TriQuint Semiconductor Introduces A High Power Amplifier For Broadband Wireless and VSAT Ground Terminal Applications.Business Editors/Technology Writers HILLSBORO, Ore.--(BUSINESS WIRE)--Feb. 18, 2002 Expanding the Family of Millimeter Wave Standard Products for the High Performance Communications Markets TriQuint Semiconductor, Inc. (Nasdaq:TQNT) today announced the introduction of a new high power transmit amplifier for Satellite Ground Terminal and Millimeter Wave Digital Radio applications (see technical specifications below). Emerging broadband satellite networks will provide wide-band, high-speed communications for Internet and multimedia applications in North America North America, third largest continent (1990 est. pop. 365,000,000), c.9,400,000 sq mi (24,346,000 sq km), the northern of the two continents of the Western Hemisphere. and Europe in 2003 and beyond. High power ground terminals are required at each customer site to communicate with the satellite network. This high performance device is ideally suited for use as a transmit High Power Amplifier Power amplifier The final stage in multistage amplifiers, such as audio amplifiers and radio transmitters, designed to deliver appreciable power to the load. (HPA (1) (High Performance Addressing) Refers to a variety of earlier addressing techniques that improved the quality of a passive matrix (LCD) screen. (2) (High Power A ) in broadband satellite ground terminal applications and digital radio applications requiring high linear power. Due to the power and linearity performance available from this single chip solution, subsystem integrators can replace multi-chip modules thereby decreasing product complexity and cost. The TGA See TARGA. TGA - Targa Graphics Adaptor 4501 is fabricated using TriQuint's proven 0.25-micron gate length, power pHEMT process. TriQuint's power pHEMT process produces high frequency device performance comparable to that normally associated with 0.15-micron gate length devices while providing high device yields of a mature production process. Larry Mowatt, Director of the Satellite Communications Business Unit said, "The TGA4501 provides our customers with benchmark power performance available from a single MMIC (Monolithic Microwave IC) An integrated circuit used in high-frequency applications such as mobile phones. Also known as "monolithic microwave/millimeter-wave IC," MMICs combine transistors and passive devices (resistors, capacitors, etc. device and aggressive volume pricing that will enable the widespread deployment of consumer products. The availability of the TGA4501 eliminates the need for costly multi-chip assemblies to achieve the transmit output power required for system operation." The TriQuint TGA4501 has been designed into several Ka-Band VSAT (Very Small Aperture satellite Terminal) A small earth station for satellite transmission that handles up to 56 Kbits/sec of digital transmission. VSATs that handle the T1 data rate (up to 1.544 Mbits/sec) are called "TSATs. ground terminal and millimeter wave radio products by leading systems and subsystems manufacturers. The TGA4501 is currently shipping in pre-production volumes, with expected ramp to full volume production in the second half of 2002. This new HPA is part of a series of TriQuint Standard Product introductions specifically targeting the VSAT and Millimeter Wave Radio markets. TriQuint continues to be an industry leader in providing high-performance, cost-effective solutions for the critical transmit amplifier function. Through the use of advanced 0.25-micron gate length pHEMT GaAs production process technology, TriQuint HPA devices consistently provide the smallest available physical size per watt output power and lowest cost per watt of output power in the millimeter wave frequency range. The technology behind the TGA4501 has evolved through years of research and development and custom product designs in the high performance millimeter wave IC market. APPLICATIONS & FEATURES: -- Operating Frequency: 27 to 32GHz -- 4 Gain Stage Architecture -- Nominal Output Power: 34.5dBm -- Nominal Gain: 20dB -- Typical Output Third-Order-Intercept Point: 40dBm -- Quiescent Bias: 2.1A @ 6V -- Chip Dimensions: 4.290 mm x 3.019 mm x 0.050 mm TECHNICAL SPECIFICATIONS: -- Operating Frequency: 27 to 32GHz -- 4 Gain Stage Architecture -- Nominal Output Power: 34.5dBm -- Nominal Gain: 20dB -- Typical Output Third-Order-Intercept Point: 40dBm -- Quiescent Bias: 2.1A @ 6V -- Chip Dimensions: 4.290 mm x 3.019 mm x 0.050 mm The TGA4501 is offered in chip form. Bond pad and backside metalization is gold plated for compatibility with eutectic alloy eu·tec·tic alloy n. An alloy that is generally brittle, easily melted, and subject to tarnish and corrosion, used primarily in dental solders. attachment methods as well as with thermocompression and thermosonic wire bonding Wire bonding is a method of making interconnections between a microchip and other electronics as part of semiconductor device fabrication. The wire is generally made up of one of the following:
