the
topics of the original event. This first-of-its-kind international event will
gather together the complete vertical market, from leading manufacturers and
developers of advanced materials and processes, to devices and system assembly
from across the globe. Featured speakers will be selected from companies at
the leading edge in development of epitaxy, processing, test and measurement,
as well as their materials and source providers, subsystem assemblers and contract
manufacturers whose common goal is to promote the rapid deployment, acceptance,
and mainstream market adoption of solid state semiconductor light emitting technologies
and devices.
An important theme of the conference will be the international environmental
impact and overall cost-saving aspects these exciting new device types bring
to societies all over the world. Featured topics will include: High Brightness
LEDs (HB-LEDs); Blue Spectrum LEDs (green, blue, violet, white and ultraviolet);
Organic LEDs (OLEDs); Advanced Lasers and emerging technologies including Light
Emitting Nanotechnology and MEMS-based light emitting devices. Mark your
calendars now and keep watch for the conference web site coming soon!
If you have questions about the compound semiconductor
industry, news or views to share, I'm Jo Ann McDonald, Editor of CompoundSemi
News. Feel free to contact me directly, anytime. Email: 
Or my direct tel at the ranch is
+1-325-463-5345
From
time to time Jo Ann may comment on companies in which she holds a modest
investment as part of her "model CS/SSL stock portfolio". Be sure to read
her disclosure at some point in time...
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November 6, 2003...On Thursday afternoon, November 6th, USA President, George W. Bush, presented
the National Medal of Technology for 2002 at a White House ceremony honoring
eight individuals and one company who have opened new frontiers in technological
innovation. As we reported
on Oct. 23, when the Department of Commerce announced the Laureates, among
those eight are compound semi industry pioneers, Calvin
Carter of Cree who received an individual award, and the team
of Nick
Holonyak (University of Illinois), George
Craford (LumiLeds Lighting) and Russ
Dupuis (Georgia Institute of Technology). The ceremony took place at
3:00 pm USA Eastern Time, and can be heard via archived webcast over www.whitehouse.gov.
Soon, that access can be found on DoC's Technology Administration/medal coverage.
The Medal of Technology program is administered by the Technology Administration
within the Department of Commerce (DoC), the mission of which is "to maximize
technology’s contribution to economic growth, high-wage job creation, and the
social well being of the United States." And "by
highlighting the national importance of technological innovation, the Medal
also seeks to inspire future generations of Americans to prepare for and pursue
technical careers to keep America at the forefront of global technology and
economic leadership." By so honoring these above four top innovators
from our compound semi industry, whom many of us know personally, recognition
is also bestowed up the entire industry and all the hardworking international
professionals who keep moving it forward.
On behalf of the entire international compound semi industry, and as a USA-based industry news agency, we not only extend our congratulations
to Calvin, Nick, George and Russ, but we would like to publicly thank Phillip J.
Bond, Under Secretary of Commerce for Technology and Mildred Porter, Director
of the National Medal of Technology program, and the staff at TA for continuing to foster this recognition program. Nominations for the 2003 award are currently in the TA review
process, and the deadline for 2004 nomination submissions is Dec. 4th. Details
regarding the nomination process are on the Technology Administration website
Note on our special
coverage on Calvin Carter's nomination that he was nominated by none other than Max Yoder,
who recently retired from the Office of Naval Research. Max is a highly regarded compound semi pioneer in his own right, known as a true technology champion of wide bandgap community.
Within that field, Gallium Nitride (GaN) will always be known as "Yoderite." Calvin Carter will be speaking at the upcoming Compound
Semi Outlook Conference on Dec. 16th, and that evening, will be presented
a CompoundSemi Pioneer Award. Emcore Sells TurboDisc Division to VeecoNovember 3, 2003...Signaling the end of an industry era and potentially heralding the entry into
the next (see editorial, this issue), Emcore
Corporation of Somerset, New Jersey USA and Veeco
Instruments of Woodbury, New York USA officially made it known that Emcore's
TurboDisc MOCVD tool division and related R&D functions will now
become part of Veeco's growing compound semi offerings. Veeco paid $60 million
in cash for the net assets of the MOCVD business unit of Emcore and the transaction
also includes a two-year earn-out feature that would require payment of up to
an additional $20 million if future revenue targets are achieved. Emcore's MOCVD
revenue was $51.1 million for the trailing twelve months ended June 30, 2003.
The purchased MOCVD business includes those of Emcore's assets necessary for
engineering, design and manufacturing of the full range of TurboDisc
systems ranging from R&D to high-volume production systems, plus Emcore's manufacturing
facility and applications lab in Somerset, New Jersey as well as related intellectual
property. Approximately 120 Emcore employees are involved in the TurboDisc
business and will become employees of Veeco.
