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THE BUILDING
BLOCKS OF THE
INTERNET OF THINGSSolutions that sense, measure, interpret, connect, and analyze— these are the devices that live on the cutting edge of the IoT. We’ve been pioneering and advancing these technologies for more than half a century.
THE BUILDING
BLOCKS OF THE
INTERNET OF THINGS -
SMARTMESH: THE ONLY NETWORK BUILT FOR INDUSTRIAL IOTSmartMesh® wireless chips, pre-certified PCB modules, and mesh networking software enable sensors to communicate in tough industrial Internet of Things environments.Learn about SmartMesh®SMARTMESH: THE ONLY NETWORK BUILT FOR INDUSTRIAL IOTLearn about SmartMesh® -
IIC TSN WINS
BEST TESTBED AT
IOT SWC WITH
HELP FROM ADIAs an active member in the IIC TSN manufacturing testbed, Analog Devices networking technology seamlessly connects the factory floor to the front office.ADI Industrial Ethernet productsIIC TSN WINSADI Industrial Ethernet products
BEST TESTBED AT
IOT SWC WITH
HELP FROM ADI -
ADI'S JOY WEISS
ON EXTREME IOT
AT IOT SOLUTIONS
WORLD CONGRESSKeynote speech by Analog's VP of IoT and Security Solutions on the demand for extreme performance in IoT applications.Watch VideoADI'S JOY WEISSWatch Video
ON EXTREME IOT
AT IOT SOLUTIONS
WORLD CONGRESS
The Internet of Things begins where the physical world connects to the digital.
Sensors. Converters. Processors and transceivers. These are what gather and transport the data that fuel the promise and potential of the Internet of Things. That’s where the IoT begins. And that’s where the need for intelligence, accuracy and reliability is crucial.
Components that sense, measure, interpret, connect, and analyze—these are the devices that live on the front lines of the IoT. These are the devices we’ve pioneered and advanced for more than half a century.
The Internet of Things Depends of the Intelligence of Things.
Having information is not the same as having insight. Data is most valuable when you know it is accurate and reliable. By using the best quality data, intelligence at the edge, and reliable connectivity, you can enable your cloud to deliver deep learning and insights.
That’s where our focus is.
From human biometrics to machine vibration profiles, discover how our technologies are measuring what could not be measured before. And discover how these can create new possibilities, more reliable outcomes, lower costs, and faster time to market for your IoT solutions.
What is IoT to Analog Devices?
At Analog Devices, a good IoT solution is intelligent, has integrity, and solves the toughest, most important challenges. We’re bringing intelligence to the edge of the IoT by optimizing data quality and analytics within the “things” to ensure data is relevant, accurate, and complete. We’re bringing integrity and efficiency to the IoT with reliable wireless connectivity solutions and security solutions. And we’re partnering with our customers to design solutions that solve their toughest IoT challenges in applications where outcomes really matter.
Technologies
You wouldn’t build a house on a weak foundation, why build your IoT solution that way? Our technologies sense, measure, and interpret in ways that add intelligence and integrity to the edge, add reliability to cloud connectivity, and improve overall integrity, impact, and efficiency of IoT solutions.
SmartMesh® wireless sensor networking products are chips and pre-certified PCB modules complete with mesh networking software, enabling sensors to communicate in tough Industrial Internet of Things (IoT) environments.
Smartmesh IP solution is highly scalable and well-suited for a wide range of applications. It delivers high reliability and low power consumption even in harsh, dynamically changing RF environments.
SmartMesh WirelessHART offers the lowest power consumption in its class and is the most widely used WirelessHART (IEC62591) standard compliant product available.
SmartMesh IP Starter Kit
The SmartMesh IP Starter Kit provides all the tools necessary for evaluating the network performance of SmartMesh IP, such as high reliability, bandwidth flexibility, and ease of installation. Provides the components needed for device integration and application development including:
• One USB Network Manager (DC2274A-A)
• One USB Access Point Mote (DC2274A-B)
• Five Evaluation / Development Motes (DC9018B-B)
• One Eterna Interface Card (DC9006A)
• One Eterna QuikEval Adapter (DC9005B)
• Additional CR2032 batteries
• Cables
Sensing is the birthplace of data in the IoT. Our high performance sensing portfolio combines precision, power efficiency, and robustness to ensure the highest level of integrity right from the start.
• MEMS Inertial• Optical
• Biopotential
• Impedance
• Temperature
Our robust signal conditioning technologies play a critical role in turning the most sensitive signals into useful data and useful information - solving the most challenging measurement problems faced by our partners and customers.
