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Editorial: Taking a New Look at Bookham
... Bookham Technology plc in England was a company everyone thought would dominate the compound semi optical communication sector after it acquired Nortel Networks' optical operations. There was a bit of controversy that surrounded that particular acquisition, however, rooted in the fact that a highly respected, key USA innovative company...
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Bookham Acquires SiValley OpAmp Company for Est. $23.3 MillionMay 24, 2004...Bookham Technology plc of Oxfordshire, UK has entered into an agreement to
acquire Onetta, Inc. of Sunnyvale, California USA which designs and manufactures
EDFA amplifiers that incorporate advanced optics, control electronics and firmware.
Under the terms of the stock-based acquisition, estimated at the current Bookham
share trade, the deal is estimated at a cost to Bookham of $23.3 million, based
on the current exchange rate of Sterling number translated at 1 = $1.79. Onetta
reported Q-1 revenues of $3.3 million. Bookham CEO, Giorgio Anania, stated,
"Bookham is currently a leading player in optical amplifiers. The addition
of the Onetta team, the added revenue and the additional tier-1 customer penetration
Onetta brings to us further strengthens our position in optical amplifiers and
accelerates consolidation in this segment of the telecom optical component space.
In addition, Onetta provides key skills that should strengthen Bookham's position
as a leader in design and manufacture of optical line subsystems."
Although Onetta had been working at a net loss, Mr. Anani noted that "after
synergies are considered," Bookham expected their new acquisition to become
cash-generating before the end of the year. Mr. Yan Sun, President and co-founder
of Onetta agreed with Anania's comments adding, "Bookham's strength
and depth in amplifiers and subsystems and their strong channels to market is
the perfect match to ensure continued revenue growth for the Onetta product
portfolio. The combination will bring together a broad customer base and will
allow significant synergies to be realized through vertical integration of key
Bookham optical components.'' The acquisition is expected to be completed
within weeks. Wire release Stratos Grooming Itself for AcquisitionMay 24, 2004...Stratos Lightwave, a public company traded over the Nasdaq exchange in the
USA (symbol STLW) has officially changed its branded name to Stratos International
and has retained CIBC World Markets Corp. to be its official advisor as it "explores
strategic alternatives" which is short-hand Wall Street speak for grooming
itself for acquisition. While the wire
news release didn't have much more than that in the news lines, the use
of the new moniker indicates it has more to sell that just more lightwaves.
The new boilerplate (description of company at end of releases) however,
provides more and reads like a prospectus. Quote... (with added italics and
bold, our emphasis). "Stratos International, Inc. is a leading designer,
developer and manufacturer of active and passive optical, optoelectronic, RF
and Microwave components, subsystems and interconnect products used in telecom,
enterprise, military and video markets. Stratos has a rich history of optical
and mechanical packaging expertise and has been a pioneer in developing
several optical devices using innovative form factors for telecom, datacom
and harsh environments application. This expertise, coupled with several strategic
acquisitions, has allowed the Company to amass a broad range of products
and build a strong IP portfolio of more than 100 patents. The Company
is a market leader in several niches including high margin specialty optical
products such as RJ and low rider transceivers, Media Interface Adapters, flex
circuits, as well as high performance RF and microwave coax and triax interconnect
products. The Company currently serves more than 400 active customers
in telecom, military and video markets.  Xanoptix Secures $15.2 Million to Help Strengthen Position in Hybrid ICsMay 24, 2004...Xanoptix of Merrimack, New Hampshire USA which is primarily involved in 3D
IC integration and high-density parallel optics, has closed another $15.2 million
of its Series C Convertible Preferred securities. This latest round was led
by primary investors: William Blair Capital Partners, Euclid SR Partners, Envest
Ventures and Optical Partners, LLC. The funds will be used to further develop
Xanoptixs innovative Hybrid Integrated Circuit technology and to
expand its XTM Series optical interconnect product line. Rob Baxter,
Xanoptix Chairman and CEO said; This round of investment will allow
Xanoptix to accelerate the deployment of our Hybrid Integrated Circuit technology,
allowing customers to begin to realize the large benefits in system performance,
size, cost and power dissipation. We are pleased at the continued support of
our investors who once again have given our technology, and our team, a big
vote of confidence. Xanoptix' manufacturing approach utilizes a chip
level direct die-to-die interconnection of ICs that offer system designers a
modular building block approach for chip level solutions that combines silicon
and/or compound semi ICs. Xanoptix
offers the market die integration services to component and system owners, and
also designs and manufactures its own optical connection
products for next generation data links and optical communication applications.
Company
news release Catching Up with SemiSouthMay 24, 2004...SemiSouth of Starkville, Mississippi in the USA specializes in SiC discrete
transistor, diodes, circuits and merchant epitaxy and is one of the many USA
SiC epiwafer suppliers that seems to have cropped up over the past few years.
