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September 13, 2004
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Editorial: Rumbles of Blue Laser Wars Starting in Japan
 
... It looks like the '05 blue spectrum laser diode marketing year is starting off with a subtle bang... and early... with the fall season seeing "the first shots over the bow" being quietly leveled by Nichia and aimed at its fellow Japanese companies. According to Nikkei Net in an...
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Arakawa's Group Develops New Quantum Dot Laser

September 14, 2004...According to a recent report via Nikkei Net titled Fujitsu, Tokyo Univ Develop Compact, Energy-Saving Laser, a group of Fujitsu and University of Tokyo researchers, headed by Professor Yasuhiko Arakawa, have developed their version of a quantum dot laser. Various labs around the world are working on such a laser for a variety of advanced broadband telecommunications applications, boasting smaller size and less electrical consumption. This particular effort has involved the growth of 10-namometer quantum dots in 10 layers, each time increasing the density. As a result, the new laser has reported high-speed operation of 10 gigabits per second at wavelengths of 1.3 microns, the same as used by optical transmission systems. Right now they have the QDL operating in 20-70 C temperatures, and the team hopes to expand the range to 0-85 C for more practical use at higher temperatures.

Riber Installs Two More Compact 21 MBE Systems to European Academics

September 13, 2004...MBE maker Riber of France has shipped and installed two more of its Compact 21 MBE systems. The first is a gas-source MBE system to the Department of Physics of the Humboldt University in Berlin (Germany). The machine is installed in the laboratory of Prof. W. Ted Masselink. His research group is interested in the physics and applications of novel semiconductor nanostructures. An important component of their work is the growth and materials science of III-V heterostructures, using arsine and phosphine as group-V precursors. A second machine, funded by OPTEL-Italy, the CNR (Consiglio Nazionale delle Ricerche) -based industrial consortium for the development of opto-electronic technologies, has been delivered to the National Nanotechnology Laboratory (NNL) of the University of Lecce. This Compact 21 T will be used, under the supervision of Prof. Roberto Cingolani, to develop quaternary heterostructures for novel quantum semiconductor devices. The Compact 21 is a highly flexible research and small-scale production MBE system resulting from years of close cooperation with major scientific partners. Based on waferfab-proven MBE 49 platform, the machine can grow on single 2" or 3" wafers. With up to eleven source ports, one auxiliary source port and advanced in-situ characterization capabilities, the Compact 21 provides, within a very small footprint, all the necessary MBE tools to meet the most demanding specifications for electronic and photonic applications. More about both applications can be gleaned from the Riber company news release.

Dow Corning Opens New Compound Semiconductor Site in Michigan
CompoundSemi Staff

September 10, 2004...Dow Corning Corporation of Midland, Michigan USA, an established name in silicon and many other material technologies, but relatively new to the compound semi field with their adoption of the former Sterling Semiconductor SiC group, has opened a new facility in nearby Auburn, Michigan and dedicated it as the company's new location for its Compound Semiconductor Solutions Business. Attending the formal dedication ceremony, which was held August 10th, was Michigan Governor Jennifer Granholm, State Senator Carl Levin, U.S. Representative Dave Camp and other elected officials along with department heads and Dow Corning President, Stephanie Burns. Dow Corning necessarily has had to keep a low profile up until this summer due to a Chapter 11 status resulting from silicone implant litigation, but having officially emerged from that in June, the company is ready to make its presence known as an important member of the wide bandgap (WBG) materials community with its impressive SiC product line.

The company recently was appropriated $4.5 million by the US Congress to help Dow Corning's CS Solutions Business develop improved manufacturing process technology for SIC WBGs produced at the new manufacturing facility. The new facility in Auburn is totally dedicated to the compounds, and will initially house the current 40 employees Dow Corning consolidated from three states, and there's obviously room for expansion with the best news of all being... Dow Corning is hiring! General Manager of the CS Solutions Business is Bob Johns, Global Director of New Business Program Development in Dow Corning's Advanced Technologies & Ventures Business. Fred Buether is Manager of Marketing and New Business Development, and for those technical pros looking for the right person to talk to about joining the Dow Corning team, Mark Lobada is heading their WBG technical effort. Now with the Chapter 11 constraints lifted, we'll be hearing much more from Dow Corning in the months ahead, and you'll be able to meet with the principals in person this December when they attend the annual CS Outlook conference in Dallas, Texas December 6-8th. Company news release

