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Commentary:
Bill Kroll, Phil Yin and Keith Evans to Co-Chair CS Vision 2007 June 19-20
... We've nailed down the dates for the next Compound Semi Vision get-together, June 19 and 20th. This year we've decided to hold it in our "hometown" of Austin, Texas. And three of our favorite CS supply chain industry CEOs have consented to serve as co-chairs this year: Bill Kroll,...
Jump down to the full story
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RFMD Reports Record Revenues, Earnings, and Cashflow CompoundSemi News StaffJanuary 24, 2007...RFMD reported all-time record highs in revenue, quarterly earnings, and cashflow.
Revenue grew by 35 percent year over year for Q3 fiscal 2007, and it jumped
14 percent over Q2 fiscal 2007. Cash flow from operation reached a record $64.8
million (excluding the sale of the company’s Bluetooth assets. Through
the sale of virtually all of its Bluetooth assets, the company recognized an
additional gain of $36.3 million. The good results were somewhat tempered by
the forecast of a smaller than average (but still significant) seasonal quarterly
decline for the quarter ending in March 2007.
The company’s cellular market revenues were dominated by sales of its
Polaris Total Radio solution which grew for the tenth consecutive quarter. They
are expected to continue to grow through March. In the wireless market, the
company sold nearly all of its Bluetooth assets to Qualcom. The company says
it has multiple customer engagements for its RF811X family of software GPS solutions,
it expects to receive commercial production orders in the first half of calendar
2007. In the infrastructure market for the quarter, the company sample its 15-watt
RF3825 gallium nitride power IC for public mobile radios and other wideband
applications. The company also sampled its new 48V 120W WCDMA GaN HPA to a key
technology partner.
Bob Bruggeworth, president and CEO of RF Micro Devices, said “As
we look to March and the balance of 2007, we expect our growth to be led by
our industry-leading power amplifiers as well as our Polaris family of Total
Radio transceiver solutions. We also anticipate that initial production ramps
of our GaN-based products and our software-based GPS solutions will commence
in 2007, which we expect will contribute positively to growth, diversification
and profitability." Company
Quarterly Financial Results Osram Opto Semiconductors to Introduce Sirilas Laser Diode Array at Photonics West 2007 CompoundSemi News StaffJanuary 24, 2007...Osram Opto Semiconductors (Osram) will introduce its Sirilas laser diode arrays
at Photonics West 2007. The Sirilas laser diode arrays will come in the form
of pumping modules produced by RayTools, a maker of lasers for industrial applications.
Osram Opto Semiconductors says that the RayTools-Sirilas Linear Array is an
easy-to-use housing for its Sirilas diode laser bar. Each array of laser diodes
is comprised of 16 individual emitters that can achieve an output of 30 Watts
(W). RayTools’ pumping modules can have up to 10 Sirilas laser diode arrays
and outputs of up to 300 W.
Osram says that Sirilas has integrated cooling fins, on which the laser bar
is centered. These provide effective water-cooling while reducing the thermal
resistance. The simple design of the cooling channels minimizes the possibility
of corrosion, and an enclosed package protects against dust and contact. An
integrated lens produces an almost parallel beam with vertical divergence of
typically one degree. Sirilas laser bars are ideal as pumping sources because
they can be precisely tuned to absorption lines of solid state laser materials.
The RayTools Sirilas Linear Array and its multiple pumping modules can replace
CO2 lasers for applications such as welding plastic and metal. Osram
Opto Semiconductors News Release Cree to Make Initial Switch to 4-Inch Wafers for Power LED and Schottky Diode Production CompoundSemi News StaffJanuary 23, 2007...Cree Inc. of Durham, North Carolina USA, reported in the company's recent earnings conference call that it has qualified its 4-inch wafer processes for fabrication
of Schottky diodes and LEDs. Cree CEO, Chuck Swoboda explained to analysts that the switch from
3-inch wafers to 4-inch wafers to produce die for power LED chips helps improve
production yields. This is because, when a design requires the same width from
the edge of a wafer to the circuit, the unused edge portion of the wafer makes
up a smaller percentage of the total area on a wafer with a wider diameter.
As a result, a greater percentage of the wafer can be used for circuits.
