Category Archives: LEDs

The Chromadice uses a UV diode-pumped solid-state (DPSS) laser system to process four 100-mm wafers per hour. Typical LED manufacture yields 10 2&#34 wafers per hour, said Jeffrey P. Sercel, president of JPSA, adding that switching to the larger 100-mm wafers will give manufacturers the equivalent of 16 2&#34 wafers per hour. JPSA developed high-accuracy Z-theta-capable air-bearing stages to enable processing with larger sapphire wafers. The Z-axis rotary stage offers continuous or limited travel, a cog-free motor, zero gear backlash, and low wobble and bearing run-out.

(April 12, 2007) VANCOUVER, WA; PLYMOUTH, MN; and BEAVERTON, OR &#151 Antares Advanced Test Technologies and Gryphics, Inc., wholly owned subsidiary of Cascade Microtech, Inc., partnered for sales, distribution, and service on Gryphics’ LQFN test-socket product line. Antares will rename the sockets “Kalypso,” and provide global distribution and service.

(April 11, 2007) REDWOOD CITY, CA &#151 EoPlex Technologies has been named a “Cool Vendor” by Gartner, Inc. as part of the research company’s 2007 report “Cool Vendors in Semiconductors, 2007”. Gartner defines a Cool Vendor as a company that offers technologies or solutions that are innovative, impactful, and intriguing; having caught Gartner’s interest or curiosity in the past six months.

(April 12, 2007) MANCHESTER, NH &#151 A 100-mm sapphire wafer-dicing capability, developed on J.P. Sercel Associates’ IX-200 Chromadice DPSS UV laser wafer-singulation system, reportedly increases LED yields by processing larger sapphire wafers than prior methods.

April 5, 2007 – Strong sales of DRAM memory and wireless communications devices boosted several vendors in the final tally of 2006 worldwide semiconductor sales, according to new figures from Gartner Dataquest.

Worldwide semiconductor revenue totaled $262.7 billion, up 10.2% from 2005. “Diverging trends in key markets contributed to a moderate overall growth,” said John Barber, research director at Gartner, in a statement, adding that slowing growth in traditional markets e.g. PC processors was offset by strong gains in DRAM and wireless communications.

Intel still led the pack despite a 12% drop in sales, and saw its marketshare drop from 14.5% to 11.6%. Intel’s share loss was partly rival AMD’s gain, which witnessed an 86% surge to $7.43 billion in sales (mainly due its acquisition of ATI). But Intel’s fortunes have begun to turn, with introduction of new dual-core, 65nm-based CPUs that should help it regain lost share in 2007.

No.2 Samsung posted 9.8% sales growth just trailing the industry average, coming in at $20.14 billion in revenues Growth in DRAM, NOR Flash, PSRAM, and CMOS image sensor was offset by declining NAND flash revenue, a segment where the company saw its market share dip below 50%.

Best growth in 2006 goes to Hynix (+39.9%, $8.01 billion) and Infineon/Qimonda (+28.4%, $10.53 billion), riding strong DRAM business. AMD/ATI’s semiconductor revenues alone also grew just under 30% in 2006, Gartner notes. Texas Instruments (+18.4%) also outpaced overall industry growth thanks to its high-performance analog and DSP products lines in 2006.

Top 10 worldwide semiconductor vendors
(Revenues in US $M)

Company…………………….2005 revenue…..2006 revenue…..Growth %…..’06 marketshare (%)

Intel……………………………………34,590…………….30,437……………..-12.0………………11.6
Samsung Electronics…………18,347……………20,138………………..9.8…………………7.7
Texas Instruments……………..10,119……………11,984………………18.4……………….4.6
Infineon Technologies*…………8205……………10,533………………28.4……………….4.0
STMicroelectronics……………….8882……………..9854……………….10.9……………….3.8
Toshiba…………………………………8984……………..9783…………………8.9…………………3.7
Hynix Semiconductor……………5723……………..8007……………….39.9……………….3.0
Renesas Technology……………8101……………..7900………………..-2.5……………….3.0
Advanced Micro Devices………3995……………..7434……………….86.1……………….2.8
Freescale Semiconductor……..5599……………..6049…………………8.0………………..2.3
Others……………………………….125,744…………..140,571…………….11.8……………..53.5
TOTAL MARKET……………….238,289…………..262,690…………….10.2……………100.0

