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Editorial: CS Mantech: The "Tell It Like It Is" Conference
 
... If you want a feel for how mature the compound semi (CS) industry is, note that the annual CS Mantech (originally GaAs MANTecH) is celebrating its 22nd year this May 14-17 in Austin, Texas. This is a month before our CS Vision executive forum June 19-20 in Austin. (Same...
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Strategy Analytics Predicts 76 Percent Growth of GaAs Market Through 2011
CompoundSemi News Staff

May 2, 2007...Strategy Analytics says it expects that the GaAs market will expand by 76 percent from the end of 2006 to the end of 2011. The prediction is part of the previously released report outlining the five year outlook for the industry entitled, “GaAs Industry Forecast: 2006-2011.” According to the report, wireless applications will be the primary growth driver for the GaAs industry. The report predicts that it will accounting for 79 percent of total GaAs MMIC demand in 2011. The report says that WiFi applications will become the second biggest market for GaAs components. Asif Anwar, Director of the Strategy Analytics GaAs and Compound Semiconductor Technologies service said that as Si LDMOS continue to lose market share, GaAs hetero junction bipolar transistors will rule the power amplifier market regardless of the power amplifier approach taken.

“GaAs device demand from the Wi-Fi market will grow at a CAAGR of 28 percent through 2011,” noted Stephen Entwistle, Vice President of the Strategic Technologies Practice at Strategy Analytics. “GaAs will govern PA functions as the market moves to 802.11n. GaAs HBT PAs and GaAs pHEMT switches will also dominate Wi-Fi PA-switch modules.” Strategy Analytics says it expects to see modest compound annual growth rates of 6 percent to 11 percent in GaAs demand from consumer, millimeter wave, and fiber optic markets through 2011. Company News Release

Emcore Reports First Fiscal Quarter Preliminary Financial Results
CompoundSemi News Staff

May 2, 2007...Emcore Corporation reported preliminary results for its first quarter of fiscal 2007 ending December 31, 2006. The Albuquerque, New Mexico USA, company reported revenues of $38. 5 million for the quarter, an 8 percent increase year over year and a 9 percent increase sequentially. Fiber optics revenues were flat for the quarter at $25.3 million year over year and down from $28 million in the previous quarter. The CATV business revenue was up to $13.2 million, a 23 percent increase in revenue compared to the first quarter of fiscal 2006 and a 79 percent increase over the previous quarter. Operating expenses increased due to the purchase of Opticomm Corporation, the 27 percent equity investment in the World Water and Power Corporation, and the launch of the terrestrial solar cell division.

“As mentioned previously, the sale of our interest in GELcore and the sale of the Electronics Materials and Device division have provided us with the capital to invest in our terrestrial photovoltaic strategy and expand our fiber optics business. Our strategic investment in WorldWater and Power and expansion into China are just two examples of these initiatives. We have obtained a significant number of new satellite and terrestrial orders in our Photovoltaic division that we believe will help improve operational performance in fiscal 2007. We expect a much stronger second half for the Company and based on increased strength in our CATV and broadband product lines, we expect improved gross margins.” stated Reuben F. Richards, Jr., Chief Executive Officer. First Fiscal Quarter 2007 Preliminary Financial Results

Shuji Nakamura and UCSB Team Make Huge Non-Polar GaN LED Efficiency Improvements
CompoundSemi News Staff

May 1, 2007...Shuji Nakamura, the blue LED breakthrough artist, and a team of researchers at the University of California Santa Barbara’s (UCSB) Material Research Lab has reached another milestone in non-polar GaN LED development. The group made news earlier in the year by producing a non-polar GaN Laser, which like its LED counterpart should be more efficient and last longer. A complete discussion of the group’s latest breakthrough in output power and external quantum efficiency of non-polar LEDs will be in Physica Status Solidi-Rapid Research Letters (Vol.1 iss. 3, pgs A44-A46).

The researchers were able to create a more efficient and brighter non-polar indium gallium nitride (InGaN) LED. Previous attempts have been hampered by the defect density in the growth of non-polar GaN. The breakthrough came partially as a result of Misubishi Chemical Corporation providing a low defect density non-polar GaN substrate. Content continues for LIGHTimes SecondPage members...

