HomeElectronics NewsNew ProductsFront End Module Compatible With Low-Voltage CMOS Levels

Front End Module Compatible With Low-Voltage CMOS Levels

  • Consumes low-power and robust
  • Its wide voltage supply range allows implementation for a various battery-powered IoT applications

Skyworks Solutions’ SKY66404-11 is a high-performance 2.4 GHz front-end module (FEM) that has been designed for Zigbee, Thread and Bluetooth (including Low Energy) ultra-low power IoT applications spanning sensors, beacons, smart meters and thermostats, wireless cameras, smoke and CO detectors, and wearables including medical devices.

SKY66404-11 provides increased efficiency and more than 4X range as compared to previous models. The integrated module includes a power amplifier, low-noise amplifier, low-loss bypass path, transmit and receive switches and digital controls that are compatible with 1.7 V to 3.6 V CMOS levels. Its wide voltage supply range allows the device to be implemented over a broad spectrum of battery-powered IoT applications.

Features

  • Integrated PA that provides more than 4X range extension in transmit mode versus system-on-chip (SoC)
  • Integrated LNA, enables 6 dB to 8 dB sensitivity improvement versus discrete SoC
  • Low power consumption makes it ideal for operation from coin cell batteries
  • Up to 3 kV HBM ESD for ultra-robust performance

The device comes in a compact package of 3.5 mm x 3.0 mm x 0.82 mm multi-chip module (MCM) and available from RFMW.


Vinay Prabhakar Minj
Vinay Prabhakar Minj
Vinay Prabhakar Minj is a technology writer and science communication specialist with a Master’s degree in Communication of Science and Innovation (Science Communication). He is a prolific contributor to Electronics For You, where he has authored over 1,000 articles covering electronics, semiconductors, embedded systems, IoT, and emerging technologies. With a strong foundation in science communication, Vinay focuses on translating complex engineering concepts into clear, accessible, and application-oriented content. His work spans topics such as sensor technologies, chip design, wireless systems, and next-generation electronics, making advanced innovations easier to understand for engineers, students, and industry professionals. Through his extensive contributions, he has built a reputation for delivering reliable, well-researched, and practical insights that help readers stay updated with the rapidly evolving electronics ecosystem. His writing bridges the gap between technical depth and real-world usability, supporting both learning and decision-making in the field.

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