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Editorial: What's a "Media Event"?
... On Thursday of last week, after putting a fresh issue of CompoundSemi News "to bed" (using the age-old newspaper-speak), I cruised up to Dallas for a firsthand look at our chosen venue for our Blue 2003 -- Behind the Hot Apps "Media Event", slated for June 11-13th (and no......
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Features:
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March 29, 2003...Remember CoreTek? That's the name of one of the all time brightest of the brights
in tunable laser technology. CoreTek was purchased by Nortel Networks in June
of 2000 for a whopping $1 billion, and when it came time for Nortel to sell
the entirety of its opto operations to Bookham, the CoreTek operation was mysteriously
cut from the deal. Attempts to save itself from oblivion, the CoreTek team tried
to unsuccessfully buy itself back as an independent restart. While outspoken
journals such as LightReading have tried to help keep the CoreTek flame
alive (reference our litany
of 3 years of coverage), insiders who knew the people doing the actual CoreTek
creative work have collectively wondered what became of this outstanding technology
team? And... did it stay reasonably intact? The answer is Yes. The technology
core of CoreTek (by way of Lucent/Bell Labs) is alive and well and currently
involved in a brand new startup, called Ahura Corporation, located at 46 Jonspin
Road in Wilmington, Massachusetts USA. Ahura just came out of stealth mode and
uncloaked themselves in time for a key post-deadline OFC technical paper titled:
"Raman
Amplification Using High-Power Incoherent Semiconductor Pump Sources." Authors are D. Vakhshoori, M. Azimi, P. Chen, B. Han, M.
Jiang, K.J. Knopp, C.C. Lu, C.J. Pinzone, Y. Shen, G. Vander Rhodes, S. Vote,
P.D. Wang, and X. Zhu. Contact is K.J
Knopp at tel: +1-978-657-5555 x102. Their website is: www.ahuracorp.com.
Longtime CoreTek camp followers will note the name of Christopher Pinzone on
the author roster. Chris is serving as Director of Photonic Materials for Ahura
and was formerly CoreTek's gifted Director of R&D Epitaxy. Ahura is specializing
in optical subsystems (op amps, intelligent sources, filters, other optics,
and subsystems integration). With first round funding fanning the new flame,
Ahura has a 30,000 sq. ft. facility with class 100 and 1000 cleanroom space
and is shipping samples of their first product. We welcome the team back to
the front line action and look forward to our press colleagues running with
this exciting new chapter to the old CoreTek saga. Scottish Enterprise Focuses on Optoelectronics PackagingMarch 28, 2003...Scotland's optoelectronics industry is getting a new £4.2 million ($6.75 million)
facility dedicated to commercializing the area's leading edge opto devices.
The new facility is slated to be up and running this summer and is to be located
in Livingston, Scotland. The new packaging center is being developed in conjunction
with the Scottish Optoelectronics Association, and is designed to assist in
bridging the gap between design and manufacturing qualification of optoelectronics-based
devices. Funding has been provided from both Scottish Enterprise and the European
Regional Development Fund. The group behind the venture feels that establishing
a facility with specialist capability in packaging technologies is critical
to the development of a sustainable Scottish optoelectronics industry and it's
stated charter is to accelerate the commercialization of university research
and help create and support high-growth startup companies. The facility will
also complement the work of the recently launched Intermediate Technology Institutes
that will raise Scotland's international competitiveness by supporting business
research and development in key growth sectors of the global economy. The project
is being managed by Scottish Enterprise Edinburgh and Lothian from a concept
developed by the Microelectronics, Optoelectronics and Communications Technology
(MOCT) cluster. Considerable details are included in the group's news
release. Celeritek Board Retains Counsel to Deal with Shareholder InitiativeMarch 29, 2003...As a reminder to all those involved in publicly held companies that their companies
are, indeed, "owned by shareholders," i.e. the "public"
versus those who may actually have founded or manage said company, on March
5th, Celeritek shareholder announced
the formation of a "protective committee" to consider the replacement
of Celeritek's current board of directors "with those who will be more
open to the corporate governance concerns of shareholders." On March 25th,
Celeritek countered the pending shareholder initiative by announcing
that it has retained Lehman Brothers as its financial advisor, and Wilson Sonsini
Goodrich & Rosati, as its outside legal counsel, with the stated charter of
assisting Celeritek "in exploring means by which the company can enhance
shareholder value and to advise the Celeritek Board regarding recent shareholder
proposals." In 2002, Celeritek rejected acquisition overtures by Anaran.
