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TriQuint is proud to announce the latest additions to our innovative RF portfolio. View our New Products page to discover ways to simplify your RF designs across mobile, network infrastructure and defense applications.
TriQuint's LowDrift™ and NoDrift™ filter technologies dramatically reduce temperature sensitivity for fewer dropped calls and a better user experience.
TriQuint's QUANTUM Tx™ family of highly integrated transmit modules reduce board space and enable a much smaller footprint for 2G / 3G / 4G mobile devices. Find out how these building blocks can make RF design easier and faster for 2G and entry-level 3G devices.
Patented Spatium™ technology from TriQuint delivers a higher standard of efficiency, reliability and frequency range for high-power RF applications including communications, electronic warfare (EW), radar and test and measurement.
TriQuint's innovative TriAccess™ portfolio enables more efficient broadband video, voice and data services. TriQuint amplifiers and filters lower power consumption with improved performance. TriQuint enables all major 75 ohm RF systems in headend, infrastructure, MDU and CPE applications.
Consumers have come to expect Wi-Fi connectivity in their smartphones, tablets and other mobile devices. You'll find TriQuint's TriConnect® Wi-Fi RF modules in many of the world's most sought-after products.
TRITIUM™ is a family of highly integrated modules designed for use in 3G mobile phones, data cards and USB modems. Optimize your 3G CDMA / WCDMA / HSUPA applications and gain maximum design flexibility.
TriQuint's highly integrated TRIUMF™ MMPAs are one more proven way that TriQuint engineers are delivering innovative solutions for the most complex mobile design challenges for cutting-edge smartphones. Let us help you simplify your 2G / 3G / 4G design and enhance system performance while speeding time to market.
Today's on-the-go consumers expect to extend their digital lifestyles into their vehicles with wireless services, such as GPS satellite navigation, digital satellite radio, Wi-Fi connectivity and Bluetooth integration with their 4G smartphones. To establish an interference-free coexistence in the overcrowded wireless spectrum, the automotive technology industry developed the "smart antenna" concept — a multiband antenna system that can handle all those wireless standards in parallel. However, as more RF components for in-vehicle communications are squeezed into "sharkfin" roof antennas, high-performance filters are needed to keep those signals from interfering with one another. Enter TriQuint. TriQuint is dedicated to providing quality products to support the growing automotive market, as evidenced in the recent release of our very first NoDrift™ BAW filter. Our 885014 NoDrift BAW filter uses an advanced version of BAW to provide superior temperature stability to meet an especially challenging interference issue, allowing desired signals to transmit while rejecting undesired signals. Because our BAW technology solves some of the toughest filtering coexistence issues that RF designers face, a leading premium electric car manufacturer has chosen to incorporate our high-performance BAW filters into its rooftop antennas.
The Digital Age has forever changed how we enjoy and consume media in the home. In any given household, parents could stream an HD movie in the living room while one child streams music upstairs and another child downloads research from the web in the den. The term "connected living room" describes this technology phenomenon and covers all the major devices used in a generic living room: smartphones, tablets, laptops, television systems, set-top boxes, Blu-ray players, gaming consoles, home theater projectors and home audio systems. TriQuint's WLAN technology and product portfolio, including our new front-end modules TQP8080 and TQL1600, are bringing high-speed Wi-Fi to the global connected living room market, which is expected to be worth $957.65 billion by 2020. The TQP8080, as well as our high-performance power amplifiers, switches, filters and other integrated WLAN modules, supports whole-home distribution of HD video and gives customers a variety of wireless connection options. It also supports 4x4 MIMO for multiple users. We offer single-band WLAN products that support either 2.4 or 5 GHz Wi-Fi, and dual-band products that support both 2.4 and 5 GHz. Our 4G / Wi-Fi coexistence filters leverage TriQuint's advanced bulk acoustic wave (BAW) technology to allow Wi-Fi and LTE signals to coexist within the same device or in close proximity to one another.
Learn more about TriQuint's WLAN solutions for the connected living room.
TriQuint RF chipsets play an important role in Hughes satellite terminals that deliver the company's HughesNet® Gen4 high-speed Internet service to subscribers across the United States. HughesNet Gen4 operates over the state-of-the-art EchoStar®XVII satellite with JUPITER™ high-throughput technology, launched in July 2012. "TriQuint's Ka-band RF PA solution delivers the performance and ease of assembly we need for this highly competitive market," said John McEwan, Senior Vice President of Operations, Hughes.
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TriQuint filters can be found in many places, doing amazing work. One of the latest examples comes from the innovative medical device field, where a TriQuint filter plays an integral role in device monitoring and transferring data to doctors from pacemakers implanted in patients' bodies.
Manufactured by one of the world's leaders in the implantable medical device industry, the pacemaker has a tiny radio component, which transmits periodically to a receiver near the patient that captures the data and can forward it to a doctor's office. Modern pacemaker batteries are designed to last many years, so radio components contained in them need to enable the radio to be incredibly efficient. TriQuint's filter technology helps to increase the range and efficiency of the radio by providing improved amplitude variation over the pass band frequency, which helps improve performance and extend the unit's battery life. TriQuint is proud of the many ways its products perform, and the filters inside life-saving pacemakers are a perfect example.