KMI Projects Fiber to the Premises to Hit $3.2B in USA by '09

September 9, 2004...KMI in Rhode Island, USA, a market research division of PennWell, has gone on record as forecasting that the total Fiber to the Premises (or "home" in some cases, or "FTTP" for short) a target market for equipment, cable, and apparatus makers and suppliers, will reach $3.2 billion in 2009. This represents a 54% compound annual growth rate (CAGR) for the forecast period. Verizon’s recent announcement and commitment to pass one million homes in 2004 has made FTTP the fiberoptics industry’s most exciting development since the late 1990s, says KMI. In 2003, there was a fledgling fiber to the home, or FTTP, market underway, consisting of approximately 100 different projects—the majority of which were undertaken by municipalities, utility companies, real-estate developers, and other “non-telco” organizations. In 2003, the telcos contributed only 3% to the FTTP market for cable and equipment. But with the ramp-up in KMI’s forecast, the telcos’ deployments will grow much faster than the non-telcos’ deployments. Telcos will represent 70% of this market in 2009. More details and how to access the full report are included in the company news release.

Rubicon Scores Another Major Press Victory for Solid State Lighting

September 9, 2004...Scoring a in-depth article, complete with sidebar, in the Chicago Sun-Times is almost as much of a coup as getting coverage on CNN's Lou Dobbs Show. Maybe even better as it has a longer shelf life, and Rubicon has done just that. The article is a refreshing outside view of what our SSL industry is all about, and the source of the expertise is Rubicon, which can now chalk up another PR win along with its Lou Dobbs feature, which we covered as our July 8th headline news. The article is titled Let There Be Higher Tech Light and it's bylined by Chicago Sun-Times Business Reporter, Howard Wolinsky. It's a great read and highly recommended.

Anadigics Shipping Volumes of InGaP HBTs to China

September 9, 2004...Anadigics of Warren, New Jersey USA recently announced that it is shipping production volumes of its AWT6108 7 mm by 10 mm InGaP HBTs (indium gallium phosphide heterojunction bipolar transistors) GSM/GPRS PAs (power amplifiers) to Beijing Capitel Co., Ltd., a leading handset manufacturer in China. This is especially newsworthy in that the advanced cellphone market in China is on everyone's radar screens, with companies like Anadigics actually being able to follow through with the goods, and what's in the new handsets is not only HBTs but LEDs. The Capitel C5188 GSM handset features an integrated color display and seven-color lamp, encased in an elegant folding design. The AWT6108 GSM/GPRS PA module is featured on a tier-one reference design and provides Capitel with the performance required for the C5188 GSM handset. "Anadigics' strong positioning on tier-one reference designs presents a compelling value proposition by combining best-of-breed RFIC products, fast time-to-market, world-class customer support and manufacturing excellence," said Dr. Bami Bastani, President & CEO of Anadigics. More details are included in the company news release. In further China-related news from Anadigics, has opened an office in Shanghai, China to support its growing wireless and broadband business. The office is located in Lippo Plaza and will represent Anadigics to Chinese original design manufacturers (ODMs) and original equipment manufacturers (OEMs), as well as international ODMs and OEMs with operations in China. Company news release

Kano Demonstrates How Blue Laser Storage Technology is Already in Use

September 9, 2004...If you wanted to know how the applications world is accepting and applying blue laser technology, just take a look at what systems integrator Kano Technologies of Garden Grove, California USA is doing with our industry's blue laser technologies. In May, Kano introduced a rack mountable chassis called Axis Blue at Networld+Interop in Las Vegas that utilized Sony's blue spectrum laser technologies (which is included in the technologies Sony either cross licenses from Nichia or is in litigation over... a topic we'll cover in our upcoming McD Report editorial). Axis Blue carried the suggested selling price of $18,870. This week, Kano introduced Blue Wav, (ref company news release) a high capacity desktop storage line featuring Sony's Professional Disc for Data (ProData) optical drive, boasting 23.3GB capacity on a single sided media cartridge. This newest blue accessory is selling for $2995. Target applications are as an archival/backup solution for professionals in areas such as telecommunication industry billing archiving/storage, email archiving/storage, network storage/server backup, professional audio/video post-production and storage/master archiving/distribution, medical imaging, and banking/government. If you've ever been in the editing room of either a sound studio or television production company, you know that professionals have been long-awaiting this technology leap... and now you can see that it isn't all that expensive to buy into the technology and access it now. There's no stopping those in the the blue laser lane now!