(reference our litany
of Celeritek coverage). Siemens Proposes CapEx Savings in Wavelength Routed Optical NetworksMarch 29, 2003...Siemens Information and Communication Networks (IC Networks, or "ICN")
presented to OCF-goers what they call "heuristic formulas derived from
simulations to estimate the wavelength demand in photonic networks." These
are actually simple and general formulas to help carriers and technical sales
people reduce network planning costs. Siemens, which has been a major compound
semi industry player for many years, remarked that "Today's situation in
the telecom market is simultaneously characterized by enormous technical progress
and a dramatic economic downturn. The economic downturn requires the introduction
of new networking technologies even in the transport layer of the backbone networks."
Their solution towards savings on capital expenditures (CapEx) for next generation
transport networks is transparent networking with sparse wavelength conversion
and optical light path regeneration. Siemens ICN has developed equations which
allow for a simple estimate of the wavelength demand. From these results networks
planners can obtain an estimate of the costs of the photonic layer of a wavelength
routed transport network. Details are included in their company
news release. Emcore Signs on to POP 4 Transciver MSAMarch 29, 2003...Emcore has joined the growning number of shakers and movers in the parallel
fiberoptic field in subscribing to the Pluggable Optics 4-channel (POP4) multi-source
agreement (MSA). As a result, Emcore will now offer a 4-channel parallel fiber
optic transceiver module compliant with the defacto standard. The POP4 MSA provides
fiber optic vendors with common mechanical and optical specifications in order
to manufacture 4-channel transceiver products with standardized interfaces.
Electrical interconnection is made using the FCI 100-pin MEG-Array connector
system while the optical interface is based on the industry-standard MTP/MPO
fiberoptic ribbon connector. Originally co-authored by Agilent Technologies
and Zarlink Semiconductor, the POP4 MSA promotes a flexible and reliable system
design by ensuring that customers have access to multiple, reliable, sources
for 4-channel transceiver modules, which are used for high-bandwidth optical
interconnections in next-generation networking equipment, including switches
and routers. Company
news release.
Picolight and IBM Demo New VCSEL-based Standard in Bandwidth DensityMarch 28, 2003...At last week's OFC, a pioneering VCSEL company, Picolight Inc. teamed with
the major SiGe industry pioneer powerhouse, IBM, in demonstrating what the two
feel is a technology that "sets a new standard for bandwidth density of
data transmission between servers, routers, switches and cross-connect equipment."
The products are thumb-sized SNAP12 modules operating at a full 10 Gbps per
channel over standard 12-fiber ribbon to more than triple the performance of
today’s 12-channel transmit/receive modules. Picolight and IBM’s parallel optical
interconnect technology is geared to solving the critical backplane bottleneck
in high-throughput systems currently used in enterprise and storage area networks,
points of presence, central offices, large data centers and wide-area network
hubs. The technology could allow processors to be more tightly coupled, making
server architectures more flexible and allowing servers to better handle varying
workloads. The joint technology combines 12 x 10 Gbps parallel optics from Picolight
and IBM’s 12-channel laser driver IC to achieve more than 120 Gbps of aggregate
interconnect capacity across existing fiber, enabling seamless upgrades to existing
systems. “This technology not only sets a new benchmark for short-range optical
bandwidth density but also for the requisite test infrastructure,” said
Modest Oprysko, department group manager for communication technologies, IBM
Research. “It is becoming increasingly difficult to provide the requisite
bandwidth density using copper once links get to 10 Gbps data rates and lengths
of 10 meters. We believe that 10 Gbps per channel data rates is a threshold
for considering the use of optics in high aggregate databus links in high performance
systems and this technology will help jumpstart the industry. This technology
also outpaced the test equipment market, so IBM had to build our own test equipment
to test and validate the simultaneous performance of all 12 optical channels.”