* includes Qimonda

Source: Gartner Dataquest

April 3, 2007 – Manz Automation AG, a laser process technology component supplier, and Synova SA, a privately held Swiss developer of water jet-guided laser technology, will integrate their technologies into manufacturing equipment for photovoltaics applications through a new technology licensing agreement.

The combined system will be used to improve efficiency and reduce cost of cutting, drilling, and edge isolation of mono- and multicrystalline solar cells, the firms say. Synova will head up R&D efforts for the combined toolsets, with Manz driving manufacturing, sales, and service operations.

“Synova’s unique technology, which guides a laser beam through an ultrathin water jet, will substantially increase the efficiency of current laser processes,” said Manz chairman Dieter Manz, adding that the companies project “completely new uses in the manufacture of crystalline solar cells will arise.”

For Synova, the deal expands markets for its flagship “laser microjet” technology, which replaces traditional cutting technologies such as conventional lasers and diamond blade saws, for applications in inkjet print head MEMS, HDDs, and OLEDs. The company already has licensing deals in other markets including medical instrumentation and automotive devices.

“Given Laser MicroJet’s superb price/performance record in the semiconductor industry, our solution is a natural choice for deployment in the cost-sensitive PV manufacturing space,” stated Synova CEO Bernold Richerzhagen.

As reported in the Wichita Eagle, Pat Roberts Hall, home of the new $50 million Biosecurity Research Institute, recently opened at Kansas State University. It is the only full-size agricultural and food safety biosecurity laboratory in the world. Much of the lab’s work will consist of validating processes or technologies for the government, other research institutions or commercial food companies.

Researchers at the institute, led by Randy Phebus-a food microbiologist and professor of food safety and security at Kansas State-will study pathogens considered possible terrorist weapons, including anthrax, and staphylococcus and botulinum toxins.

The lab is assigned Biosafety Level 3, the second-highest laboratory security level in the U.S. It is assigned to laboratories that use toxic agents that may cause serious or potentially lethal disease as a result of inhalation. The highest level, Biosafety Level 4, is reserved for labs that handle the most dangerous agents, including fatal viruses without cures, such as Ebola, and toxins for which there are no antidotes. These products will not be handled at Kansas State.

The entire lower level is devoted to equipment that sterilizes all the air and water that leaves the building. “We have a HEPA air filtration system that every hour filters enough air to fill the area above the football field to 12 feet high,” Phebus says.

The lab can reportedly handle objects as large as an airplane cabin for contamination and decontamination experiments.

Series C Nets $17.5M


March 27, 2007

(March 27, 2007) SAN JOSE, CA &#151 Discera Inc. completed a series C funding round with $17.5 million, led by Scale Venture Partners in Foster City, CA. The investment will be allocated to increasing production, distribution, and marketing.

Mar. 26, 2007 — Discera Inc., developer of MEMS-based oscillators, has completed a $17.5 million Series C round of funding led by Scale Venture Partners. Discera recently began shipping its first products for direct replacement of quartz crystal oscillators for timing components in electronics devices; the company will use the funds to support increased production, distribution and marketing.

Scale Venture Partners joins previous investors 3i, Partech International and Ardesta LLC; new investor Horizon Ventures also participated in the round. Jim Jones, Managing Director with ScaleVP, has joined Discera’s board of directors.

The company has also announced expansion of its distribution channel, with the addition of frequency control manufacturer ABRACON. With this move Discera says it has strengthened its channel to cover all key segments of the market. Discera breaks the estimated $1 billion oscillator market into four segments (multi-frequency; high performance; mid-range; and other, such as military, industrial and automotive), and says that with high performance partner Vectron and now industrial and commercial partner ABRACON, it has a strong presence in three. Discera has already established a worldwide channel with mid-range XO partners in Europe and Asia. ABRACON’s channels include some of the top distributors in North America, including Digikey Corporation, Electrosonic, Future Electronics, Mouser Electronics, Richardson Electronics, Allied Electronics, and Newark Electronics.

