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RF Integration Inc.

RF Integration Inc. stands out as a leader in the development of RF and analog solutions tailored for wireless and wideband communication sectors. They are renowned for employing a methodology that combines system-oriented approaches with a vast library of silicon-proven IP, ultimately delivering high-performance transmit, receive, and synthesizer subsystems. Their engineering prowess extends to the development of RFICs, SoCs, ASICs, SiPs, and MMICs that cover a frequency range from DC up to 80GHz, leveraging tech from SiGe, RF CMOS, GaAs, and GaN across process nodes from 500nm down to 65nm and even finer. With a broad array of applications, RF Integration supports defense, wireless infrastructure, video, multimedia, and mobile consumer products. Their solutions cater to the needs of modern warfighters through the integration of real-time situational awareness systems, employing UAVs and ground sensors. For wireless infrastructure, their innovations accommodate the ever-increasing demands of voice, data, and video services by leveraging technologies like WiMAX and LTE, with throughput capabilities that transform smartphone experiences. The company's role in consumer electronics and multimedia is noteworthy, focusing on creating high-performance RF solutions for laptops, set-top boxes, and HDTVs, facilitating seamless streaming and wireless connectivity. Their solutions also stretch into healthcare and machine-to-machine communication, where low-power wireless sensor networks prove essential for monitoring health metrics and enabling the Internet of Things (IoT) infrastructures. Additionally, RF Integration is deeply embedded in the sphere of next-generation GNSS systems, elevating the precision of navigation technologies with innovations compatible with a suite of global positioning systems, including Galileo and Beidou. They actively support ongoing advancements in low-power ASIC design, which integrate features like Zigbee and Bluetooth to expand functionalities while conserving energy. Read more

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ISDB-T 1-Segment Tuner

The ISDB-T 1-Segment Tuner is engineered for receiving digital terrestrial television broadcasts, with a focus on the ISDB-T standard prevalent in regions like Japan and parts of South America. This tuner is integral for digital TV receivers, set-top boxes, and portable media devices, ensuring users can access high-quality television content on the go. Its design supports the demodulation of video and audio signals transmitted in an ISDB-T format, simplifying the integration process for manufacturers developing digital TV solutions. The tuner excels in its ability to function in low signal strength conditions, ensuring consistent performance across a range of environments. Energy efficiency is a hallmark feature of this tuner, making it suitable for battery-powered devices. It’s designed to minimize power consumption while delivering maximum performance, prolonging the usability of mobile digital TV applications.

RF Integration Inc.
TSMC
180nm
DVB
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802.11 Transceiver Core

The 802.11 Transceiver Core forms the backbone for modern wireless communication systems, offering robust support for Wi-Fi connectivity in devices. Optimized for integration within smartphones, tablets, and laptops, this core provides high-speed data transmission that adheres to 802.11 standards, including 802.11 a/b/g/n. The core integrates advanced modulation schemes and supports multiple MIMO configurations, which enhance data throughput and range. This ensures seamless connectivity in environments such as homes, offices, and public spaces where high-speed internet access is crucial. The design also accounts for power efficiency, making it a viable choice for mobile devices where battery life is paramount. Furthermore, the transceiver core's architecture is built to uphold strong security protocols, safeguarding data transmission and protecting against unauthorized access. Its flexibility in design allows it to be customized for diverse applications, from consumer electronics to industrial IoT implementations.

RF Integration Inc.
TSMC
65nm, 180nm
802.11, Audio Interfaces
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802.15.4 Transceiver Core

The 802.15.4 Transceiver Core is meticulously crafted to support low-power wireless personal area networks (WPAN), particularly those adhering to Zigbee standards. Its applications are diverse, ranging from home automation systems to smart grid networks and sensor monitoring setups. This core is characterized by its low power consumption, an essential feature that extends the battery life of the devices it powers, making it ideal for IoT and M2M applications. It provides robust connectivity over short distances by enabling a mesh network framework, enhancing both reach and reliability. With a design that prioritizes versatility, it can be seamlessly integrated into various communication protocols beyond Zigbee. The core’s architecture supports secure data transfer, crucial for maintaining the integrity and confidentiality of information in connected devices.

RF Integration Inc.
TSMC
65nm, 180nm
I2C, NFC
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L1 Band GNSS Transceiver Core

The L1 Band GNSS Transceiver Core is designed to support advanced navigation systems, providing enhanced positioning accuracy. It is capable of receiving signals from multiple global navigation satellite systems, enabling it to deliver precise timing and navigational data. This transceiver core is tailored for integration into consumer electronics, as well as for use in industrial and defense applications. By leveraging signals from various GPS constellations, the transceiver facilitates improved performance in urban environments and challenging terrains. Its architecture is built to accommodate a wide range of frequencies around the L1 band, ensuring compatibility with existing GNSS infrastructure. High sensitivity and low power consumption are key features, making it suitable for wearable devices and IoT applications where energy efficiency is critical. Additionally, the transceiver's design ensures resilience against interference, making it reliable even in environments with high signal congestion. This core plays a vital role in enhancing the capabilities of mobile devices, allowing them to cater to complex navigational needs.

RF Integration Inc.
TSMC
28nm, 65nm, 180nm
GPS, RF Modules, Sensor
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