Emcore introduced the first MOCVD tools to the commercial marketplace
in 1984 when the company was first founded as a spinout by former Bell Labs
researchers. It stayed with that focus until the company changed management
in 1995 after which it went public on the Nasdaq (EMKR) under the direction
of Reuben F. Richards Jr., Emcore's President and CEO, and Tom Russell, Emcore's
Chairman. From that turning point on, Emcore has grown slowly and concertedly,
moving upward in a vertical direction, offering not only its traditional and
innovative line of MOCVD epitaxial growth tools, but a progressively broadened
product offering that includes epitaxy materials and various components and
subsystems for the communication industry. Emcore is noted now for their advanced
solar cells for satellite communication, and because of their acquisition last
January of Agere's Ortel group, Emcore is firmly entrenched now in optical transceivers.
In addition, Emcore also continues to be the co-parent of GELcore, its advanced
LED-related joint venture with GE Lighting.
The selling of Emcore's TurboDisc division is being viewed by
compound semi industry insiders as huge news because of the change it represents,
and overall, a positive step for Emcore as the sell-off will likely allow Emcore
to focus its resources more concertedly on its material and device work. And
the purchase of Emcore's TurboDisc division by Veeco is being viewed
as an equally positive step for the overall equipment buyer/user community as
Veeco's ownership equates to the potential fortification of TurboDisc
tool technology and helps assure its future development, especially as it relates
to GaN tool innovation for the production of blue spectrum LEDs and laser diodes,
as well as TurboDisc tools for the growing variety of other types of
laser diodes. We look forward to hearing more details as the two companies sort
through their new structures. Emcore's Reuben Richards, and Veeco's David Reamer
will both be feature senior managers at Gorham's 9th Annual Compound
Semi Outlook Conference in Dallas, December 15-17. Dave Reamer is co-chairing
the event with TriQuint's Ralph Quinsey. The December meet will provide an opportunity
for attendees, which traditionally includes the key industry senior management
and analysts, to hear more details of what the transfer of TurboDisc
means to both companies and to the industry as a whole. Emcore
release and Veeco
release.
Bookham Gets Antitrust OK on Acquisition of New FocusNovember 3, 2003...According to a Dow Jones News report
today, Bookham Technologies plc of England has received antitrust clearance
from the USA's Federal Trade Commission for its proposed acquisition of New
Focus Inc. of California, which it announced September 22, for $190 Million.
The FTC evidently terminated the waiting period required for the companies under
the Hart-Scott-Rodino Antitrust Improvements Act. Uniroyal Tech Bankruptcy UpdateNovember 3, 2003...Uniroyal Technology Corporation in Florida has gone the next steps in USA bankruptcy
and receivership process. It has only now come to more widespread public light,
via a Nov 3 8K filed to the SEC, that on August 14 UTC reported that it had
filed with the United States Bankruptcy Court for the District of Delaware a
motion for approval of bidding procedures and sale of substantially all the
assets of the Company's subsidiary, Uniroyal Engineered Products, LLC ("UEP")
to UEP Acquisition LLC for a purchase price of $17.39 million, subject to adjustments.
Howard R. Curd, Chairman and Chief Executive Officer of the Company, is a principal
of UEP Acquisition LLP. No other potential purchasers having appeared at the
auction scheduled for September 24, 2003, the sale to UEP Acquisition LLC was
approved by the Bankruptcy Court on October 3, 2003. The sale was consummated
on October 17, 2003. The Company's subsidiary, Uniroyal Optoelectronics, Inc.
("UOE") has been selling its assets in piecemeal fashion since August 1, 2003.
On October 30, 2003, the Bankruptcy Court issued an order converting the cases
to liquidation under Chapter 7 of the Bankruptcy Code. It is not anticipated
that the Company's stockholders and holders of unsecured and administrative
claims will receive any recovery in the bankruptcy proceedings. The liquidation
of the assets of the Company and its subsidiaries will be completed under the
direction of a Chapter 7 trustee appointed by the Office of United States Trustee.
News release nLight Gets $5 Million DARPA Contract for High Power LasersNovember 2, 2003...nLight Photonics of Vancouver, Washington USA has been awarded from the Defense
Advanced Research Projects Agency (DARPA) a $5 million research and development
contract under DARPA's SHEDS program to help enable nLight to take what nLight
describes as "a dramatic step forward in high power laser diode efficiency."
The vision of the SHEDS program (Super High Efficiency Diode Source) is to continue
the improvement of laser diodes with a goal of converting over 80% of their
input electrical power into output optical power, whereas the field can only
produce 50% efficiency right now. 80% efficiency is expected to then enable
lasers with up to 100-kW of output power to be deployed on mobile military platforms.
“This program will enable nLight to take a quantum leap forward in high power
diode laser performance” said Jason Farmer, Vice President of Advanced Technology
at nLight. “Both output power and reliability of high power diode lasers
are critically dependent on operating temperature. With current packaging technologies
every watt of heat generated corresponds to a particular rise in operating temperature.