Discera says that quartz crystal is considered to be one of the final hurdles of Moore’s law of scalability. Discera began shipping its MOS1 oscillator after passing stringent reliability tests, with volume production starting in Q2 2007. Discera’s technology consists of a silicon MEMS resonator and an ASIC embedded within a conventional QFN plastic package or ceramic package. Discera has been sampling its product since last year. Key target applications for MEMS-based timing devices are PCs, DVD players, gaming consoles, set top boxes, camcorders, PDAs and cameras as well a variety of industrial products.

March 23, 2007 – Boosted by refreshed inventories and demand for power transistors, sales of discrete semiconductor devices grew faster than IC sales in 2006 for the first time in nearly two decades, and only the second time since the 1970s, according to data from IC Insights Inc.

Total discrete sales rose 8.8% in 2006 to $16.59 billion, tweaking past the firm’s 8.8% estimate for IC industry growth during the year, and following on the heels of a 3% slump in discrete sales in 2005. IC Insights projects discrete sales growth will again keep up with IC sales this year — ~7% to $17.7 billion, marking a new record high in dollars since the previous peak level in 2000, vs. 7.2% growth for ICs based on forecasts cast in January.

With ICs becoming more powerful at lower costs, and integrating more transistors on a single chip (particularly for small-signal devices), there is less demand for discretes which are often used as “glue” devices for interfaces and signal conditioning between ICs on boards, explained Rob Lineback, analyst with IC Insights, in an email exchange with WaferNEWS. “Integrated circuits continue to eat away at discretes, integrating more transistors on a single chip. This is especially true for small-signal devices, such as simple transistor products,” he wrote. Also, ASPs for discretes continue to drop, while next-gen ICs with more functionality can be priced higher depending on market conditions.

Discrete sales dipped 3% in 2005, compared to increases of 8% in ICs and 7% in overall semiconductors, due to a 2% drop in discrete unit shipments vs. an 11% rise in IC units, Lineback noted. The last time discretes dollar growth surpassed IC growth was 1990, when the semiconductor industry was coming off a down-cycle trough between boom periods, and system makers pulled back IC orders and replenished discrete inventories. The same situation happened in the first half of 2006, Lineback explained — system manufacturers increased orders for discretes to refresh depleted inventories for transistor products, diodes, rectifiers, and other commodity discretes.

Notable growth segments within the discrete sector include power transistors (e.g. MOSFETs and IGBTs), due to various market trends, “including higher speed MPUs which require lower operating voltages for battery operation and lower power consumption in portable systems but higher current levels for gigahertz frequencies,” Lineback noted, adding that emphasis on more efficient power supplies is also creating demand for new power transistors. Automotive applications are an important market for power transistors, he noted — IGBTs are an important component in both hybrid gas/electric vehicles as well as standard gasoline cars, and high-voltage MOSFETs are increasingly being used in automotive electronics.

Another high-growth area is rectifiers and thyristors (a four-layer semiconductor device consisting of alternating P- and N-type materials), mainly in industrial applications, home appliances, and lighting applications, as developing countries build out their infrastructures and consumers buy more electronics, he pointed out.

Power transistors, which accounted for about half of all discrete sales in 2006 ($8.4 billion), are in higher demand for applications in battery-based portable systems and high-speed PCs, the firm noted. Segments of the power transistor market expected to see significant growth in 2006 include insulated-gate bipolar transistors (IGBTs, +19%) and power MOSFETs (+11%).

Most of the top 10 discrete suppliers held their positions in 2006, led by Toshiba ($1.37 billion), STMicroelectronics ($1.33 billion), and Infineon ($1.26 billion). Toshiba’s discrete sales rose just 1%, and just $38 million separates Toshiba and ST as the world’s top discrete supplier (they were $185 million apart in 2005).

