Analog Devices
PO BOX 9106
Wilmington, Massachusetts 02062 distribution.literature@analog.com
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https://www.analog.com

20 GHz Direct Sampling: All in One Nyquist—Part 3: Time Interleaving and a Comparison of Options - Whitepaper
July 07, 2025Leveraging a quadrature error correction (QEC) algorithm can be a differentiating method to expand the Nyquist bandwidth in a software-defined MxFE® system.
ADMV1455: Analog Device’s Most Advanced Wideband Frequency Downconverter - Press Release
July 07, 2025Designed for next-generation microwave and millimeter-wave software-defined radio systems.
Reduce Size and Expand Instantaneous Bandwidth - Press Release
June 19, 2025ADSY1100: A 4 Tx/Rx, 3UVPX Tuner + Digitizer + Processor SOM.
Analog Devices will showcase RF, data, power solutions at IMS 2025 - News
June 12, 2025IEEE MTT-S International Microwave Symposium (IMS) 2025—SAN FRANCISCO, Calif. Analog Devices, Inc. (ADI) announced that it will be showcasing the industry's most complete, high-performance digitization and processing platform at the IMS 2025 show, set to be held June 15-20 in San Francisco.
20 GHz Direct Sampling: All in One Nyquist—Part 2: Quadrature Interleaving - Whitepaper
June 01, 2025Direct RF sampled systems are evolving to encompass broader capabilities, allowing them to capture a wider bandwidth all in a single Nyquist zone.
Speed, Scale, and Faster Innovation - Press Release
May 05, 2025Scalable 32 Element Hybrid Beamforming Phased-Array RADAR Platform.
PODCAST: RF signal chain, military space market, and MOSA in space - Podcast
April 24, 2025The demand for high-reliability RF components in military space applications is growing as is the use of commercial innovation in Low-Earth Orbit and other space domains, says Eliot Fine, Product Line Manager for Space and High Reliability Components, Analog Devices. In this podcast he and I discuss the space electronic market, radiation-hardening techniques, as well as the Department of Defense’s (DoD’s) modular open system approach (MOSA) mandate and how it impacts space systems. Eliot also details the RF signal chain, a concept developed by his team at Analog Devices.