Modern phased array antennas (far more sophisticated than passive antennas) are dependent on multiple components working together in complete harmony. Sometimes called "active antennas," their uses are far-ranging, from defense communications to commercial to satellite applications. Lockheed Martin Corporation makes some of the most technically-advanced RF broadband transceivers for phased array antennas used in defense systems today. Working with Lockheed Martin, TriQuint produced miniature BAW filters that play a major role in facilitating the devices' operation at different broadband frequencies. TriQuint's BAW filters enable desired signals to travel through the receiver while spurious signals are rejected, and at a very low noise figure which is essential for optimal system performance. Lockheed Martin was pleased with the results, developing a research paper* that cited TriQuint's contributions. The paper was presented at the U.S. government's premiere microcircuit and critical technologies conference (GOMACTech) in 2013. TriQuint's BAW filters are ideal for next-generation antenna arrays and many other challenging applications that RF designers face every day.
* "7-22 GHz Broadband Non-Dilated Multi-Channel Receive Module for Phased Array Antenna Systems," by William Trueheart and Jack Ajoian, Lockheed Martin Mission Systems and Sensors, Moorestown, NJ (USA); GOMACTech 2013.
Pinpointing one's position from practically anywhere on the planet takes a massive amount of infrastructure and technology including orbital telecommunications and navigation satellites. TriQuint's space products including GaAs amplifiers, switches and filter technology have been aboard orbital payloads for more than two decades, including Boeing communications and navigation satellites. In all, Boeing projects that more than 250,000 TriQuint GaAs devices have gone into its Spaceway and other satellite programs to support broadband data, telecommunications and global positioning services.
In the world of high-power, high-frequency devices, gallium arsenide (GaAs), pioneered by TriQuint, was the history-making technology in the early 1980s. Among other advantages, GaAs delivered substantially less noise at higher frequencies than anything that had come before it. Not surprisingly, GaAs became the norm in mobile phones, satellite communications and high-frequency radar systems.
TriQuint continues to chart new territory, and has been one of the first to achieve breakthroughs in gallium nitride (GaN) technology. With inherently better efficiency, power handling and durability, GaN is seen as the emerging go-to technology for advanced RF systems. GaN-based amplifiers are providing RF system engineers with the flexibility to achieve significantly higher power and efficiency than GaAs while using fewer parts.
Its superior current efficiency and space-saving value are working to support customers that include some of the world’s largest companies that are developing commercial 4G systems, a defense flight system, and other defense / aerospace projects.
Read TriQuint's news release
The Defense Advanced Research Projects Agency (DARPA) recently lauded TriQuint's GaN-on-diamond research program, which realized breakthrough results in thermal management. Among many potential applications, DARPA anticipates use in military radios and a wide range of electronics that utilize amplifiers. In a recent news release, DARPA noted that TriQuint was able to "...remove the GaN from its growth substrate and place it in intimate contact with a synthetically grown and specially prepared diamond substrate." In the same release, DARPA program manager Avram Bar-Cohen noted that the breakthrough enables devices, including amplifiers, that are up to three times smaller than current GaN-based products, or devices that produce much more power. "...Almost any RF system could benefit from the combination of higher power, higher efficiency, and reduced size enabled by GaN-on-diamond amplifiers," he said.
"Seven minutes of terror" are the words used by NASA personnel to describe the time it took for the Curiosity Rover to reach the Martian surface after deploying from the Entry stage of the Mars Science Laboratory (MSL). Communications time delays between planets meant that the rover's landing could not be piloted from earth, so NASA created a unique preprogrammed landing system that employed a 'Sky Crane' to lower the rover safely to Mars. TriQuint supplied five parts in the Sky Crane's critical landing radar system. The rigors of launch and travel through space require each and every component aboard NASA vehicles and probes to meet uncompromising performance and reliability standards.
Learn more about the five TriQuint products that helped land the Curiosity.
How many mobile devices do you own? Chances are, you'll find multiple TriQuint products inside. Many of the world's most sought-after smartphones, tablets and other mobile devices rely on our ultra-small, high-performance RF components. Now that 4G LTE and Wi-Fi are the norm, TriQuint's coexistence filters play a crucial role in ensuring that devices can operate in both modes simultaneously in the many frequency bands across the globe.
Complementing our advanced filters are TriQuint amplifiers and switches that enable the anytime, anywhere wireless communications that today's consumers expect. We leverage our advanced, in-house technology portfolio, the industry's broadest, to integrate these functions into tiny modules, making TriQuint a top choice for engineers developing next-generation devices. They rely on us to solve the industry's toughest challenges — delivering complete, high-performance solutions that simplify increasingly complex RF design by packing more capability in smaller form factors.
When a vehicle travels millions of miles through space and performs some of the most advanced exploration in history, we want to know what it has discovered. Sending communications from this distance requires the utmost in highest-performing components. A cooperative mission of NASA, the European Space Agency and the Italian Space Agency, the Cassini-Huygens spacecraft was launched toward Saturn in 1997. Its Huygens Probe included crucial equipment designed to communicate with the spacecraft throughout its mission to the surface of Saturn's moon, Titan. TriQuint's gallium arsenide (GaAs) device technology was at the heart of that connection that sent the findings back to Earth.
