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Home & industrial IoT

Our advanced solutions enable smarter, more capable devices that improve everyday life and redefine possibilities in home, industry, retail & logistics and healthcare.

From connected devices to the Physical AI revolution

As intelligence moves out of the cloud and into the physical world, our devices are becoming more than connected endpoints. They are sensing, deciding and acting in real time. We are pioneering the future of IoT by providing essential semiconductor technologies that make Physical AI possible at scale. Our platforms combine AI compute, ultra-low power, embedded memory and robust connectivity to support always-on, intelligent devices in the home, on the factory floor and in critical healthcare settings.

  • Always-on, ultra-efficient operation

    Devices require continuous, low‑energy wireless links to support expanding connectivity, range and sensing

  • Secure, power‑efficient wireless connectivity

    Growth in connected endpoints drives demand for wireless solutions that deliver strong security and minimal power consumption

  • Integrated compute with embedded memory

    IoT devices are adopting highly integrated MCUs with embedded memory to enable secure, efficient, on‑device processing

  • High‑precision sensing & signal quality

    Emerging applications demand cleaner signal paths, lower noise and more accurate interfaces

  • Ultra‑low‑latency operation

    Industrial automation and medical‑grade systems depend on ultra‑low‑latency performance to support real‑time, critical tasks

  • Long‑range, low-power expansion

    Evolving connectivity technologies are enabling devices to reach farther while consuming less energy

Home & industrial IoT applications

Sensing & display

We deliver imaging, sensing and display technologies that support precise measurement and clear visual output across industrial, medical and consumer environments. Our platforms enable high‑resolution image sensors, advanced sensing architectures and enhanced display systems built for long‑life deployment at the edge.

Connectivity & tracking

We provide trusted wireless solutions that ensure robust connectivity across wide operating ranges. Our RF technologies enable consistent long‑range links with low power use, supporting asset tracking, smart infrastructure and industrial automation.

Identification & security

We power secure identity and authentication systems through NFC, smartcards, eSIM and access‑control silicon built for always‑on environments. Our platforms integrate security functions directly into the device to reduce risk and protect user and system data.

Edge & AI compute

We enable efficient edge compute with MCUs, multimedia processors and AI accelerators designed for low‑power, space‑constrained environments. Our technologies support real‑time decision‑making in IoT devices to reduce latency and improves system responsiveness.

Medical & healthcare

Advanced technology tailored for health and wellness applications including continuous glucose monitors, hearing aids and handheld ultrasound systems. Because battery‑powered wearable medical devices depend on ultra‑low power technologies to avoid frequent charging or reduced shelf life, our platforms enable 24/7 continuous monitoring with reliable wireless connectivity.

Industrial & power

We provide industrial‑grade power management, motor control and PLC‑class compute solutions built for rugged long‑life operation. Our feature‑rich CMOS and power technologies ensure reliable performance in high‑demand environments.

Industrial

IoT is revolutionizing industrial operations by enabling real-time monitoring, predictive maintenance and enhanced automation. Our advanced semiconductor solutions provide the connectivity, power efficiency and security needed to support next-generation industrial IoT applications.

  • AI-enabled monitoring and predictive maintenance powered by always‑on sensing and ultra‑lowpower compute
  • Reliable motion and power control for robots, factory automation and heavy machinery using GF’s differentiated BCD platforms
  • Hardened industrial connectivity and security with feature‑rich RF and embedded memory for safe, industrial‑grade communication

Home

Our advanced semiconductor solutions provide the connectivity, power efficiency and compute performance needed to support a wide range of home IoT applications.

  • Smart appliances: Our high-performance, ultra-low power platforms enable smart appliances that can be controlled remotely and operate efficiently
  • Home security: Our advanced solutions support home security systems that provide real-time monitoring and alerts, ensuring the safety of residents
  • Energy management: Our technologies enable energy management systems that optimize energy usage, reducing costs and environmental impact

Health

By enabling remote monitoring, personalized treatment and improved patient outcomes, we provide the connectivity, power efficiency and security needed to support next-generation health IoT applications.

  • Remote monitoring: Our high-performance, ultra-low power platforms enable remote monitoring of patients, ensuring timely and effective care
  • Personalized treatment: Our advanced embedded memory solutions support personalized treatment by enabling the collection and analysis of patient data to tailor treatments to individual needs
  • Improved patient outcomes: Our semiconductor technologies support improved patient outcomes by enabling real-time monitoring and health data analysis

Retail & logistics

IoT is reshaping retail by enabling real‑time visibility across shelves, inventory and in‑store customer flows. Through ultra‑low power compute, advanced connectivity and embedded memory technologies, we provide the reliable sensing, local decision‑making and long‑life operation required for always‑on retail environments.

  • Smart shelves and inventory monitoring: Real‑time sensing detects low stock, misplaced items, or expired goods, enabling automated alerts that reduce shrink and improve shelf accuracy
  • Automated checkout and frictionless experiences: RFID‑enabled tags, wireless connectivity and edge compute support seamless checkout systems that minimize wait times
  • End‑to‑end supply chain tracking: Asset tags, environmental sensors and sub‑GHz communications deliver continuous visibility from warehouse to storefront, improving logistics planning and reducing inefficiencies

The Physical AI revolution

Our platforms combine ultra‑lowpower AI compute, embedded memory and integrated connectivity, allowing intelligent decisions to happen locally—close to the data and the real‑world interactions they drive. From always‑on sensing to real‑time response, our technologies help IoT devices operate efficiently, securely and independently across diverse deployment environments.