Company
news release New Focus Adds 1310 and Test and Measurement LinesMarch 28, 2003...New Focus of San Jose, California USA made two important new product introductions
at OFC last week. The company introduced the addition of a new compact laser
source at 1310 nm for test and measurement applications and the addition of
a new line of receivers for test and measurement applications. The 1310 product,
called Model 1732 can be directly modulated up to bandwidths of 2.5 GHz, deemed
ideal for use in laboratory applications or for characterizing 2.5-Gbit/s data
communications components. This new offering directly addresses the lack of
commercially available directly modulated high-speed laser sources. "This
modulated laser source complements our current line of leading photonic detectors
and laser sources," said Dr. Nadim Maluf, VP of the Photonics Tools and
Instruments product group of New Focus, Inc. "Just like the Model 1780 10Gbit/s
VCSEL source at 850 nm, the new Model 1732 1310-nm laser source enables engineers
to streamline test-and-measurement processes by addressing the need for test-and-measurement
lasers in the data communications arena and enabling faster time-to-market for
new product development." Details are in their company
news release. Included in their new line of receivers for test and measurement
applications are Models 15XX-B receivers that have a bandwidth of 12 GHz and
a response down to zero frequency (DC), aimed at providing fast, accurate, waveform
measurements across all communications wavelengths from 400-1650 nanometers.
The Models 15XX-B DC-coupled 12-GHz receivers come with either a single-mode
(9-micron) or multimode (62.5-micron) fiber input. These receivers contain either
a GaAs detector for wavelengths from 400-900 nanometers or an InGaAs detector
for wavelengths from 400-1650 nanometers. Details are included in that company
news release. Mitsubishi Opens Compound Semi Support Facilities In USAMarch 25, 2003...Another Japanese company that has a long, strong reputation for its work in
compound semi technology development and deployment is positioning
itself to be in place for a hopeful upturn in business in the USA. Mitsubishi
Electric and Electronics USA, Inc., has announced it will officially establish
its new compound semi USA "Semiconductor Division" April 1st, with
headquarters in Northern California's "Silicon Valley." The specific
charter under the new initiative is for Mitsubishi Electric to provide its customers
with marketing, sales and application engineering support. Regional sales offices
and third-party sales and distribution channels will also be located throughout
the United States and Canada. "We are establishing the new Semiconductor
Division to demonstrate our continued commitment to our optoelectronic and microwave/RF
customers," said Kiyoshi Kawakami, President and CEO of Mitsubishi Electric
& Electronic USA, Inc. "Although the overall high-technology market continues
to go through challenging times, we believe that compound semiconductors will
remain a strong and viable market over the long term. Our new division will
enable us to continue offering world-class products to these customers."
General Manager of the new division is Daniel Chen who added, "At a time
when many of our competitors are receding, we have increased our efforts in
next-generation optoelectronic and microwave/RF technologies. We believe that
by making the investment now, we will be in the best position to provide our
customers with the most advanced technologies when the market demands them."
Mitsubishi Electric currently has nearly 6,000 employees in 30 locations throughout
North America, and sales in fiscal year 2001 were approximately $2.7 billion.
Details as to what specific product lines will be handled in the expanded presence
are included in Mitsubishi Electric's company
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...
What's a "Media Event"?
March 24, 2003...On Thursday of last week, after putting a fresh issue of CompoundSemi News
"to bed" (using the age-old newspaper-speak), I cruised up to Dallas
for a firsthand look at our chosen venue for our Blue
2003 -- Behind the Hot Apps "Media Event", slated for June
11-13th (and no... it doesn't get "hot" in Texas until July or
August!). The 3.5 hour drive from the ranch is a breeze as one only sees
about 10 other vehicles on the road until hitting the outskirts of The Metroplex.
Even then, Dallas makes it easy to find downtown, which is where the famed Fairmont
Hotel is located (a mere 20 minutes from DWF Airport). I must say, our ace venue
planner, Patsy Kay, found us just the right spot with just the right chemistry and hotel management
people it takes to pull off this kind of event. Between the mid-continent location, and the superb $135/night room rate she negotiated for attendees, we've hit a great balance in the time/travel/money equation that will allow everyone to be there. When asking if the hotel staff
was comfortable dealing with the press, their credentials outshine most all of ours.
It seems the Fairmont was the venue for that big Catholic Bishop's Council that
attracted 600 members of the press corps. Coverage pools had to be set up and
"only" 60 per day were admitted to the proceedings at any one time, with the rest having to amuse themselves with the live feeds into the hospitality centers. Now
that's a media event... but it wasn't created to be a media event. One could say that coverage of the war on Iraq (which
coincidentally started that very Thursday during my drive) is a "media
event" as well, but again, that also isn't the objective of "holding" the event.
One of our speakers put it this way: "Is this one of those 'hype'
things?" Our answer: "YES! And in the good sense of the word." Speaker's response to "YES" was... "Cool !" Another inquiry asked: "Will
"the Paparazzi" be there?" Our answer: "WE WISH!"