The key issue for reliable high power laser diodes is therefore optimizing the
ratio of optical power generated to heat deposited in the package. Today, roughly
this ratio is roughly 1 to 1. The technology to be developed on this program
will increase this ratio to 4 to 1.” Company
news release FLX Micro Scores Additional BackingNovember 2, 2003...FLX Micro, of Solon, Ohio USA,
noted for its focus on advanced SiC-based MEMs products, has closed an additional
round of venture financing. Backers included Reservoir Venture Partners, Waypoint
Venture Partners, The Entrepreneurs Fund and Ohio Innovation Fund, a prior investor.
"In a very difficult funding environment, this financing reflects the customer
traction and technical progress that has been made at FLX," said Bob Lynch,
President and CEO. "The funds will be used to further commercialize silicon
carbide micromachining by porting the process developed at Case Western Reserve
University to an additional MEMS fabrication facility. We also plan to add product
engineers to allow us to leverage our proprietary processes at the product level
in close collaboration with our established customer base." For more information,
Bob Lynch can be reached at +1 919-608-2930 or via email
K2 Outsources EC Laser Production to FabrinetNovember 2, 2003...K2 Optronics of California USA has entered into a strategic manufacturing agreement
with Fabrinet. K2 provides lasers for the telecommunications, cable television,
sensing, and test and measurement industries, and Fabrinet is an electronics
manufacturing services company specializing in the engineering and manufacture
of complex optical, mechanical, and electronic components, modules, and subassemblies,
According to the agreement, Fabrinet will manufacture K2 Optronics' EC-48 external
cavity lasers (ECL), which are 2.5 Gbps, directly modulated DWDM lasers with
up to 650 km reach. For those unfamiliar with K2, it is funded privately by
investors including: Advent Venture Partners (UK), Alloy Ventures, Bessemer
Venture Partners, Global Technology Group, Intel Capital, JAFCO Ventures, Sutter
Hill Ventures, and The Photonics Fund. Fabrinet is based in a 225,000 square
foot facility with 2,500 employees in Bangkok, Thailand, and maintains sales
offices in the United States and Germany. Company
news releases LRC Starts "Bridges In Light" InitiativeNovember 2, 2003...Doing what it does best, which is helping facilitate society's transition to
solid state lighting, RPI's famed Lighting Lighting Research Center (LRC) in
Troy, New York USA, has put together an especially proactive coalition of researchers,
utility managers, government officials, manufacturers, designers, engineers,
and medical experts who are teaming to help chart a new, "socially responsible"
course for the field of lighting. Gathering in Saratoga Springs, New York recently,
in a gathering the group likened to "the First Continental Congress of
Lighting," the meet was called Bridges in Light. The 130 participants
worked under the direction of LRC organizer Mark Rea who commented that
"No other gathering of the industry's most influential players has ever been
called for this type of collective effort." Symposium participants focused
on identifying challenges facing the lighting industry as well as long-term,
sustainable solutions involving environmentally conscious design, high-quality
lighting systems that meet society’s needs, and campaigns promoting the value
of lighting. These campaigns, said Dr. Rea, will include education, communications,
advocacy, marketing, and leadership. "Most people view lighting as a commodity,"
said Rea. "They purchase lighting products, but don't understand the true
value of lighting, including its ability to affect our health, comfort, productivity,
and even energy savings." Those working closely in the advanced LED field,
especially in the blue spectrum, will want to read details of the meet and charter,
as described in the LRC
news release.
GELcore's Flex Accent LED System Available at WalMartNovember 3, 2003...The sign of success for advanced LED developers is when your end product actually
makes it to the shelves of WalMart. It looks like GELcore of Valley View, Ohio
USA, the JV created by GE Lighting and Emcore, has scored another one of those
wins by getting their latest product, a "Flexible LED Accent Lighting System"
into WalMart stores. The new systems is a patented, bendable 18-inch product
that five advanced LEDs and contains adhesive backing for easy installation.
It is based on GELcore's Tetra Lighting System and has been designed
specifically for mainstream commercial applications such as accenting books,
china, collectibles, and electronic equipment. The cool white light provided
does not produce any heat or UV output, which shouldn't be surprising since
that's not only what advanced LEDs do as solid state lighting rapidly replaces
conventional lighting systems, but it's also what GELcore is designed to do.
They buy their die from a variety of suppliers and package it right up the supply
chain, and because their products have the GE clout, they tend to get purchased
by the likes of WalMart more quickly than other suppliers. “The range of
applications for this new product is impressive,” says GELcore Product Manager
Michael DeMarco. “The system provides a simple alternative for accent lighting
which has never been seen before in our industry. In our test markets, we've
heard nothing but positive feedback from store managers to consumers.” Company
news release We are always looking forward to hearing
from you.
Contact the news editor, Scott McMahan, with an email to
Editor - at - CompoundSemi.com or
call +1 (512) 219-0158
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