A few years later, Mars was the destination of two NASA rovers, the Spirit and Opportunity, also equipped with TriQuint GaAs amplifiers. The rovers arrived in 2004, and through a combination of superior design, interplanetary ingenuity and good fortune, Spirit continued to operate and communicate with Earth until 2010. Its sister probe, Opportunity, is still operational today.
TriQuint is proud that its space-qualified GaAs amplifiers are integral parts of these exploratory missions, sending data to the global scientific community. TriQuint components offer the type of rugged dependability necessary for the inherently challenging conditions of space exploration and, most importantly, communications back to Earth.
Advanced satellite communications are crucial for today's military. The information that is sent around the globe — between an executive office, military advisors on the ground, jets flying high above the clouds, ships at sea, and submarines far below the ocean's surface — must be received accurately, securely and on time. Today's military relies on satellites and a variety of communications terminals that reside in jets, ships and submarines, as well as configurations that are small and portable enough to be carried onto the battlefield.
TriQuint amplifiers are at work in defense satellite communications terminals, making sure signals are strong. Keragis, a custom electronics manufacturer that specializes in producing military-grade and rugged commercial products, uses TriQuint amplifiers like the TGA2501 (a 6-18 GHz, 2.8 W, 24 dB power amplifier) and the TGA2514 (a Ku-band, 6.5 W power amplifier). TriQuint high-performance amplifiers offer the power density and small form factors that Keragis needs — and the communications systems serving defense teams around the world.
Imagine walking into an office building while on an important mobile phone call, only to lose the signal — and the call. Thanks to cellular repeaters, the days of having to use mobile phones outside are over. Think of cellular repeaters as much smaller versions of cell towers, rebroadcasting and boosting cellular signals inside a building. TriQuint's AP561, an 8 W linear amplifier, powers a leading global broadband provider's latest repeaters. The AP561's small size, high linearity and high power saved our customer's engineers considerable design space and cost. TriQuint's amplifiers help deliver reliable, high-speed connections with minimal error rates — providing better cell phone connections indoors.
Mobile hotspots deliver fast Internet access in tiny, portable devices so users can stay connected wherever they go. Thanks to these pocket-sized wireless routers, a user almost anywhere can connect to the services they rely on using their favorite tablet, smartphone or other device. Today's most advanced Wi-Fi routers are multi-modal, leaping among 4G, 3G and 2G connections to take advantage of the strongest signal strength.
Packing powerful performance in ultra-small sizes, TriQuint's specialty filters and multi-mode, multi-band power amplifier modules (MMPAs) are key components in a sleek new LTE mobile hotspot being brought to market by a 4G network provider in Eurasia. Working with an original device manufacturer in Taiwan as part of a major chipset supplier's reference design, TriQuint leverages its integration expertise and advanced filter technology to provide a superior consumer experience. Personal Wi-Fi hotspots are definitely "cool," and TriQuint technology enables them.
A couple decades ago, cardiac monitors were purely local — meaning that their beeps, alarms and data were available only to medical personnel in physical proximity to the monitors. The introduction of telemetry meant that those alarms and patient data (e.g., pulse rates, blood pressure and other vital data) could be transmitted from patient hospital rooms to a nursing station or other centralized monitoring location. For years all that data had to travel over wires, limiting access to specific care settings within a medical facility.
Today, thanks to advances in wireless infrastructure technology, those same alarms and cardiac stats can be transmitted to doctors from ambulatory patients. Wireless telemetry systems can now wirelessly connect a central station and hundreds of transceivers or wireless bedside monitors, communicating vital signs as well as integrating real-time monitoring with lab results and radiology images, to make sure doctors have all the vital information at all times.
A Denmark-based industrial R&D firm, RTX A/S, worked with TriQuint supplier Richardson RFPD to qualify one of TriQuint's power amplifiers into a multibillion-dollar health care company's wireless telemetry system. TriQuint's power amplifier supports the high data rates needed for this long-range application, offering outstanding power-added efficiency for longer battery life and ensuring uninterrupted cardiac monitoring. The device was designed on TriQuint's advanced InGaP HBT GaAs technology to deliver superior reliability, temperature stability and ruggedness.
Over the last decade, automotive systems have advanced at a rapid rate. Applications that seemed like science fiction only a few years ago have now become standard. TriQuint's RF technology plays a critical role in one of the most impressive new applications, radar for adaptive cruise control.
This feature enables cars to sense objects in their path or coming toward them from another angle. Once a potential hazard is recognized, these sensors actively help drivers avoid collisions by working with the car's brakes — precharging them for faster response. TriQuint's 77 GHz portfolio for motion-sensing automotive and nonvehicular applications helped Delphi "...provide our customers game changing driver assist technology." One car manufacturer highlights that this radar technology is shared, in part, with the U.S. Air Force's F-22 Raptor aircraft. Flashy airborne cousins aside, these tiny but powerful modules are making car travel safer than ever, giving drivers and passengers greater peace of mind.