Mimix Broadband Introduces an Image Reject Mixer

May 1, 2007...Mimix Broadband has introduced a 10.0 to 34.0 GHz image reject mixer. It comes in a 4x4mm QFN surface mount plastic package that is RoHS compliant. The XM1001-QH, provides 6.0 dB conversion loss, has image rejection of 20.0 dB across the band, and offers excellent linearity. The device is suited for millimeter-wave point-to-point radio, LMDS, satellite communications and VSAT applications. Company News Release

 

Ascent Solar Chairman to Take More Active Role in Production Ramp
CompoundSemi News Staff

April 30, 2007...Ascent Solar of Denver, Colorado USA, a thin-film CIGS technology company, reported that its chairman, Dr. Mohan Misra, will also serve as the company’s chief strategy officer. Additionally, Mr. Ashutosh Misra, a member of the board of directors, will transition from his current consulting role to a full-time role as senior vice president for operations and corporate affairs. As part of his new role as chief strategy officer, Dr. Mohan Misra, will help guide the company as it prepares for its initial commercial production. Dr. Misra did pioneering work in thin-film photovoltaics at Lockheed Martin in the mid 1980s. He is also credited with founding ITN Energy Systems and Global Solar Energy Inc. He also developed roll-to-roll manufacturing equipment and processes that are in use today.

Ascent Solar is currently building a pilot production plant which plans to have an annual capacity of 1.5 megawatt (MW). The pilot plant is reportedly on schedule to be completed in the fourth quarter of 2007. Initial operations for the plant are planned for early 2008. Company president & CEO, Mr. Matthew Foster indicated that Dr. Misra will help the company quickly ramp up its pilot scale production to support and validate a planned expansion to 25MW by the end of 2009 and ultimately to 100MW scale production levels and above. Mr. Foster stated, “I believe that our team is one of the most experienced in the world and provides us the knowledge base necessary to meet some very challenging manufacturing milestones.” Company News Release

Skyworks Delivers Solid Quarter
CompoundSemi News Staff

April 30, 2007...Skyworks Solutions Inc., of Woburn, Massachusetts USA, has reported second fiscal quarter financial results that are in-line with expectations. The revenue for the quarter, $180.2 million, was up 5 percent from the same period a year ago. The net income for the quarter of $17.6 million, more than tripled compared to a year ago when it was only $4.6 million. The company posted $13 million in GAAP operating income, a 420 percent improvement over the period a year ago when it was $2.5 million. "Skyworks' second fiscal quarter results demonstrate the strength of our new business model and reflect our efforts since exiting the baseband product area two quarters ago. We have since focused exclusively on our core analog and RF businesses and have improved profitability more than three-fold year over year," said David J. Aldrich, Skyworks' president and chief executive officer. "Our earnings leverage will become even more evident as we ramp several key, high profile programs over the next several months."

During the quarter the company expanded its linear product portfolio with 15 new products, it received production orders for a front-end solution to support a new multimedia and music platform, the company’s Helios RF subsystems were integrated into several popular cell phone models, and the company introduced its new Helios WEDGE Transceiver. Company Q2 Fiscal 2007 Financial Results

Emcore Awarded NASA Contract for Spacecraft Solar Cells
CompoundSemi News Staff

April 30, 2007...Emcore reported that its Photovoltaics Division was awarded a $2 million contract from the National Aeronautics and Space Administration (NASA) Jet Propulsion Laboratory (JPL) to design, manufacture, test, and deliver solar panels for the Mars Cruise Stage Spacecraft. The spacecraft is reportedly designed to take the Mars Science Laboratory (MSL) rover to Mars. If all goes according to plan, the spacecraft will communicate with the entry vehicle, which will deliver the rover to the surface of Mars. The launch of the spacecraft is planned for the fall of 2009.

Emcore will utilize its latest 28.5 percent efficient solar cells to provide 1kW end of life (EOF) power to the spacecraft. The spacecraft will operate at 1.6 times the distance from the son that the earth is from the son (1.6 Astronomical Units). Emcore points out that unlike their terrestrial counterparts, the solar cells used in the spacecraft will be radiation hardened. "Emcore Photovoltaics Division continues to grow at a rapid pace, and has recently secured more than a dozen new production programs for fully integrated space solar panels. Our recently completed expansion provides Emcore with the capacity to meet the most challenging requirements of our space and terrestrial customers. Emcore remains committed to manufacturing the highest quality, best performing solar power products in the industry. Satellite manufacturers and solar array integrators continue to rely on Emcore as their only independent source that meets all of their satellite power needs," added Reuben F. Richards, Jr., President and CEO of Emcore. Emcore News Release

Reconditioned Semiconductor Equipment Supplier ClassOne Gets New Facility
CompoundSemi News Staff

April 26, 2007...ClassOne Equipment, of Decatur, Georgia USA, a supplier of reconditioned semiconductor equipment reported that the company opened a new 40,000 square foot sales, marketing, and technical support facility. According to the company, the new facility will provide a place to store and showcase equipment while also provide a place to expand the company’s sales, administrative, servicing, and support facilities.