• Integrated AFEs• Converters
• Amplifiers
• References
• Switches/Multiplexers
• Power management
• Energy Measurement
Product Highlight: AD8233 Electrocardiogram (ECG) Integrated AFE
• Small size enables health devices that are smaller, lighter, and easier to wear.
• Microamp-range power requirements enable extended battery life and continuous monitoring.
• Low electrical noise enables precise signal measurement.
• On-chip integration including multiple filtering and amplifiers enables ease of use.
The brain of the connected solution, our processors combine hardware and advanced algorithms to deliver intelligence, functionality, and localized decision making for IoT solutions.
• Ultralow power microcontrollers and processors• Integrated precision microcontrollers and processors
• Blackfin® low power DSP
Product Highlight: ADuCM4050
• Ultralow power ARM® Cortex®-M4 core MCU with floating-point unit and 512 KB of embedded flash memory
• Integrated power management SensorStrobe™ technology supports multiple digital-and-analog sensor inputs for data analysis, enabling the MCU to remain in a low power state while sensors and RF technology are still collecting data
• High performance ULPBench™ certified score of 203 points (Embedded Microprocessor Benchmark Consortium)
• Improved encryption and security, enabled by a combination of hardware and software protection mechanisms providing read protection
Our IoT radio products ensure reliability, power efficiency, and flexibility across a number of wireless protocols and range requirements. They enable robust networks in applications where reliability and timeliness of information are critical.
• Wireless sensor networks• Long range radio transceivers
• High data rate radio transceivers
• Integrated radio/micros
Product Highlight: ADF7030-1
• Sub-GHz integrated radio transceiver. Supports narrow-band and wideband operation across sub-GHz ISM bands, with low power operation and data rates from 0.1 kbps to 300 kbps using 2GFSK modulation. Low power operation reduces battery cost and increases product lifetime.
• Faster encryption enabled by a combination of hardware and software protection mechanisms providing read protection.
Because many IoT applications require wireless, remote, or mobile solutions, power management is often a primary challenge in system design. Battery life can have significant implications on cost of ownership, and can sometimes be a barrier to viability. Analog Devices takes a system-level approach to power management. What does this mean?
• Energy harvesting technology to source power from the environment• Ultralow power products that often achieve best in class benchmark scores
• System-level power management functions built in at the component level
• Unmatched design expertise around low power systems
Product Highlight: ADP5091
• ADP5091 energy harvesting PMU
• ULP boost with maximum power point tracking (MPPT) and charge management
• Supports PV harvester or TEG harvester
• Fast cold start with SIDO regulated output
Smart Health
Our healthcare technologies are shaping the future of wireless vital signs monitoring (VSM) for both clinical and consumer uses. By leveraging optical and motion sensing, impedance, biopotential, and signal conditioning technologies, as well as advanced biometric algorithms, we’re pushing the boundaries of what can be measured and learned from the human body.
Smart Factories
Our technologies enable precision sensing, monitoring, control, analytics, and efficient communications in factory and process automation applications. Our solutions help designers build industry 4.0-ready systems that meet the end users’ need for more responsive, flexible, safer, and leaner manufacturing.
Smart Buildings & Smart City
We help customers build smart building and city solutions delivering secure and intelligent sensing, localized decision making, and power efficiency. Our advanced imaging and sensing platforms combine hardware, software, and connectivity, enabling users to realize the full benefits of real-time monitoring in applications such as building security, asset tracking, parking space occupancy detection, object and gesture recognition, and many more.
Smart Agriculture
We empower the high tech farm with the most precise and robust inertial measurement and geolocation technologies available. Our advanced sensor fusion designs are the eyes and ears of todays automated farming vehicles and equipment, enabling real-time autonomous decision making, greater resource efficiencies, and simplified operations.
Smart Infrastructure
Highly integrated sensing and connectivity solutions enable our customers to monitor their critical assets at the edge – whether in industrial environments, remote field locations, or in transit. From structural health and conditions monitoring to location and movement tracking, our high performance and low power solutions deliver the most accurate, reliable information at the lowest cost of maintenance.
Latest Resources
Application Notes
Technical Articles
- New Analog Devices Cyber Security Strategy To Secure The Real World
- What Is the Difference Between Ethernet and Industrial Ethernet?
- IoT Systems Need High Integration and Small Form Factor Power Conversion Devices
- New Time Sensitive Networks: Real-Time Ethernet
- MEMS Accelerometer Performance Comes Of Age
- Reliable Communication is a Key to IoT Growth
- How Important is Industry 4.0 for the Electronics Industry?