Cree also indicated in its second quarter fiscal 2007 conference call that
it would begin the switch to 4-inch wafers on a small percentage of its power LED and
Schottky diode production and that the company hopes the switch to 4-inch wafers will prove to lower
overall production costs in addition to increasing production yield. Cree reported lower demand, however, for its power LEDs and Schottky diodes for the quarter,
and that this lead to lower levels of production in its fab facility. In the coming
years, however, Swoboda underscored that Cree expects increasing demand for its high brightness LEDs, especially
in automotive lighting. Cree
News Release and Link to Conference Call Munich Court Rules in Favor of Veeco in AFM Dispute CompoundSemi News StaffJanuary 22, 2007...Veeco Instruments of Woodbury, New York USA, noted for it's compound semi epiwafer machinery and atomic force microscopes (AFM), has reported that the European patent
office in Munich has ruled in favor of Veeco in the company's dispute over AFMs with Asylum Research Inc. The Munich court has dismissed the opposition
filed by Asylum Research Inc. against Veeco’s European Patent No. 839,312
(the '312 patent). Asylum Research, a company started by former Veeco employees,
claimed that Veeco’s ‘312 patent was invalid. The patent relates
to the use of an atomic force microscopes in what's called Tapping Mode (a term for which a patent has been applied) with phase
or frequency detection to image the topography and surface characteristics of
a sample. According to Veeco, a three judge panel dismissed each of the grounds for opposition
asserted by Asylum and affirmed the validity of the Veeco patent.
Veeco said it is also pursuing an infringement lawsuit against Asylum Research
Inc. in the Central District Court of California. The complaint in this lawsuit alleges
that the manufacture, use and sale of Asylum's MFP-3D atomic force microscope
constitutes willful infringement of five Veeco patents, including the U.S. counterpart
to the European '312 patent. Veeco said it expects a favorable outcome in the
lawsuit, which is seeking unspecified monetary damages and a permanent injunction
to stop infringement. Veeco News Release Promotions Take Place at Native GaN Substrate Supplier, Kyma Technologies CompoundSemi News StaffJanuary 22, 2007...Kyma Technologies of Raleigh, North Carolina USA, a supplier of native gallium nitride substrates and materials, has reported that Dr. Edward Preble, the company's former VP of engineering, has been promoted to the position of chief operating officer (COO) and that Mark Williams, company co-founder and former COO has left the company to pursue other opportunities. Kyma also reported the promotion of Terry Clites to the position of operations manager, reporting directly to Dr. Preble.
“Ed has demonstrated great leadership qualities and has played a very key role in positioning Kyma for a great future. We are very pleased to promote him to this position, which is critical to Kyma’s continued growth,” stated Dr. Keith Evans, president and CEO of Kyma. In his new capacity, Ed Preble reports directly to Dr. Evans, taking on the responsibility for monitoring and improving daily operations of the company
and participating in long term strategic planning.
Ed Preble began working for the Kyma in 2003 as senior
engineer, and was promoted to VP of engineering in 2005. Prior to joining Kyma, Preble was employeed by the General Electric Company after receiving his Ph.D. in the famed North Carolina State University Materials Science and Engineering department under Professor Bob
Davis which spawned a number of notable wide bandgap semiconductor leaders who went on to found notable companies in the field, including Cree and Nitronex. Dr. Preble has authored over 35
scientific journal articles and is an inventor on eight pending patents. Terry Clites began working for Kyma in 2003 as a Crystal Growth Engineer. He was previously a Manufacturing Engineer with Sony Semiconductor where he became a Certified Six Sigma Black Belt. He has an M.S. in Materials Science and Engineering from University of Florida and a B.S. in Ceramic Engineering from Clemson University. Terry has done a great job in driving establishment of a quality-minded culture throughout Kyma’s organization,” said Dr. Preble. Company
News Release Cree Revenue Falls, But New Products Begin Brisk Sales in Q2 Fiscal 2007January 19, 2007...Cree Inc. of Durham, North Carolina USA reported a 16 percent revenue decrease for the second quarter of fiscal
2007 ending December 24, 2006, compared to the same period a year ago. Profit
for the quarter declined about 6.8 percent compared to a year ago. For
the first half of fiscal 2007, the company’s revenues decreased by 8 percent
compared to the first half of fiscal 2006. Net income for the first half of
the fiscal year dropped about 24 percent, despite being bolstered by the sale
of marketable securities.