The new facility is located 15 miles from Hartsfield Airport in Atlanta. The company says that the new location effectively quadruples the space of the previous facility. The new location also houses a 10,000 square foot lab space for refurbishing, showcasing, and demonstrating equipment to customers. The company allows customers to “test drive” equipment in the lab, but also includes a three month warranty, and a 30-day right of return on each piece of equipment. Company News Release

Asahi Glass Develops Insulator for High Frequency Devices
CompoundSemi News Staff

April 26, 2007...Asahi Glass of India has developed a new paint-type insulating material that can be used as an interlayer dielectric for high-frequency devices including those made with gallium nitride (GaN) and gallium arsenide (GaAs). According to the company the material can be easily painted on by the spin coating method and it remains stable at up to 350 degrees Celsius. The material, a fluoropolymer, reportedly has much greater thermal stability that previous fluoropolymers.

Asahi was able to develop the material with lower permativity than that of the polyimide-based insulating materials. Asahi explains that because of the material’s low permativity it can greatly reduce wiring capacitance, raise the operation frequency of devices, and slash power consumption. These capabilities make it ideal for use in communication and cellular phone IC’s. Company News Release

IXYS Awarded California Innovation Award
CompoundSemi News Staff

April 26, 2007...IXYS, a pioneering company in power electronics development based in Santa Clara, California USA was among 15 top companies honored with a California Innovation Award. Over 300 companies spanning a gamut of high tech fields, were initially nominated for the California Innovation Award. Then California Innovation Corridor partners reportedly narrowed the field to a list of about 75 Innovation All-Star Candidates. Then from the list of about 75 candidates 15 companies were chosen to be winners of the awards for innovation. The awards cap off the California Tech 100 event—the “first-of-its-kind” statewide conference that has brought together a unique ensemble of angel investors, venture capitalists, CEOs, educators, and workforce talent professionals focused on celebrating California’s success as an innovation hotbed. California Innovation Corridor partners, managed by the California Space Authority (CSA), a statewide nonprofit organization, and administered through the Labor Workforce Development Agency (LWDA), chose the final recipients.

Autobytel, Inc. in Irvine, DJO Inc. in Vista, FormFactor, Inc. in Livermore, Symantec in Cupertino, QAD in Carpinteria, Kintera, Inc. and QUALCOMM in San Diego, NETGEAR in Santa Clara, and Callidus Software and Covad Communications Group, Inc. in San Jose. The City of Sunnyvale had four local companies winning the award: Kyphon, Juniper Networks, Network Appliance, Inc., and Trimble. California Space Authority News Release

TriQuint Revenues Surge Upward for Q1 2007
CompoundSemi News Staff

April 26, 2007...TriQuint reported strong growth for the first quarter of 2007 ending March 31, 2007. Revenues grew 26 percent over the previous quarter and an impressive 186 percent over the same period a year ago. Ralph Quinsey, president and CEO stated, “The first quarter of 2007 was a solid quarter for TriQuint with better than seasonal revenue performance, improved gross margin percentage and earnings above the midpoint of our guidance.” He added, “We recorded strong design win activity for handset products in the quarter, increased revenue in the space market and continued strong quote activity in the military market.”

TriQuints accomplishments for the quarter include booking $7.4 million in R&D supported by military and other contracts. The largest part of the contracts comes from year three of TriQuints DARPA GaN development project. The company reported a record number of handset design wins for the quarter, and it began shipments of power amplifier modules to a new top five handset customer. Additionally, the company retired $218.8 million of convertible subordinated notes upon maturity. Despite the strong quarter, TriQuint remains cautious for its second quarter outlook predicting only flat to slight growth in revenue. Company Q1 2007 Earnings

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Commentary & Perspective...

CS Mantech: The "Tell It Like It Is" Conference
Jo Ann McDonald, founding editor

May 1, 2007...If you want a feel for how mature the compound semi (CS) industry is, note that the annual CS Mantech (originally GaAs MANTecH) is celebrating its 22nd year this May 14-17 in Austin, Texas. This is a month before our CS Vision executive forum June 19-20 in Austin. (Same city, same industry, different audience). Herein lies some cultural background of Mantech and a program preview of what has made this meet so unique over two decades.

Mantech isn't like any other technical conference in our industry. What other event has an Ugly Picture Contest? (Actually, Mantech changed that to a "Most Beautiful Picture Contest"... and they don't mean a picture of a beautiful person! I'm sure I'm not the only person who will miss the ugly pictures. There were some great disasters in manufacturing processes pictured in the past, which spoke volumes to what goes on behind the scenes.)