Demand for Blue LEDs in Taiwan for Handsets Fell 15-20% in Q-3
CompoundSemi Staff

September 8, 2004...Rationale for second-thoughts and perhaps even "consolidation" are apparently continuing to gain in popularity as Taiwan blue LED manufacturers report a continued downturn in demand for handsets using their devices. According to another helpful DigiTimes article Sept. 8th by Kathryn Chiu and Jessie Shen, complete with reported numbers, price pressures credited to high inventory levels in China and increasing competition in the industry have led to unit prices for handset LCD panel-use blue LEDs falling sequentially from 15-20% in the third quarter, which is down from NT$3-3.5 in the second quarter. It appears the prices started dropping from NT$3.5-4 in the first quarter. Epistar, Formosa Epitaxy, UEC and Arima Optoelectronics were named in particular, with UEC and Arima having started ramping their capacity for high luminance chips in Q2 and Q3.

Microsemi Introduces Ambient Light Sensor Auto Brightness Control IC

September 9, 2004...Microsemi Corporation of Irvine, California USA has introduced the third member of its new portfolio of automatic brightness control ICs. Dubbed the LX1972 ambient light detector, this little low cost number is a simple 2-lead device that mimics human eye response which is tailor-made for portable consumer display designers. The new sensor is based on Microsemi's patent-pending architecture that emulates the spectral response of the human eye and largely ignores both ultra violet and infrared wavelengths that often confuse conventional light sensors (which aren't all that smart). The circuit design is geared to optimize the control of backlighting displays in portable consumer product lines including digital still cameras and notebook computers, desktop monitors, and LCD TVs. According to Paul Bibeau, VP and GM of Microsemi's Integrated Products Group, "We made the LX1972 the easiest-to-use device in the market. No optical filters are needed, and its output current can be used directly, or converted to a voltage simply by placing the LX1972 in series with a single resistor at either of its two pins." Packaged in a 2-pin 1206 Standard Carrier that measures only 3.25 millimeters long by 1.6 millimeters wide and 1.0 millimeters high, the LX1972 is unit priced at $0.60 in 10K quantities. Samples and production quantities are available immediately. Company news release

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The McDonald Report
Commentary & Perspective...

Rumbles of Blue Laser Wars Starting in Japan
Jo Ann McDonald

September 14, 2004...It looks like the '05 blue spectrum laser diode marketing year is starting off with a subtle bang... and early... with the fall season seeing "the first shots over the bow" being quietly leveled by Nichia and aimed at its fellow Japanese companies. According to Nikkei Net in an article titled Electronics Firms To Start Mass-Producing Blue Lasers In '05 (subscription to Nikkei Net Interactive required to access full online text of article, which also appeared in The Nihon Keizai Shimbun Wednesday morning edition) NEC Electronics, Toshiba Corp "and others" are predicting the start of volume production of Nichia's... or Nichia-like... blue lasers in 2005. The article, which carried no individual byline, started out noting that Nichia has heretofore been the sole supplier of the key components driving next gen DVDs, a fact we've often underscored in our ongoing coverage of the topic via CompoundSemi News and LIGHTimes.

What the article did disclose that appears to be news to the blue spectrum device community, were the latest price ranges for both recorders and the blue spectrum laser diodes that enable them, plus a few fresh tidbits that captured our attention, such as the fact that some systems integrators, in both the HD-DVD and Blu-ray disc camps, appear to be verging away from Nichia as their sole supplier. When you look at our Sept. 9 coverage of the launch of blue laser based systems from Kano Technologies (which we continue to run to your right, this issue, for your viewing convenience), one gets the feeling the shift in sole suppliers portends of the blue LED intellectual property (IP) saga starting all over again. I wouldn't be surprised to eventually see companies like Kano Technologies sued for buying disputed IP-based products in much the same manner Sharp found itself sued by Nichia for buying parts that include LEDs that allegedly infringed with Nichia's patents.

According to Nikkei, prices for recorders are likely to stay in the 300,000 yen (JPY) (appx. $2733 USD) to 450,000 yen (appx. $4,100) range, which is consistent with what Kano is asking for their Blue Wav line. Moves into volume production will eventually lower everyone's costs of production, all the way up and down the value and supply chain. No reason to lower prices sooner than necessary. Also according to the Nikkei Net article, Nichia is selling their laser diodes for up to 100,000 yen (appx. $911) to the various next gen DVD makers. Technology strides aside, just under $1000 per diode could give anyone sticker shock when it's just one component in a system, even if it is the key component. Buyers to date include Sony, Matsushita Electric, and 11 other firms in the Blu-ray Disc standards camp and Toshiba and NEC in the HD-DVD camp. The next standards meetings of the DVD Forum, by the way, will be held in October 7th in Japan and November 3-4 in Prague. At this stage, HD-DVD appears to be in the lead (it's sort of like Beta vs. VHS) with Blu-ray catching up quickly as they add Microsoft's digital compression technology to their scheme, and progressively more design wins, like Kano's introductions. The one thing all fielded products have in common is the dependency on GaN-based blue laser diodes that match the performance of Nichia's devices. And that still isn't an easy component to harness without infringing on Nichia's IP.

