RF and Microwave
- Attenuators
- Communications Analog Front Ends
- Direct Digital Synthesis (DDS)
- Frequency Dividers, Multipliers, and Detectors
- RF Integrated Transmitters, Receivers, and Transceivers
- I/Q Modulators and Demodulators
- RF Mixers
- Phase Locked Loop (PLL) Synthesizer & Translation Loop
- Beamformers, Phase Shifters, and Vector Modulators
- Quadrature Digital Up Converters (QDUC)
- RF Amplifiers
- RF Connectorized Modules and Instrumentation
- RF Power Detectors
- RF Predistortion Ics
- RF Switches
- Timing IC and Clock IC
- Tunable Filters
- Variable Gain Amplifiers (VGA)
- Voltage Controlled Oscillators (VCO)
- Wireless Sensor Networks
New Products
The Deepest Expertise and the Broadest Portfolio in the RF Industry
Analog Devices is the only company with expertise and technologies spanning the entire RF spectrum.
The selection you need. The performance you expect.
A supplier provides the parts you need. A strategic partner provides more. A competitive edge. Faster time to market. System level expertise. And a wide array of technologies. Combine all that with the broadest portfolio of RF and MW, and you have what sets us apart in the industry.
ADALM-PLUTO: Fast SDR design and verification
The ADALM-PLUTO is a complete open reference design for SDR that helps you quickly verify your ADI RF product-based designs and get them to production faster. Schematics, HDL, firmware, embedded Linux, drivers, and host drivers for ADI’s transceiver products are all included, while the MathWorks Communications Toolbox™ Hardware Support Package allows the ADALM-PLUTO SDR to talk to MATLAB and Simulink. All this enables you to quickly prototype, verify, and test practical wireless systems with live RF signals anywhere between 325 MHz to 3.8 GHz to up 20 MHz of bandwidth.
From devices and designs to markets and applications, RF technology is a big part of the discussion but not the only part…. We are the only supplier in the industry to cover the full signal chain from antenna to power. Read more on how we help you design and create the full signal chain integrated solution.
High Speed Converters: Innovations on 28nm CMOS
Are you designing for GHz bandwidth applications? A new line of RF converters can deliver the performance you need for 4G/5G multiband wireless communications base stations, multi-standard production test systems, and defense electronics.
SmartMesh Wireless for Industrial IoT Solutions
Wireless sensor networking chips and pre-certified PCB modules, complete with software which enables sensors to communicate in tough Industrial Internet of Things (IIoT) environments.
A Focus on RF Performance
RF Design Tools
ADIsimRF™
ADIsimRF is an easy-to-use RF Signal Chain Simulator that calculates Cascaded Noise, Distortion and Power Consumption for signal chains with up to 50 stages. Signal chains can be easily built up using device models for hundreds of ADI’s RF and Mixed Signal components. Signal Chain Performance can be swept and plotted against Gain, Frequency and the RF Power level.
ADIsimPLL™
The ADIsimPLL design tool is a comprehensive and easy-to-use PLL synthesizer design and simulation tool which includes loop filter designs. All key non-linear effects that can impact PLL performance can be simulated, including phase noise, lock time, and sweep generation. The ADIsimPLL part library is constantly growing with the additions of HMC and newly released parts.
Latest Resources
Technical Articles
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The Internet from Space: RFIC Advances in High Capacity, Low Latency LEO Satellite User and Ground Terminals
Analog Dialogue
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A Better Way to Prototype RF Designs, Using X-Microwave
Analog Dialogue
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Wireless Battery Management Systems— Enabling Smart Battery Ecosystems Solutions Through Higher Battery Performance, Greater Lifetime, and Cost Value
Thought Leadership
- Hybrid Beamforming Receiver Dynamic Range Theory to Practice
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How Digitally Tunable Filters Enable Wideband Receiver Applications
Analog Dialogue
Application Notes
- NEW ADI’s Medical Ultrasound Solutions
- NEW Implementing a MAX1385-Based Control Loop in C/C++
- NEW A Single Chip Silicon Bipolar Receiver for GPS/GLONASS Applications
- NEW Remote Keyless Entry Systems Overview
- NEW Effective IM2 Products Estimation for Two-Tone and W-CDMA Modulated Blockers in 3GPP Direct Conversion Receivers
Articles
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James Webb Space Telescope (JWST) First Light Machine
Signals+
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New Age of the Commercial Space Satellite
Signals+
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Phoenix Contact, Industrial Wireless Connectors and the Factory of the Future
Signals+
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JMA Wireless: 5G Stadium Radio Network Enriches Fans’ Experience with Ultra-Fast Mobile Broadband Access
Signals+
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CesiumAstro: Low Earth Orbit Satellites Providing Global Connectivity
Signals+
Videos
- Complete Solution for mmWave 5G Radio Units
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ADI Technologies Make You Think, What If
Signals+
- ADI X-Band Developer's Kit
- Test, Build & Harness the 5G Future
- Anti-spoofing Face ID using ADI Time-of-Flight Technology
Press Releases
- Analog Devices’ New Multi-Channel, Mixed-Signal RF Converter Platform Expands Call Capacity & Data Throughput for Wireless Carriers
- Analog Devices Announces Breakthrough Solution to Accelerate mmWave 5G Wireless Network Infrastructure
- Analog Devices’ Wideband RF Power and Return Loss Measurement System Offers a Smaller Form Factor and Faster Time to Market
- Analog Devices and X-Microwave Simplify RF, Microwave and Millimeter-wave Design and Evaluation
- Analog Devices’ Wideband GaN MMIC Amplifier Offers High Gain, Power and Efficiency in Compact Design
StudentZone Articles
Design Notes
- NEW Modifying the MAX2010 for Operation at 450MHz
- NEW LNA Optimized for GPS (REP024)
- NEW REP025: Custom-Tuned LNA at 345MHz for Wireless Security System
- NEW DS3134 CHATEAU Test Registers
- NEW MAX5860/MAX5862 Thermal Model Considerations
Product Selection Guide
Technical Books
- Cellular Communications Tutorial, 2000
- System Applications Guide, 1993
- Amplifier Applications Guide, 1992
- Mixed-Signal Design Seminar, 1991
- High Speed Design Seminar, 1990
Design Tools
- Wireless Cascaded Gain and Noise Figure ZIP
- ISM-RF Crystal Calculator XLS
- Calculating Equivalent Parallel Impedance ZIP
- Calculating Transmitted Power Using Return Loss ZIP
- ISM-RF Baseband Calculator XLS
Solutions Bulletins & Brochures
Webcasts
- Instrumentation Grade mmWave Signal Chains
- Non-Linear Simulation of RF Amplifiers in Keysight Genesys, SystemVue and ADS
- Deep Learning for Radio Frequency Systems
- Multi-Channel Phase And Frequency Synchronization Made Easy
- RF Technology for 5G mmWave Radios