Learn more: The Physical AI revolution

Customer stories

“GF’s FDX platform’s power efficiency and enhanced performance effectively enables our customers to build the next generation of connected and secure solutions.”

NXP

Andy Micallef, EVP and Chief Operations & Manufacturing Officer

Challenge

As IoT systems scale across industrial and consumer applications, manufacturers must balance performance, security and energy efficiency while ensuring supply chain resilience.

Solution

GF and NXP are collaborating on FDX™ FD-SOI‑based solutions that integrate multiple functions on a single platform, improving efficiency and enabling consistent, globally distributed manufacturing.

“By combining our architecture with GlobalFoundries’ manufacturing and ultra‑low power capabilities, we can enable edge devices with dramatically longer battery life and new levels of performance.”

Efficient Computer

Brandon Lucia, Co‑Founder and CEO

Challenge

Traditional processor architectures consume too much energy to support advanced computing workloads in power‑constrained edge and IoT environments.

Solution

We are enabling a new class of processors built on our FDX platform that significantly reduce energy consumption while maintaining the performance required for next‑generation edge applications.

“For too long, device makers have had to choose between robust wireless connectivity and long battery life. Our collaboration with GlobalFoundries is making it possible to deliver secure, reliable wireless connectivity at scale for the next generation of connected devices.”

Silicon Labs

Matt Johnson, President and CEO

Challenge

IoT device makers need to deliver reliable, always‑connected experiences in compact, battery‑powered products without compromising device longevity.

Solution

GF and Silicon Labs are scaling production of ultra‑low power wireless SoCs that combine secure connectivity with optimized power performance for high‑volume IoT deployments.

“Egis is proud to partner with GlobalFoundries to develop novel sensor solutions tailored for essential applications. By leveraging GF’s advanced SPAD technology, we continue our commitment to innovating intuitive user experiences.”

Egis Technology

Steve Lo, Chairman

Challenge

Next‑generation IoT use cases demand highly integrated sensing capabilities that can deliver accurate data in real time while minimizing size, cost and energy use.

Solution

GF and Egis are developing advanced SPAD‑based sensing solutions on a 55nm platform, enabling compact, integrated sensor systems optimized for real‑world IoT applications.

Latest news & insights

Our trusted partners in home & industrial IoT

GF works with a global ecosystem of trusted IoT partners to deliver the secure, reliable and long‑lifecycle semiconductor technologies that next-generation connected devices and edge systems need.

  • Synopsys
  • Cadence
  • Siemens
  • Ansys
  • Keysight
  • Nordic Semi
  • Silicon Creations
  • eMemory
  • Innosilicon
  • VeriSilicon
View all partners
IoT

Frequently asked questions

IoT connects everyday and industrial devices to the network so they can sense, process and share data in real time. Customers care about using these connected devices to improve efficiency, reduce downtime and create better user experiences in homes, factories, hospitals, retail stores and logistics operations. The challenge is that these devices must combine wireless connectivity, local compute and long battery life in small form factors. We address this by providing essential semiconductor technologies that deliver AI compute, low power consumption and robust connectivity for always-on IoT endpoints. What differentiates us is our focus on feature-rich processes purpose-built for IoT, giving customers the right performance, power and cost balance across home, industrial, health, retail and logistics applications.

Customers want AI models to run locally on devices for fast decisions, better privacy and reliable operation even when the cloud is not available. The problem is that conventional compute platforms can be too power-hungry or costly for battery-powered sensors, wearables and industrial nodes that must operate for years in the field. We solve this with platforms like FDX and that deliver FinFET-class performance in power-efficient processes optimized for edge AI. These technologies provide ultra-low leakage, dense logic and embedded memory so NPUs and microcontroller-class AI can execute inference close to the data source. We stand out by combining compute, RF and embedded non-volatile memory on a single chip, enabling compact SoCs that bring “physical AI” to devices that sense, think, act and communicate at the edge.

IoT customers care deeply about extending battery life, minimizing maintenance visits and meeting tight energy budgets, especially for remote sensors and wearables. The core problem is balancing performance with ultra-low standby power so devices can always listen or monitor without draining batteries quickly. We address this with ultra-low leakage platforms such as FDX that support always-on sensing and energy-aware operation, as well as FinFET for high-performance edge compute without off-chip memory. Advanced embedded memories like eMRAM and eRRAM further reduce system power by enabling fast local storage, low write energy and efficient wake from deep sleep. Our differentiated BCD power platforms also enable efficient power management and motor control so industrial IoT and physical AI systems remain reliable and cool over long lifetimes.

Customers need IoT devices that connect securely and reliably in challenging environments, from homes and hospitals to factories, cities and warehouses. The problem is that growing cyber threats and more complex wireless standards make it harder to secure data, update devices in the field and maintain robust links across massive device fleets. We offer a broad RF and connectivity portfolio spanning Bluetooth, Wi‑Fi, sub‑GHz and ultra-wideband to support everything from home mesh networks to industrial and logistics IoT. Embedded non-volatile memory on platforms such as FDX+RRAM and secure bulk CMOS nodes enables on-chip storage of keys, firmware and AI models for secure boot and field updates. Our secure global manufacturing footprint, with Common Criteria certifications and alignment to automotive and medical standards, further differentiates its ability to deliver trustworthy chips for safety-critical and data-sensitive IoT applications.

We support a wide range of IoT applications by providing ultra-low-power compute, reliable connectivity, advanced sensing and efficient power management technologies. These platforms scale to the unique requirements of each segment, from always-on smart home devices and battery-powered medical wearables to industrial controllers, automated retail systems and asset-tracking solutions.