Most have kept a low profile as funding sources and actual new customers build.
The most consistent funding sources in the USA has been the Missile Defense
Agency (MDA) and the Defense Agency Research Projects Agency (DARPA). SemiSouth
recently scored another $1.3 million in four new SiC contracts from MDA and
DARPA, primarily under the Small Business Innovative Research (SBIR) program.
In the 1st contract, sponsored by DARPA and monitored by the Air Force at WPAFB,
SemiSouth is developing a thicker epitaxy layer needed for very high voltage
products. Dr. J. Zhang, Director of SiC Epitaxy, commented that, "SiC
has always been known for high-power density, high-voltage products, but we
are working in this contract to develop epitaxy layers above 50 micron thick.
This opens
up SiC applications for single diode/transistor products above 5 kV, which will
help our epitaxy product group deliver to new customers in our merchant SiC
epitaxy business."
In the other contracts, sponsored by MDA, and also monitored by Wright Pat,
SemiSouth is looking at development of SiC RF transistors
(MESFETs and SITs) into near-term RADAR applications, and ICs into space based
applications. This effort is geared to helping leverage other related work at
SemiSouth, by implementing new fabrication techniques to improve the performance
and lower cost of L and S-Band parts, as well as opening up a new class of applications
involving SiC circuits. J.B. Casady, President and CTO of SemiSouth, commented,
"We are working with several key customers who have already received sample
parts from us, and are looking forward to the improved products these contracts
will help us
develop. DARPA, Missile Defense Agency, and Air Force have really been keen
on developing these products for critical defense needs, and we intend on delivering
for them." Company
news release
SemiSouth was founded in July of 2000 by SiC-related faculty (Drs. Jeffrey
B. Casady and Michael S. Mazzola) and staff at Mississippi State University,
and has been focused on commercialization of SiC epi materials and device technologies
developed at MSU. It began full time operations in May of "o1 and incorporated
in January '02. In October of '03, SemiSouth joined efforts with II-VI to combine
4H SiC production capabilities at II-VI with an advanced SiC epitaxial material
growth technology developed using SiC epitaxy reactors at SemiSouth, for use
in ultra-high power density electronics, next generation radars, wireless and
satellite communications systems. Details are in that company
news release.
May 24, 2004...One of the earliest compound semi industry pioneering companies is Spire Corporation
of Bedford, Massachusetts in the USA. It began by perfecting its own version
of MOCVD and leveraged their proprietary technology into a variety of application
sectors by doing innovative coatings and advanced solar cells. Spire was founded
by Roger Little who continues to serve as President and CEO, and as the years
rolled on, Roger's son Mark joined the company, moving up the management ladder
as the Spire's biomedical applications areas intensified. Mark Little, the Chief
Executive Officer of Spire Biomedical, was recently elected to Spire's board
of directors, replacing John Tarello who has served since 1971 and is now retiring
from the Spire board. About these developments Roger Little said, "Mark
Little will be a valuable addition to the Board. I look forward to his support.
He started contributing to Spire as a student in high school and joined the
Company in 1994 as Medical Device Engineer. He was named Assistant General Manager,
Biomedical, in March 1999; General Manager, Spire Biomedical, in January 2000;
Vice President and General Manager, Spire Biomedical in November 2000. Since
June 2001, he has been the Chief Executive Officer, Spire Biomedical. In this
position he has spearheaded the development and marketing of our catheter line,
as well as guided the growth of our processing services business. After
33 years as a member of our Board, we will very much miss John Tarello's wisdom
and insight now that he is retiring. His contribution to Spire has been outstanding."
Wire release. JDSU's Back on the Acquisition TrackMay 18, 2004...They're back... After a prolonged quiet period while the optical side
of the communications business regrouped during its devastating downturn, news
just in that JDS Uniphase has acquired E2O
Communications for approximately $60 million in cash. (Ref our litany
of coverage since 2000). The acquisition is expected to once again put
JDSU on the expansion path in data communications. Founded in 1998 and headquartered
in Calabasas, California USA, E2O develops and manufactures optical transceivers
to support Fast Ethernet, Gigabit Ethernet, 10 Gigabit Ethernet, 1X-4X Fibre
Channel, 10 Gigabit Fibre Channel, ESCON, ATM and SONET. In February, E20 announced
a 10 gig VCSEL and is currently a supplier to major datacom customers, including
seven that are additive to JDS Uniphase's customer base. Their revenue in recent
quarters has been in excess of $5M. "JDS Uniphase is committed to leadership
in the data communications market," said Don Bossi, president of JDS
Uniphase's Transmission Products Group. "The acquisition of E2O provides
JDS Uniphase with additional expertise in low cost manufacturing, greater economy
of scale, and other infrastructure cost synergies that we believe will lower
costs now and for the future. We believe these synergies and the strong cultural
fit between the two companies make this a lower-risk path to expand our role
in one of our fastest growing markets." H.C. Lee, Ph. D., President
and CEO of E2O, will join JDS Uniphase as VP of the combined datacom business
unit, reporting to Don Bossi. May 31st Deadline for Papers for CS Week in Monterey in OctoberMay 18, 2004...As the compound semi community hopefully knows by now, two technical conferences
are being combined under one "Big Week" this year, to be held in Monterey,
California in the USA throughout the entire week of October 24-28. The conferences
are IEEE's CSICS, affectionately known to
most in the community as the old "GaAs IC" Symposium, and the Institute
of Physic's CS-MAX.