In the conference call following the release of the company’s financial
results, Cree’s president and CEO, Chuck Swoboda cited slower LED chip
sales as the reason for the decline in revenue. “The LED slowdown
was primarily due to lower sales of our mid brightness chip products for mobile
phones and other applications,” Swoboda said. Content continues for LIGHTimes SecondPage members... NL Nanonsemiconductor Becomes Innolume; Delves into Silicon Photonics CompoundSemi News StaffJanuary 19, 2007...NL Nanosemiconductor, a company that specializes in quantum dot semiconductor
laser technology based in Dortmond, Germany, announced that it is changing its
name to “Innolume.” The company also announced that it has added
to its management team to develop silicon photonics at its new facility in Santa
Clara, California USA.
Innolume reported advances in semiconductor optical amplifiers (SOAs) using
quantum dot technology for the 1.3Cm spectral range. SOAs boosts optical signals
that have traveled long distances and attenuated through fiber. The company’s
new device is based on an AlGaAs/GaAs laminated structure grown on a GaAs substrate.
It incorporates an efficient InAs/InGaAs quantum dot active region. The company
points out that previously, quantum dot-based SOAs could not compete against
InP-based SOAs in terms of net gain and gain saturation. Innolume has demonstrated
a significant improvement in the operation of QD-based SOAs with a fiber-to-fiber
small signal gain as high as 25 dB and a saturation output power at -3dB in
excess of 10 dBm. The device uses Innloume’s proprietary quantum-dot technology
platform which has been previously used for development of advanced mode-locked
lasers, broadband lasers, and high-power lasers. Company
News Release CIR Says Silicon Photonics Will Go into VOAs and Reduce Ethernet Cost CompoundSemi News StaffJanuary 19, 2007...CIR, a company which reports on the optoelectronic market, will released a
new report about silicon photonics in February. CIR’s report predicts
that the use of silicon photonics will grow, despite that it may never reach
the performance of compound semiconductors in optoelectronics. The report notes
that high performance silicon photonics may never be able to match the power
and optical integration of the indium phosphide (InP) and gallium arsenide (GaAs)
optical components. CIR said that the ability to use standard CMOS technology
was one major factor that would drive down the cost of silicon photonics. CIR
says the adoption of silicon photonics will start with the deployment of silicon
waveguides for VOAs, and it will increase with the technology’s ability
to greatly reduce the cost of 10 Gig Ethernet while improving data transmission
rates and connection speeds. CIR
News Release Kyma Awarded New DOD Development Contract for Native GaN Substrate Device Technology CompoundSemi News StaffJanuary 16, 2007...The United States Department of Defense (DOD) has awarded Kyma Technologies
of Raleigh, North Carolina USA, a $3.3 million mult-year contract to develop
high-power high frequency electronic device technology. The contract, which draws
some of its funding from both the Missile Defense Agency (MDA) and the Air Force
Research Laboratory (AFRL), hopes to utilize the company’s low defect density
native GaN substrates to
develop and advance high-power high frequency (HPHF) electronic device technology
for applications such as: radar, electronic warfare, communications, and optoelectronic
systems critical to the DOD. (“Native GaN substrates” refers to single
crystal GaN substrates that are sliced from crystalline boules of GaN.) Kyma points out that the new contract leverages
the achievements and plans of several of the company’s ongoing cooperative research
and development agreements with the AFRL, the Naval Research Laboratory (NRL)
and several MDA small business innovative research programs (SBIRs) and small
business technology transfer research programs (STTRs) (Ref: NRL
Coverage, AFRL
Coverage, MDA
Coverage).
Mr. John Blevins of AFRL’s Materials Directorate is the technical monitor of the new program,
while Dr. Drew Hanser, Kyma’s CTO and VP Business Development, is the
principal investigator. “While today’s HPHF GaN device technology
has reached impressive performance levels, reliability issues remain which we
believe are tied to the current reliance on foreign substrates. Kyma’s
native GaN has the potential to solve these problems by enabling a higher quality
device active region. Our overall approach is to use the best materials possible,
prove out the device benefits, while working in parallel to make these materials
more readily available,” said Hanser.
Dr. Keith Evans, Kyma’s president and CEO, added, “This program
represents an important contribution to our mission to provide our customers
with a range of best-in-class III-nitride products. We are thankful for the
vision and the support of our DoD colleagues and are dedicated to making this
a successful effort.” Kyma
News Release Spire's Bandwidth Awarded Nasa Contract CompoundSemi News StaffJanuary 16, 2007...NASA’s John Glenn Research Center in Cleveland, Ohio USA, has awarded
Spire Corporation a $600,000 contract to develop a new type of thermo photovoltaic
(TPV) cell that produces electricity from heat. In theory, NASA could use TPV
cells to generate electricity from heat produced by radioisotope sources for
long duration space missions. Potential consumer applications include using
heat from combustion to produce electricity.