Production pricing for 10,000 piece quantities is $99.00 each. Delivery is available from stock to 12 weeks for higher volume orders. A complete data sheet is available at www.triquint.com/MMW/TGA4501.pdf. ABOUT TRIQUINT: TriQuint Semiconductor, Inc. (Nasdaq: TQNT - news) is a leading supplier of high performance components for communications applications. The company strives for diversity in its markets, applications, products, technology and customer base. Markets include wireless communications wireless communications System using radio-frequency, infrared, microwave, or other types of electromagnetic or acoustic waves in place of wires, cables, or fibre optics to transmit signals or data. , telecommunications, data communications data communications, application of telecommunications technology to the problem of transmitting data, especially to, from, or between computers. In popular usage, it is said that data communications make it possible for one computer to "talk" with another. , and aerospace with a specific focus on RF, analog and mixed signal applications. TriQuint provides customers with standard and custom product solutions as well as foundry services. Products are based on advanced process technologies including gallium arsenide An alloy of gallium and arsenic compound (GaAs) that is used as the base material for chips. Several times faster than silicon, it is used in high frequency applications such as cellphones, DVD players and fiber optics. , indium phosphide phosphide Any of a class of chemical compounds in which phosphorous is combined with a metal. Phosphides exhibit a wide variety of chemical and physical properties. Phosphides that are rich in metal have high melting points and are hard, brittle, and chemically inert; these , silicon germanium (SiGe) A semiconductor material made from silicon and germanium. Germanium is very similar to silicon, but when one layer is grown on top of the other to form the base of the transistor, the resulting transistor can switch faster and yield higher performance. , and SAW filters. TriQuint customers include major communications companies worldwide. TriQuint has facilities located in Oregon, Texas, Florida and Massachusetts in the United States and in Costa Rica. All facilities are certified to the ISO (1) See ISO speed. (2) (International Organization for Standardization, Geneva, Switzerland, www.iso.ch) An organization that sets international standards, founded in 1946. The U.S. member body is ANSI. 9001 International Quality Standard. TriQuint is headquartered at 2300 NE Brookwood Parkway, Hillsboro, OR 97124. Phone: 503/615-9000 (fax 503/615-8900). Visit the TriQuint web-site at http://www.triquint.com. Forward Looking Statements: This press release contains forward-looking statements made pursuant to the Safe Harbor Safe Harbor 1. A legal provision to reduce or eliminate liability as long as good faith is demonstrated. 2. A form of shark repellent implemented by a target company acquiring a business that is so poorly regulated that the target itself is less attractive. provisions of the Private Securities Litigation Reform Act The Private Securities Litigation Reform Act of 1995 (PSLRA) implemented several significant substantive changes affecting certain cases brought under the federal securities laws, including changes related to pleading, discovery, liability, class representation and awards fees and of 1995. Readers are cautioned that forward-looking statements such as statements of the Company's plans, objective, expectations and intentions involve risks and uncertainties. A number of factors affect TriQuint's operating results and could cause the company's actual future results to differ materially from any results indicated in this press release or in any other forward-looking statements made by, or on behalf of TriQuint, including those related to its respective markets, the demand for semiconductors for applications such as optical networks and wireless communications, the demand for products utilizing SAW technology, and performance of its manufacturing facilities. TriQuint cannot provide any assurance that future results will meet expectations. Results could differ materially based on various factors, including the company's performance and market conditions. In addition, historical information should not be considered an indicator of future performance. Additional considerations and important risk factors are described in TriQuint's reports on Form 10-K Form 10-K A report required by the SEC from exchange-listed companies that provides for annual disclosure of certain financial information. Form 10-K See 10-K. and 10-Q and other filings with the Securities and Exchange Commission. These reports can also be accessed at the SEC web site, www.sec.gov. The cautionary statements made in this release should be read as being applicable to all related statements wherever they appear. Statement containing such words as "believes," "expects," "plans," "projects," "intends," "estimates," "anticipates," or similar terms are considered to contain uncertainty and are forward looking statements. A reader of this release should understand that it is not possible to predict or identify risk factors and should not consider the list to be a complete statement of all potential risks and uncertainties. We do not assume the obligation to update any forward-looking statements. |
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