If you don't think this is a high stakes game, think again. Sony has just set up a consortium with three USA investment firms and has reached a tentative agreement to take over none onther than the famed Metro-Goldwyn-Mayer Inc. (MGM) Hollywood movie house for about 4.8 billion dollars (appx. 530 billion yen) plus assumption of the movie company's debt. My mother was with MGM in the 30s as a script girl for producer John Ford. The store of great movies goes back to the silents there. That's a lot of classic movies to put on blue laser driven DVDs... and Sony will likely own most of them at the rate they're going. The potential market is staggering and Sony is a force to be appreciated... and catered to.

Further, according to the Nikkei article, "NEC Compound Semiconductor Devices Ltd. has developed mass production technology for the parts, and parent NEC Electronics will begin sample shipments as early as the first half of 2005. NEC Kansai Ltd. will produce the lasers and outsource assembly domestically." Hmmm... that's something we'll have to ask our NEC blue laser based DVD market guru, Ryoichi Hayatsu, to clarify for us. Rick has dazzled our Blue 2003 and Blue 2004 audiences consistently with his candid and insightful progress reports, and the topic will likely be an even hotter one at Blue 2005 in Taiwan next June given the projected Japanese ramp. By then what do you bet Taiwan blue LED manufacturers will be eyeing the blue laser market, especially the packaging houses. Rick made a request of the Blue 2004 attendees, for example, for solutions in moving blue laser diodes from existing glass packages into less costly plastic packages with stronger adhesives that can withstand high volume production methods. Nikkei also pointed out in their report that "Toshiba has developed production technology that will lower the cost of blue lasers to about 5,000 yen (appx. $45) per unit" and that they intend to begin production in the first half of next year, initially supplying its own next-generation DVD recorder operation and that "Matsushita will begin in-house production as early as next year as well" saying further that "The DVD recorder that debuted at the end of July uses Nichia lasers, but the firm plans to switch to its own lasers for a model slated for introduction in 2005, thereby reducing the price." Now there's the loaded statement that caught my attention. How do their lasers differ from Nichia's and do they differ enough to perform as well without infringement challenges?

Everyone seems to be getting in on the race to produce their own version of the blue lasers... but does that term mean die from Nichia and packaging or upward integration up the foodchain by the above named, plus Sony and Sanyo Electric, who are reported to have "sent samples to multiple DVD recorder manufacturers, and seek to swiftly move their proprietary blue lasers into mass production"...? And Sharp was mentioned as also considering in-house production. (Sharp is already, obviously acquainted with Nichia's legal team). The clue is down where the article noted that Sony and Nichia indeed have a patent-sharing arrangement on blue lasers. Word has it they're in an ongoing patent tie-up involving over 800 patents on the subject... not to mention their ongoing patent disputes with the blue laser breakthrough artist himself, UCSB professor Shuji Nakamura who headed Nichia's original efforts. The article also said, quite clearly, "that Toshiba, Sanyo and others are developing their own technologies." The caveat is the "But" part. The article ends by saying... "But... in the development process, firms may need to negotiate with Nichia concerning patent licensing."

My guess is that this is one of those Japanese to English translation things and that there's considerably more to the story. Plus, it's probably a traditional Japanese business thing, whereby they battle among themselves in the beginning and then join ranks as the technology spreads out, first elsewhere in Asia, then throughout the rest of the world (ROW). You can bet that if any of the above are making their own blue laser die, and if those die are hearty enough to meet the demanding specs, that they're cloning the Nichia process and are indeed already negotiating licensing arrangements with Nichia. You can't stop the tide, which has been proven by Nichia's established pattern of licensing (or cross-licensing or simply agreeing not to continue suing one another) their blue spectrum LED processes, first to the Big 5, then to their Taiwan competitors. But... (there's that word "But" which really means "negating everything said earlier") you can certainly do everything you can do everything you can to try and change the direction of the flow so that every little wave laps onto your beach.

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...

 

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