Communicant Semiconductor Technologies announced immediate availability of its 0.25micron carbon-doped silicon germanium (SiGe:C) BiCMOS design kit. The process offers three heterobipolar NPN transistors with transition frequencies (fT) from 80GHz to 30GHz and maximum oscillation frequencies (fMAX) from 90GHz to 70GHz at voltages of 2.4V to 7.0V.
Aixtron has acquired the patent and license portfolio for its TriJet Technology, from the French company J.I.P.ELEC. TriJet technology concerns the delivery and evaporation of liquid precursors and is used in Aixtrons Tricent and "Atomic Vapor Deposition" (AVD) systems. AVD techniques can be used to deposit high-k materials for gate and capacitor oxide replacements. AVD is designed to combine the advantage of metallorganic chemical vapour deposition (MOCVD) with the control of atomic layer thicknesses.
Texas Instruments has produced fully-functional wireless digital baseband devices on its next generation, 90nm process. The process features transistors as small as 37nm, giving the ability to pack more than 400mn on a single chip.
EMCORE has acquired Agere Systems West Coast USA optoelectronics business for $25mn. The transaction includes assets, products, technology and intellectual property related to Ageres cable TV optical components, telecom access and satellite communications operations.
The Singapore-based 300mm joint venture, UMCi, has begun equipment move-in. The venture brings together UMC, Infineon Technologies and EDB Investments, the Singapore governments Economic Development Boards investment arm.
SEMIs book-to-bill ratio for the North American semiconductor equipment came in at 0.98 in December 2002. Three-month average bookings were 39% up on December 2001 at $839mn and billings were 5% up at $853mn. The final book-to-bill ratio for November 2002 is given as 0.80.
Established in 1963, TEL played an active role in the early days of the IT revolution.
Since the first year of operation, TEL has continued to promote technological innovation
and customer success in the semiconductor industry, as well as other high-tech
TEL offers the most reliable products in the industry by continually strengthening our
research and development facilities and core employee base. Our R&D efforts focus
on two key objectives: the development of next-generation process technologies, and the constant improvement of equipment reliability and productivity.
Our development, manufacturing, marketing, sales, R&D and field engineering groups
work collaboratively to provide standard-setting products and service. To persist as the
leader in technological innovation, we fine-tune products to fulfill our customers specific needs through evaluation tests and demonstrations.
New products and processes are designed in close cooperation with our customers, placing TEL technology on the leading edge and often setting the standards for industry procedures. Our leading product lines include:
Oxidation/diffusion; LP-CVD systems
Metal PVD systems
Metal CVD systems
Plasma etch systems
The equipment made by TEL enables our customers to transform their concepts into marketable products. In essence, we focus our energy and resources on harnessing technologies that change the world.
Electronic design automation (EDA) company Synopsys has made a definitive agreement to buy all outstanding shares of Numerical Technologies common stock at $7.00 a share. Numerical develops subwavelength lithography photomask software.
NanoInk has closed a $6mn second round of financing led by the Lurie Investment Fund. NanoInk will use the funding to broaden its application-specific development efforts and accelerate delivery of the DPNWriter, scheduled for release in Q1 2003.
Infineon Technologies reports its Q1 2003 (quarter ended December 31, 2002) results with revenues up 47% on 2002 at EUR1.52bn. The company says that the boost is driven by demand for memory products and chips used in mobile communications. Net losses have been cut back from 2002s EUR331mn to EUR40mn.
Swedens Linkoping University is to host a new national centre for research on organic and polymer electronics to develop plastic conducting materials for applications such as solar cells and light emission.
Intense Photonics has expanded its capability with an extra 95m2 of cleanroom space at its Scottish compound semiconductor fabrication facility. The new area is for additional optoelectronic life test, assembly and packaging development.