The two conferences are sharing exhibits to make it "one stop shopping"
for those looking for "what's new", especially those involved in compound
semi-related manufacturing and systems integration. CSICS, which is now in its
26th year of existence, is the premier technical conference for compound semi
IC designers. CS-MAX is all about manufacturing. For information on exhibiting,
the contact is Harry Kuemmerle at +1 310-459-4691. Harry, in partnership with
Diane Conti, run VIP Meetings & Conventions and have long been the point
people for the GaAs IC Symposium. They have set up a CS
Week site over VIP's website.
Brad Nelson of Sirenza Microdevices is this year's Symposium Chair for CSICS
and Kevin Kobayashi, also of Sirenza, is Technical Program Vice Chair and arranging
the Short Course. The deadline
for submitting abstracts for CSICS was May 3rd, and plenty of papers were submitted
and are now in the review process. But Kevin reports that there will still be
an opportunity for late news papers, and that this solicitation will be done
through email and the group's CSICS website
and he points out that, "typically these papers have to be stellar,
true late breaking news to get accepted." But the deadline for CS-MAX
papers can still be met, which is May 31st. The new editor of IOP's Compound
Semiconductor print magazine, Michael Hatcher, is serving as the technical
program coordinator for CS-MAX, and can be reached by email at: michael.hatcher@iop.org.
Michael points out that authors must submit abstracts of no more than 500 words,
detailing previously unpublished results. The topics to be covered are listed
on the Call
for Papers, along with details for submission.
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The
McDonald Report
Commentary & Perspective...
Taking a New Look at BookhamMay 24, 2004...Bookham Technology plc in England was a company everyone thought would dominate
the compound semi optical communication sector after it acquired Nortel Networks' optical operations.
There was a bit of controversy that surrounded that particular acquisition, however, rooted in the fact that a highly respected, key USA innovative company in
tunable lasers named CoreTek was dropped from the Nortel group without adaquate explanation,
causing mild chaos in the tunable laser community (ref: our
coverage of CoreTek over the years). That was also about the same time
that Emcore and TriQuint acquired Agere's optical operations. It looked for
a time as though the emerging big three op companies would now be Bookham, TriQuint,
and Emcore in that order, with minor players either hanging on, or grooming
themselves for acquisition. Bookham also had the former Marconi optical operation... a potential powerhouse in the making.
Then the downturn took a further nosedive and anyone left alive kind of "laid
low" until the things settled down again and it was safe to put your head
up out of the hole and take a look around to see who else was still alive. The
only company we heard from routinely that displayed any degree of optimism whatsoever
was TriQuint. TriQuint's Ralph Quinsey continued to be that inevitable breath
of fresh air, telling it as it was (and still is) and continuing to be as supportive
of the compound semi community as possible. Then, things seemed to pick up a bit again for Bookham when it acquired yet another promising, classic Silicon Valley startup named New Focus which seemed to know its way around the laser business too, and Bookham's
standing appeared positioned to rise again. At the first of this year, at Photonics
West, sure enough, everybody came out of hiding and what journalists saw and reported was what looked to be a glut
on the market for optical amplifiers and integrated transceivers. Then, sure
enough again, companies like Bookham appeared to go back to a holding pattern and go back to being relatively quiet. And when they go quiet, it's difficult for observers and commentators to
speculate as to who's on top in the compound semi portion of the optical sector, and making things more confusing, it seems like whatever
news a company puts out there... or no news... the stocks just don't seem to
rise much. Consensus appears to be that stock price isn't what determines who's on top and where folks are
heading. What real customers actually buy is what matters.