According to Spire, the work will be carried out in part at its wholly owned
subsidiary, Bandwidth Semiconductor. Bandwidth Semiconductor reportedly already
offers gallium arsenide (GaAs) solar concentrator cells for converting the sun’s
energy to electricity. Bandwidth Semiconductor says it has over ten years of
experience producing cells like these TPV cells, which use indium gallium arsenide
(InGaAs), a variation of GaAs. Spire
News Release SatCon Awarded Subcontract in DARPA Diode Battery Project CompoundSemi News StaffJanuary 15, 2007...SatCon Technology, a maker and developer of power electronics of Boston, Massachusetts
USA, reports that it was awarded a $208 thousand subcontract from North Dakota
State University (NDSU) to design electronics for an advanced Diode Battery.
NDSU was contracted through a Defense Advanced Research Projects Agency (DARPA)
contract to develop a Micro-Isotope Power Supply. NDSU has subcontracted SatCon
Technology to design power conditioning and management for the battery devices
that NDSU is producing. Other collaborators on the team include: experts from
Rensselaer Polytechnic Institute, Battelle Pacific Northwest Division (Pacific
Northwest National Laboratory), and the Naval Research Laboratory.
According to SatCon the goal of the program is to develop a one cubic centimeter
AlphaVoltaic (AV) battery that can deliver 35 milliwatts continuously for many
months to many years. SatCon explained in its news release that the principle
of the operation is very similar to photovoltaics (PV) with the radioisotope
the source of energy rather than the sun. The AlphaVoltaic is designed for higher
energy excitation, using wider bandgap materials than photovoltaics. SatCon
also said that batteries like these could be used to power unattended sensors
for applications such as perimeter defense networks and other broader applications.
SatCon's Chief Executive Officer, Dave Eisenhaure stated, "The company
is poised for substantial growth in alternative energy solutions and advanced
technology for energy and power management. We believe such development programs
will advance the state of the art in energy storage - critical for the widespread
adoption of alternative energy technologies. This contract underscores our leadership
in supplying power conversion products in a new and growing market for advanced
power solutions." SatCon
News Release Our news features are reported
by the CompoundSemi News staff writers.
For submissions or content suggestions, you can contact us using
editor -at - compoundsemi.com
For more information and to reserve promotion space contact
Info7 -at - compoundsemi.com
or call +1 (512) 257-9888
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Commentary & Perspective...
Bill Kroll, Phil Yin and Keith Evans to Co-Chair CS Vision 2007 June 19-20
January 24, 2007...We've nailed down the dates for the next Compound Semi Vision get-together,
June 19 and 20th. This year we've decided to hold it in our "hometown" of Austin,
Texas. And three of our favorite CS supply chain industry CEOs have consented
to serve as co-chairs this year: Bill Kroll, CEO and chairman of Matheson
Tri-Gas; Phil Yin, president and CEO of AXT;
and Keith Evans, president and CEO of Kyma Technologies.
With a leadership team of that caliber, you better go ahead and just ink
in June 19-20, 2007 on your calendars right now, because you won't want
to miss this executive level business meet. CS Vision will run 8am-5pm Tuesday,
June 19th and 8am-3pm, Wednesday, June 20th. Tuesday evening will be a networking
reception followed, undoubtedly, by a trek through Austin's famed 6th Street
music scene.
Here it is the depths of winter, and I get to plan our upcoming CS Vision conference
for next June. Nothing like planning a truly hot conference, to be held in the
last days of the upcoming Springtime in Texas, (which is the best time
to visit Austin and the Texas Hill Country) to warm oneself when the temperatures
are holding below freezing, day in and day out. This year, yours truly (Jo Ann
McDonald, co-owner of CompoundSemi Online Inc. and founding editor of
CompoundSemi News and LIGHTimes) will be the organizer and conference
coordinator for CS Vision. If you don't recall, CS Vision is the follow-on to the
old CS Outlook conferences, which date back to the mid-1990s... back when business
was booming. With any luck, the compound semi business will soon boom again.