- Functional Safety and Industry 4.0
- Industry in Transition: Enabling Trusted Industrial Automation
- Vibration Rectification in MEMS Accelerometers
- MEMS Vibration Sensing: Velocity to Acceleration
- Functional Safety for Integrated Circuits
- Intelligence at the Edge Part 2: Reduced Time to Insight
- Intelligence at the Edge Part 1: The Edge Node
- Intelligence at the Edge Part 4: Edge Node Security
- Precision Counts in IoT
- The Power of Low Noise in IoT Smart Sensors
- "Home" Is Where the Heart Is
- Transition from Wearable to Medical Devices
- How Industrial Ethernet Makes Networks More Scalable
- How to Start Implementing Industrial Ethernet
- Low Noise or Low Power? Yes!
- Internet of Things (IoT): What’s Next
- High Performance Inertial Sensing Solutions Enable Autonomous Machine Applications
- Big Opportunities for Meter Data Analytics
- Sensor Fusion Approach to Precision Location and Tracking for First Responders
- Wirelessly Linking the Aerospace and Defense World
- High Performance Inertial Sensors Propelling the Internet of Moving Things
- In-Building Security System Evolution and New Age Solutions PDF
Product Highlight
- Ultra Low Power MCU COG Development Platform PDF
- EVAL-ADICUP3029 Development Platform PDF
- ADuCM4050 Ultra Low Power Microcontroller PDF
- ADuCM3027/ADuCM3029 Ultra Low Power Microcontrollers PDF
- ADF7030-1: Ultralow Power, Sub GHz RF Transceiver PDF
- Blackfin Low Power Imaging Platform (BLIP) PDF
Product Selection Guide
White Papers
User Guides
Solutions Bulletins & Brochures
- Low Noise MEMS Accelerometers For Machine Health Monitoring PDF
- Technologies and Applications for the Internet of Things PDF
- Advancing Your Cyber Resiliency - World-Class Cyber Security Training and Network Simulation PDF
- Intelligent Vision Sensing at the Node and in the Shadows PDF
- SmartMesh Brochure PDF
- Glossary of IoT terms PDF
- Ultralow Power Voltage Regulator, Supervisory, and PMIC PDF
Webcast
- Sensors and How to Use Them
- Inertial Sensors Propel the Internet of Moving Things
- Signal Chain Optimization for IoT Applications
- High-performance MEMS IMU Solutions for Demanding Applications
- Smart Partitioning and IoT System Development
- Reliable Connectivity for IoT Devices
- Smart City and Building Vision-Based Occupancy Sensing
Videos
- Extreme IoT
- Introduction to the fido5000 REM Switch
- Connecting to Opportunity in IoT (Panel Discussion Excerpt)
- Connecting to Opportunity in IoT (Full Panel Discussion)
- Full Sensor-to-Cloud Platform for Material Sensing
- Silent Switcher II
- Gleanergy Kit
- Infrastructure Monitoring
- Time Synchronization Demo in a SmartMesh Network
- Symeo 60 GHz Distance Measurement Radar LPR-1DHP-200
- Structural Health Monitoring (SHM) Demo
- Electrochemical Gas Sensing Platform
- AI Driven Embedded Sound and Vibration Recognition
- Tapping into the Human Sensor through Computational Biology
- Thread Enabled, Integrated Home Health Monitoring System
- Electrodermal Activity Monitoring for Stress Measurement
- Novel, Low-Power Human Interface Technologies
- IoT Enabled Connected Conference
- Wearable Health Monitoring and IoT
- MEMS Accelerometers for Condition Monitoring
- Better Tomatoes are Techno-Tomatoes
- Interview with Martin Cotter, VP of IoT, Consumer, and Healthcare
- SMARTopolis in 60 seconds
- Sensor and Software Analytics, the Re-enforcing Intelligent Loop
- Solutions for Industrial Sensing
- Configuring semihosting for the ADuCM302x
- Creating custom projects for the ADuCM302x
- Importing ADuCM302x examples from Github
- Importing ADuCM302x examples from pack files.