We do know that TriQuint and Emcore are continuing to stay active in a number
of different areas, (historically diversification helps mitigate sector downturns) and their savvy sales people are good at finding new applications
areas that appear especially promising. Emcore's advanced solar cells, for example
remains a steady bread and butter operation for them as long as people are launching
new satellites. TriQuint continues to do quite well in wireless applications
and as Ralph pointed out recently at the annual Mantech conference, automotive
applications look especially promising. When Ralph co-chaired our 2004 Outlook,
his optimism was contagious, so wherever TriQuint heads, others are likely to follow. Emcore's
Reuben Richards and Anadigics' Ron Rosenzweig were also featured at Outlook
for '04 and they brought with them confidence, and a biz as usual attitude, plus a reminder that these things are indeed cyclical and as Ron put it... "Believe
it or not, times have been worse!"
Turning to Bookham's latest news and reading between the proverbial lines, we get the feeling that Bookham is putting reasonable faith in their newest acquisitions, and they appear to be moving towards a more diversified product portfolio.
Their newest boilerplate (italics and ... added) underscores "design,
manufacture and marketing of optical and RF components, modules and subsystems.
Bookham’s disruptive technologies and broad product range... are
used in various applications and industries, including telecommunications, data
communications, aerospace, industrial and military. In 2002, Bookham acquired
the optical components businesses from Nortel Networks and Marconi. In 2003,
the company acquired Ignis Optics, Inc. and the business of Cierra Photonics
Inc. In March 2004, the company completed the acquisition of New Focus, Inc...
and employs approximately 1750 people worldwide." As of today's announced
acquisition, add Onetta, Inc. of Sunnyvale, California USA which should be completed
by early June.
Now Bookham will have two Silicon Valley companies under their banner. SiValley
remains its usual hype/hip/hep self, only most of the former fat cats have slimmed
down considerably if they haven't left to go into an entirely new field. Like
real estate or politics. Bookham's New Focus has made its presence known most
recently at CLEO/IQEC 2004, which was held in San Francisco. "The City by The
Bay" (where I was born and raised) remains the pinnacle of Northern California high technology. San Francisco is actually about
40 miles miles north of the true Silicon Valley where New Focus and Onetta are located. Go another 40 or so miles
North from SF and you find Santa Rosa, where Bookham has yet another optical
arm doing thin film filters. Digressing even further... the fact that CLEO combined with IQEC is itself
another indication of industry consolidation, which is once again becoming a familiar mantra. Personally, I think the trend to combine technical conferences is
healthy and makes the trade show circuit easier on the exhibiting companies whose promotion resources
are still being severely taxed. Co-occurring conferences, like IOP's upcoming
CS-MAX co-locating with IEEE's CSICS (which this year is formally moving
away from its old GaAs IC Symposium moniker) in October in Monterey, California is sensible
and healthy, and a great way to improve the traffic at the combined exhibits.
Note too that "New Focus Inc." (as it was referred to in a recent Bookham press release) was able to retain its own identity. They used
CLEO/IQEC to announce the "world debut" of New Focus as a division of Bookham.
“The combined strength of New Focus and Bookham will offer customers
a greater product range than ever before,” said Scott Dunbar, VP and
GM of what officially is termed, at least in his title, of Bookham New Focus.
(Whoops... guess it didn't get to totally retain its own identity after
all.) The press release goes on to boost/boast its new parent saying that “Bookham’s
world-leading optical components, modules and subsystems complement the expertise
within New Focus in the application of photonics to the industrial market...."
Product intros included a new ultra-high-vacuum Picomotor actuator plus
the usual Picomotor lines, tunable lasers, high-stability mounts, balanced
receivers and a wide variety of opto-mechanical and opto-electronic components.
High power, ultra reliability laser diodes from Bookham Zurich and leading edge
thin film filters for the 300-2500 nm range from Bookham Santa Rosa were also
shown, which reminds us how many opto entities are now flying the Bookham flag.
My guess is that Bookham, which has been trading at a nervously low stock price (below $1 lately) is continuing to build
and working hard at getting their arms around the new offsprings they've adopted. That is... when they're not handing out pink slips (it's been confirmed that they just layed off 600 people). The danger for Bookham is in history repeating itself, which I hope is not happening. But this reminds me of the
behavior we saw in JDS Uniphase and Nortel itself as they gobbled up companies
right and left, laying off those in redundant positions, and ending up divesting when the optical market didn't live
up to their expectations. Shareholders and top management aside, that's very hard on the companies and employees being gobbled and spit back out. Bottom line... we look forward to the new look at Bookham and the
new faces wearing Bookham's colors, and we hope to see all those faces (even the ones trading pink slips for new jobs elsewhere) smiling soon because of an upturn
in the optical market.
If you have questions about the
solid state lighting and compound semiconductor industries or have news
or views to share, I'm Jo Ann McDonald, Editor of LIGHTimes and CompoundSemi News.
Feel free to contact me directly, anytime. 
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 - be sure to read
her disclosure at some point in time... |