The three distinguished and highly accomplished CEOs we've tagged to co-chair
this year's CS Vision are clearly leading the way when it comes to bringing
back the boom (or, at the very least, a little mild prosperity again).
Thus, I'm thinking a good theme for this year's Vision should be "Taking
the Lead." First, let me introduce to you Bill Kroll, Phil Yin, and
Keith Evans, in the event that you haven't already had the pleasure of meeting
them. Then I'll outline the basic structure for this year's Vision so that you
can affix a Must Attend! notation after blocking off the June 19-20 dates on
your calendar.
William J. Kroll, better known as "Bill" or simply "Kroll"
to his friends, has been leading the way-- when it comes to the compound semi
industry-- for decades. He's a man who truly knows everybody. Those of
you who've worked with Bill at either Matheson Tri-Gas, (where he worked long
before his memorable and noteworthy stint as executive VP of Emcore during the
heydays of MOCVD in the mid 1990s) know that his influence and popularity is truly world
renown. For example... if you attended a big SEMI show at his side, you'd find yourself stopping at almost every booth or pausing while Bill chatted in the aisles
with about every-other person in the exhibit hall because that many people simply
had to shake hands with the grand master. It was like walking
around with someone running for a political office.
Bill Kroll worked originally with Matheson Gas Products Inc. starting in the
late 1980s, serving for seven years as their senior VP of sales and marketing,
responsible for $100 million in sales and 700 employees, worldwide. Before that,
he was a VP of marketing for Machine Technology. But most in our industry got to know him from 1994 on at Emcore, until he returned to Matheson Tri-Gas to become CEO
and chairman of Matheson Tri-Gas's board of directors. Two of the many memorable
things about Bill while at Emcore were: 1) that he served as the executive catalyst
who created GELcore, the solid state lighting JV between Emcore and GE, and... 2) that he served many years
as the co-chair of the annual CS Outlook Conferences when they were under the
direction of Gorham (with CS Online organizing the program). Each year we ask him to serve again as co-chair, and this
year his schedule finally allows him to do so. Since he has such a long, strong
history with this annual event, we should rightfully give him the title of Chairman
Emeritus. In 2003, Bill also played a key role in our rollout of the original
BLUE event in Dallas, Texas and did the honors with yours truly in presenting
the first Compound Semi Pioneer Awards. Take a look at the pictures
of that event...and when you attend this year's CS Vision 2007 in Austin, you'll
see that neither Bill nor I have aged a bit! Well... at least Bill hasn't.
And hey... we might just have a follow-on Pioneer Awards ceremony at this year's
CS Vision. Winners traditionally have to be in actual attendance... yet another
reason to plan to be there for sure! Because, who knows, one of the winners just
might be you!
Bill Kroll completed his undergraduate and graduate work at Northwestern University. He's an established author, having penned more than 50 papers in the areas of
physical and chemical vapor deposition for semiconductor technology, and he is a
member of IEEE, SEMI, SPIE, SAE, The Electrochemical Society and MRS. Bill has
served on the Boards of Princeton Photonics and Optoelectronics Materials Center,
and currently serves on the boards of the CGA, AeA, IOMA, Matheson Tri-Gas,
Inc. and Taiyo Nippon Sanso Corporation. Kroll was inducted into the New Jersey
High Tech Hall of Fame in 2004, and was named as one of the top 25 Entrepreneurs
in NJ by NJ Biz in 2006. Under Kroll’s leadership, Matheson Tri-Gas, Inc.
was named Large Company of the Year by the New Jersey Technology Council in
2006. And in addition to being a master marketeer (especially in CS gasses and
MOCVD technology), Bill Kroll is also a master sailboat skipper (and host).
Phil Yin is another silver fox who has held leadership positions in the compound
semi industry for decades. When I had the pleasure of first getting to know
Phil, he was serving as general manager of North America for Aixtron, a position
he held from 2003 until taking over the helm at AXT in 2005. Prior to Aixtron,
Phil... who holds a Ph.D. in material science from Brooklyn Polytechnic Institute...