- Installing device support packs for ADICUP3029
- Creating debug configurations for the ADuCM302x
- New Marimo Electronics' Cognitive Radio System based on RadioVerse
- New Asset Health Monitoring for Better Insights during Transit
- Lowest Power Edge Nodes: Structural Health Monitoring
- Wheel of Blinking LEDs – Wireless Time Synchronization
- The Internet of Tomatoes
- Smart Building: Advanced Occupancy Detection
- IoT Athlete Performance by Analog Devices, Microsoft and Hexoskin
- Smart City: Vision Based Parking Guidance Solution
- Smart Health: Vital Sign Monitoring
- Analog Devices' Material Sensing Solution for Everyone, Anywhere
- Analog Devices Trusted Sensor Solutions: Secure IoT Stack
- Analog Devices Connect: Simplifying Sensor-to-Cloud Solutions
- How Will IoT Solutions Increase Plant Productivity
- Accelerating Sustainable and Resilient Communities with IoT
- Wireless Sensor Networks for Industrial IoT Application
- SmartMesh® Wireless Mesh
- Matrix Powerwatch
- Smartopolis
- IoT Asset Health Tracking & Remote Toxic Gas Sensing
- Sensor-to-Cloud Platform to Material Sensing
- Analog Devices Connect: IoT Development Platform
- Thermal Monitoring System
- Gleanergy Energy Harvesting WSN Development Platform
- ADXL372 MEMS Accelerometer: Three Frequently Used Operating Modes
- Smart City Sensing Solutions
- Ultralow power Asset Health Monitoring
- Smart Crop Monitoring
- Optical Object Location and Triangulation
- Smoke & Aerosol Detection
- Utility Meter Health Monitoring and Advanced Tamper Detection
- Deterministic Ethernet for Industry 4.0 Applications
- ADI talks IoT
- Ultra Low Power Microcontrollers for IoT Applications
- ADuCM4050 EZ-Kit Development Platform
- Ultralow Power MEMS Accelerometer Enables Asset Health Detection
- Solutions for Industrial Sensing
- IoT Asset Health Tracking
- ADI Sponsors InnovateFPGA Design Contest
- SmartMesh: Wireless for Tough Industrial IoT Applications
- Making Industry 4.0 and Industrial IoT a Reality
- Moving from IoT Concepts to Reality at IoT World
- Wireless Current Sense Combines Parts from ADI and LTC
- Analog Devices’ Crop Monitoring Technology Empowers Farmers
- What is IoT?
- ADI's Connected Crop and Precision IMU for Smart Agriculture
- ADI: At the Center of IoT Transformation
- Solutions for the Internet of Things (IoT)
Press Releases
- Analog Devices Partners With IESA and TiE for IoTNEXT: Global Summit for Innovating Digital Economy With IoT Enabled Solutions and Services
- ThingWorx, Analog Devices Collaborate to Offer Cloud Environment for IoT Applications
- Analog Devices and Cambridge Consultants Collaborate on Cost-Effective Monitoring System to Reduce Parking Frustrations
- Microcontroller Series Enables Longer Battery Life in IoT Applications Without Sacrificing Security and Reliability
- Transceiver Provides Reliable Radio Connections and Extended Battery Life for IoT and Other Wireless Applications
- Energy Harvesting Power Management Unit Delivers Industry-Leading Efficiency in Energy Scarce IoT Applications
- Analog Devices MEMS Accelerometers Deliver Compelling Noise Performance for Condition Monitoring Applications
- Analog Devices’ MEMS Accelerometers Provide Low Power Vibration Measurements, Enabling Wireless Condition Monitoring
- Analog Devices’ Ultralow Power Accelerometer Enables Remote IoT Edge Nodes to Monitor Asset Health
- Analog Devices Enhances IoT Sensing Portfolio with SNAP Sensor Acquisition
- Analog Devices’ Low Power AFE Enables Smaller, Lighter Wearable Health Devices with Longer Battery Life
- Analog Devices Acquires Innovasic
- ADI and Consumer Physics IoT Platform Enables Material Analysis of Food, Drugs and More for Quality, Content and Composition
- IoT Solution Gives Sports Teams a Competitive Edge by Optimizing Athlete and Team Performance
- Analog Devices and LifeQ Collaborate to Improve Effectiveness of Body Monitoring Devices in Health Management
- Analog Devices Adds Cybersecurity Software and Services Capabilities Across Its Portfolio with New Acquisition
- Analog Devices and Dell EMC Collaborate on IoT Solution for Monitoring Real-Time Health and Safety of First Responders in Dangerous Conditions
- Analog Devices Collaborates with ARM to Improve Security and Energy Efficiency for IoT Connected Devices
- Analog Devices’ MEMS Accelerometers Enable Early Detection of Structural Defects
- Ultra Low Power MCU Enables 10 Times System-Level Power Savings and Floating-Point Operation in IoT Applications
- Data Acquisition System Protects Smart Grid Equipment from Harmful Faults While Improving Power Delivery