The facetious answers are tailored to make you smile. We need more smiles right
now, and something more positive than a scandal or war to catch the right attention
of the media. To make that happen, we all need to do precisely what we're doing,
marked most visibly by this week's impressive OFC meet in Atlanta. We need to
focus on our respective businesses (and everyday lives) and inject them with
a renewed feeling of positive energy, expectation, and excitement. What we're doing is
sharing with "the media" at Blue
2003 our industry's exceptional accomplishments, and the positives that come with it. In a challenging economic
climate, we're leveraging the message of a truly bright, fresh underlying technology that really
does makes our world a better place to work and live. While we're not expecting
(nor inviting) throngs of press people (and especially not those
types that give the press corps a bad reputation and have come to be known as
"paparazzi"), we do intend to generate something advanced technology
sectors normally can't manage. This Media Event will demonstrate...
visually, verbally and emotionally... a robust infrastructure, supporting real devices, supporting real applications that together are the mark of a "completed" industry that's doing exceptionally
well. Our stars are the ideally typical "20 year overnight success"
and we intend to shine the spotlight on stories well worth hearing.
The basic structure and setup of the Blue
2003 event, to be centered in the Regency Ballroom at the Fairmont, will be
something we haven't before seen at the plethora of traditional trade shows
and tech meets. This particular ballroom is large enough to do something to really up the interaction and access by housing the exhibits in the same room as the speaker and
panel sessions, with plenty of room for the heavily expanded attendance that comes with an event that spans the entire vertical range of the "food-chain".(And don't worry about the single-room creating a distraction... provisions will be made so that the exhibits don't run while the session does, as well as "serious consequences" for anyone unfortunate enough to forget to put their cell phone on "stun" mode.)
The media is starved for fresh, uplifting technology stories and
their readership is crying for uplifting news. The reception we're getting thus
far from companies wanting to participate says we're right on track. The agenda,
which is very complete and nearing finalization, tells the kind of cohesive, understandable
story anyone and everyone can appreciate. The way it's going, the theme is being
drafted with little help from us because the message threads are simple, straightforward,
and as strong as the people behind the technology feats: "Here's a technology that literally changes everything. It's innovative,
it's cool, it's environmentally sound, it's blindingly bright, and... it's wanted,
needed, and already appreciated." Those are the binding threads.
The blue
spectrum triumphs are far from smoke and mirrors. The applications are already
obvious and real, and are right there for the discerning eye to marvel. All
one will have to do is look around that huge room at the Fairmont and see for
themselves. "So this is what "the blue spectrum" industry
is all about. So these are the people who made it possible." And if
that isn't enough, guess what we have in store as a topper? Thursday evening,
June 12th, we'll break briefly at the end of the day and in the time it takes
for attendees to go to their room and return a few calls, that very same room
will be transformed into the biggest bash you've ever seen, colorfully lit by
our industry's own, outstanding blue spectrum displays. We're calling the evening
a "Celebration of the Blues." The evening's program will include great
food and casual party atmosphere, featuring a top flight performance band called
Texas Wildfire (superb veteran musicians
playing classic rock and blues in the style of Freddie King, ZZ Top and Led
Zepp). A highlight of the evening will be an awards program at which time we'll
introduce to our attendees and the press, the blue spectrum pioneer technologists
who made the greatest, most pivotal contributions to the field.... and their
stories will amaze even those who have been in this business for years. During
the final wrapup sessions of Blue
2003 on "dress down" Friday, the recipients of The Pioneer Awards
will be featured at an open press conference.
If you're into the blue, you know you need to be there In fact, even if you're not working directly in or for the
blue spectrum sector, you probably should attend. With the VIP speaker roster,
members of the working press and analysts (who we'll be bringing onto 2-3 person panels to quiz the
speakers after each presentation), the venture capital community and leading
senior management of our most notable companies in attendance, Blue
2003 will be great "schmoozing" (aka "networking") for anyone and everyone involved
in the compound semi industry. After all, each compound semi sector shares the
same core supply and financial infrastructure and any press looking for good
"blue" stories might want to keep on going once they've gotten a taste
of what the compounds are doing. Whether you're in the blue now or not yet, but not sure you can make
it, take advantage of
our no-obligation "reservation form" while you figure it out, and lock in your discounted rate now. Plan to be seen, and we'll see you in Dallas, June 11-13th!
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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