was sole proprietor of Philip S. Yin Consulting, specializing in epitaxial deposition,
starting wafers, and strategic business development. From 1999 to 2002, he served
as president of ATMI Epitaxial Services and prior to that he was senior VP,
sales and marketing of Crysteco, and director of sales for Mitsubishi Silicon
America. He came up through the ranks originally at Monsanto Electronics Materials
and IBM Thomas J. Watson Research Center. A former Marine, Phil's one of the most personable
and jovial people I've ever had the pleasure
of getting to know. He's so cool, that, as a 21 year member of "HOG" (Harley Owner's Group), in his spare time he serves on
the Harley Davidson Advisory Panel (as in motorcycle giant). Phil's also a member of the Electrochemical Society, The American Association of Crystal Growth (AACG) and past executive committee member of the Northern California Crystal Growers (NCCG). In his role now
as the head of AXT, and because of AXT's strong ties and many joint ventures
in Asia, Phil is also considered a expert in doing business in mainland China. He also considered an expert in GaAs and InP substrate technology with exceptional breadth
and depth of knowledge and understanding about epitaxy.
Keith Evans, who received his Ph.D. in physical chemistry from Purdue University,
has a compound semi pedigree that would make anyone in the field envious. Getting
his start in the field at the USA's Air Force Research Lab (AFRL) in Dayton,
Ohio at Wright Patterson AFB, Keith built a world class Air Force research group
while at AFRL, where he established a precedent-setting effort in the sensor-based
control of MBE crystal growth and published over 200 publications. His decade
plus at Wright Pat provided him with uniquely strong ties with all the
DoD agencies involved in compound semi R&D, many of which help support Kyma's
outstanding research and development in native GaN substrates. Keith left AFRL
in 1996 to join a laser startup and has gone on to hold a number of key executive
positions in the CS industry that span the entire supply chain including substrates,
epitaxial growth, epitaxial growth equipment, and devices. Prior to becoming
president and CEO of Kyma Technology, he served as senior VP business development
and chief marketing officer for Crystal IS, where he enabled A-round equity
financing and scored a key NIST ATP grant. Keith also served as VP of advanced technology
at Veeco-St. Paul, where he developed and won funding for that company's Epitaxial
Growth Process Integration Center (PIC). When he was VP of operations and advanced
technology for QED, Keith drove record production efficiencies, revenues, and
profits and proposed the successful merger between QED and Epitaxial Products
International, which resulted in the formation of IQE. IQE quickly became
the industry's largest compound semiconductor wafer manufacturer and it is
still growing, as evidenced by the recent merger with Emcore's epitaxial group
and the recent acquisition of MBE Technologies.
How are those for impressive biographies? And that's just our co-chairs for the
event. Wait until you see the quality and number of market analysts we're inviting
to speak at CS Vision in Austin on June 12-20, 2007 and out and out "visionaries."
We're even inviting my peers in the semiconductor trade press to attend and
take part in a panel or two. If they accept, I'm considering adding a seminar the day before the main conference for conference attendees and their young up and comers in IR and PR. The seminar would be led by senior press and investor relations gurus. It would be called (of course) "Tricks of the Trades" and provide unique insight for those seeking strategic and tactical knowledge in today's investor relations, press and public relations practices. As you can see, CS Vision is shaping up to be a true executive level business conference.
And this year we're asking our keynoters and speakers to look further into the
future than just the usual one or two years out. We're Taking the Lead
(yeah... I like the sound of that as a theme) by looking five years out
to see if, as a group of caring leaders, we can't reach some consensus as to
how the CEOs and other senior managers of the companies in the compound semi
industry supply chain might better prepare, and team, to provide truly superior
materials, equipment, and expertise for their customers and fellow developers
so that the compound semiconductors and their supporting technologies can even better
prepare for future needs. We'll review what's been happening--and what to expect--in
the sectors we cover in these pages: advanced communication, advanced solar,
advanced sensors, laser diodes, and unique LEDs beyond solid state lighting
applications, which we cover over our sister site, Solid State Lighting Net, at our annual BLUE event in Taiwan. This year, BLUE
2007 is slated for April 17-19. Note that the agenda for BLUE has just been
posted. We'll have the website live for CS Vision 2007 ready soon.
Have you noticed that everything we cover at CS Vision and In CompoundSemi Online is preceded by the term "advanced"?
That's because there's absolutely nothing retarded nor backward nor mundane when it comes to
the compounds. Like our theme for CS Vision, the compounds are traditionally
leading the way to better products for a higher quality of life for everyone... and their natural environments. Plan now to attend CS Vision 2007 June 19-20 in Austin and
be part of the compound semi leadership team.
If you have news or
views to share about the compound semiconductor, LED or solid
state lighting industries
contact our Publisher, Tom Griffiths
His direct tel in Austin is +1-512-257-9888
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