And what other event openly acknowledge that CS engineers are at their best when they sit on their rumps and drink beer? And make up silly titles for their "rump sessions?" Only Mantech has those features. This year's quippy Mantech Rump Session titles are:

1. Do we really need photoresist? And other fun cost savings ideas, moderated by Pat Fowler of Anadigics. (I'd have been tempted to title that one Who can resist photoresist? But then, I'm a sucker for puns.)

2. IC Torture – How much torture testing do you need for a cell phone that’s going to be thrown away in 18 months, if it lasts that long? Moderated by Peter Ersland of M/A-Com. That one's my favorite title. How fondly I remember at a Mantech conference years ago when cellphones were just coming into vogue and they blamed GaAs parts for being the reason Motorola and Nokia had to give the phones away for free.

3. The best substrate for GaN Devices – Which one will come out on the bottom? Moderated by Al Hanson of Nitronex. That one's downright clever.

4. Oracle of Apollo – Solar cells, the next Olympian application. Moderated by Steve Mahon of TriQuint. OK, maybe that one's my favorite. I really, really want CS solar cells to take over. And fast. I've had it with oil based societies. They fight over oil too much. I've never seen a war declared over who can best harness the sun's energy.

5. Power Devices – Which will win? Moderated by Yohei Otoki of Hitachi-Cable. (That one could have used a ghost writer. Maybe "Power Devices -- Who's got the muscle?")

6. BiFET over E/D PHEMT – Where’s the beef? Moderated by Mike Sun of Skyworks Solutions (Kind of cliché, and I was taught that the p in pHEMPT should be lower case. But then, I'm not an engineer. Beef I understand, however. I'm a Texas rancher!)

Another unique feature of Mantech is that, for all these years, it's been run... and run rather smoothly, by a committee of volunteers. Mantech is not affiliated with any formal organization, like IEEE, and that gives it a lot of freedom and leeway. Mantech began back when the only market for GaAs was the USA's defense community, with its mirror R&D being sponsored by governments in other countries. The not-for-profit group of Mantech volunteers were heavily supported for years by DARPA, ONR, etc. It was very much a closed affair, for USA-citizens only. You used to have to show a USA passport to get in. The emphasis has always been on just what the name implies. Manufacturing. 22 years ago, we weren't very good at manufacturing. Now we are. A great deal of credit for that progress goes to Mantech and the all volunteer army of CS technologists that paved the way. Under pressure, primarily from Japanese-based CS manufacturers, Mantech threw open the closed doors to the international community many years back. From then on it became much more reflective of what the CS industry is today. A uniquely international gathering of very bright, very dedicated professionals.

This year's Mantech committee includes the Board of Directors and 60 volunteers on the technical program committee (TCP) who have obviously done a great job sifting and sorting through piles of submitted papers. By the looks of the advance program, they've done an excellent job making their selections.

The only thing I'd like to see done differently at Mantech is their website. In this day and age, websites are critical to a company's or event's success. Mantech's is overdue for a revamp to make it smoother and easier to navigate. They need to call more attention to their sponsors. Some people in this business may not realize how tremendously important sponsors are to events. We couldn't have events without them. It's that simple. This year's Mantech sponsors are: Skyworks Solutions, Booz Allen Hamilton, Picogiga International/Soitec, Freiberger, MBE Technology, Hitachi Cable, Oki, Sumitomo Electric, Northrop Grumman, Kopin, and RF Micro Devices. Many thanks from all of us who look forward to attending the 22nd annual CS Mantech for your continued support of the industry.

When you attend this year's meet in Austin, keep in mind that the mission of this fine group of volunteers crosses all avenues within the CS industry. For the producers and users. Mantech's goals are to help facilitate technical cooperation within the CS industry through discussions on CS manufacturing technology problems, to help advance manufacturing capabilities, and to establish and maintain credible high professional standards for the industry. For materials and equipment suppliers, the goals are to provide a forum for compound semiconductor suppliers to showcase products to the user community and to advance public relations with compound semiconductor manufacturers in general. And for our educators and students, the goals are to aid in the scientific education of interested college or university students; to encouraging active participation by educational institutions' faculty and students; and to aid students in pursuing solutions to problems of compound semiconductor manufacturing.

As would be the custom in Austin (given that Texas is, geographically and historically, pretty much Mexico), Viva la Mantech! We hope to see y'all in Austin May 14-17 at the Hilton Hotel in Austin, for Mantech... and again June 19 and 20 for our CS Vision executive forum across Town Lake at the Hyatt Regency in Austin. Safe travels!

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