In terms of growth, Infineon (27%) paced the pack due to a focus on power discretes and commercialization of next-generation silicon-carbide (SiC) Schottky diodes and other discretes. ST (14%) also is emphasizing a broad range of discretes, including GaN Schottky diodes in a partnership with Velox Semiconductor (a spin-off from EMCORE), and is riding the strong growth in IGBTs as well, Lineback pointed out. Renesas, which ranked third in 2005, fell to 11th place in 2006 with discrete sales of $681 million (-32%), as it de-emphasizes discretes.

While growth in discretes sales is keeping pace with IC sales over the past year, longer-term growth for the segment is still trailing overall ICs. IC Insights pegs the 2006-2011 compound annual growth rate (CAGR) for discretes at just 6%, topping out at $21.9 billion in 2011, while ICs will achieve a CAGR of 10% during the same period, reaching $344.2 billion by 2011. Discrete production is growing faster in China, Taiwan, and elsewhere in the Asia-Pacific region where 100-150-200mm fabs are being used to make transistors, diodes, and other commodity devices at low cost, Lineback noted.

Top 10 discrete suppliers, 2006

(Sales in US $M)

Company…………………….2005 sales……….2006 sales……….% change

Toshiba…………………………….1354………….1371………………….1%
ST…………………………………….1169………….1333………………….14%
Infineon……………………………..994……………1263………………..27%
Fairchild……………………………..892……………950…………………..7%
Rohm…………………………………847……………880…………………..4%
Vishay………………………………..808……………860…………………..6%
NXP/Philips………………………..780……………815…………………..4%
ON Semi…………………………….626……………750………………….20%
IR……………………………………….679……………740…………………..9%
NEC……………………………………680……………720…………………..6%
Others………………………………6038…………..6904………………….14%
TOTAL DISCRETES……….15,244……….16,586………………..9%

Source: IC Insights Inc.

March 21, 2007 – Kenici Sekiya, former president/CEO/chairman of DISCO Corp., and Arthur Zafiropoulo, chairman/CEO of Ultratech Inc., have been appointed emeritus members of the SEMI board of directors, in recognition of their service to SEMI and the semiconductor industry, the association announced.

Skye led DISCO for 43 years until his retirement in early 2006. He was a voting member of SEMI’s International Board of Directors from 1994-2002 (and as a non-voting member through 2004), and also served on SEMI’s Japan Regional Advisory Board and International Trade Partners Conference organizing committee.

Zafiropoulo, a member of SEMI’s International Board of Directors since 1995, was a founding member and chairman of the SEMI Foundation Board of Trustees, which promotes SEMI education and workforce development initiatives. He was also the first recipient of SEMI’s Bob Graham Award, recognizing those who enhance customer value and promote the growth of the semiconductor equipment and materials industry through marketing excellence. His dry etch startup Drytek was acquired by General Signal in 1986, after which he led the company’s semiconductor equipment group international operations, and became president of its Ultratech Stepper business unit, which was spun out in 1993.

“These individuals have made significant and long-standing contributions to SEMI and its worldwide membership over many years,” said Stanley Myers, president and CEO of SEMI, in a statement.

March 21, 2007 – Compound semiconductor firms showed mixed fortunes in 2006, but in general ended the year with positive results, including profit margins approaching 35% for gallium arsenide (GaAs) device manufacturers, and >25% for some substrate and equipment suppliers at year’s end, according to data from Strategy Analytics.

“2006 was a good year for the industry with strong demand helping to drive revenues,” said Stephen Entwistle, VP of the research firm’s Strategic Technologies Practice, in a statement. “At the same time, companies adopted focused strategies that included divesting operations that did not tie in with their core business helping them to move towards profitability,” he added.

Companies in the telecoms sector still struggled with profitability, but the market for 2007 is picking up and looks promising, noted Asif Anwar, Strategy Analytics’ GaAs service director. Equipment manufacturers are finding strong demand from the LED sector, where positive margins were already being achieved despite lower revenues, he noted.