Analog Devices, Moët Hennessy, and UC Davis Join Forces to Advance Wine Production Through Breakthrough Chemical Signature Detection Technology Leveraging AI. https://t.co/W8cr6zXfXK
As robots become more autonomous, safety requirements grow more complex.
Explore the technologies and safety architectures helping industrial robots operate reliably, predictably, and safely alongside people: https://t.co/4nKiM21jVb
A better evaluation experience starts with a connected workflow.
Evaluation Studio brings together board discovery, configuration, data capture, and analysis in one platform, helping engineers move from questions to insights faster.
Get started: https://t.co/2HzswF3jd2
Discover how an embedded, modular LCR architecture and probe-card integration are helping enable scalable, parallel testing while improving repeatability and reducing measurement-path challenges: https://t.co/VJRxnGIRDz
Autonomy starts with motion sensing.
The new ADIS16607 IMU helps enable precise navigation, stability, and performance for autonomous systems, even when GPS signals are compromised. Learn more: https://t.co/clHzRbaSZv
Powering high-density systems means balancing performance, noise, and limited board space.
See how advanced multiphase power architectures deliver exceptional transient response and minimal EMI in an ultra-compact footprint for sensitive analog circuits: https://t.co/sQDR0B6j2w
Designing advanced radar and SATCOM systems starts long before hardware reaches the lab.
Together, ADI and @MathWorks are using RF digital twins to help engineers validate designs earlier, reduce risk, and accelerate development. See how: https://t.co/6CB9fldkWc
By advancing sensor fusion, AI, and real-time control, ADI is pushing the boundaries of industrial dexterity to help robots adapt and manipulate complex tasks with greater precision and reliability. Discover how: https://t.co/BDDO9QogbZ
This article explores how ADI's automated TinyML workflow uses vibration and acoustic signals to classify durian ripeness in real time, while demonstrating an approach that can extend across audio, vision, and industrial sensing applications. Learn more: https://t.co/7Yc0z2T4wz
FAST (Frontiers of Advanced Semiconductor Technology) brings together partners from across Oregon to advance semiconductor research, innovation, and workforce development, and we're pleased to be part of that effort.
As automotive audio and voice systems evolve, ADI worked with @Cadence to develop the new SHARC®-FX processor core, combining ADI's audio expertise with Cadence Tensilica DSP architecture to support the next generation of audio, voice, and AI-driven applications.
Learn more👇
Cadence and @ADI_News teamed up on the next-generation SHARC-FX automotive audio processor core, powered by Cadence Tensilica DSP architecture.
The result: up to 5X higher performance for AI-powered audio, voice, and signal-processing workloads in future vehicles. 🚗 🔊 🧠
🔗 https://t.co/EgdpvJ6qIt
By using the FFT Analysis function, an LTspice-based method, engineers can measure effective ripple current in aluminum electrolytic capacitors, enabling precise lifetime prediction without expensive equipment or oversimplified approximations. See how: https://t.co/QBtkE5lJrX
Alif has entered into a definitive agreement to be acquired by @ADI_News for $1.35B in cash, plus up to $200M in contingent consideration. Together, we’ll deliver even more powerful solutions that advance the future of Physical Intelligence. https://t.co/07aF8pR0AC
Analog Devices to Acquire Alif Semiconductor, Adding an AI-Native Processing Platform to Advance Physical Intelligence for the Next Generation of Real-World Systems. https://t.co/KyJo4B9EfK
What happens when a proprietary connectivity platform becomes a shared industry foundation? Explore how @OpenGMSL is helping enable interoperability and scalable innovation across next-generation automotive and vision-centric systems: https://t.co/dkVKp45xf7
As drones take on more complex missions, connectivity becomes critical. Individual UAVs aren’t scaled-up consumer drones as they can operate beyond visual line of sight through battery management systems and advanced communication architectures. See how: https://t.co/aBTi62UuiH
Traditional solenoid control can only assume a valve has moved when commanded, leaving silent failures undetected. Advanced current sensing delivers more reliable valve operation through real-time plunger tracking and intelligent diagnostics. See how: https://t.co/cx5QYrwX70
As surgical procedures become minimally invasive, semiconductors help transform passive instruments into intelligent systems that meaningfully improve clinical outcomes by sensing force, position, movement, and tissue characteristics in real time. See how: https://t.co/d4SekyuYhj
Meet Evaluation Studio - a unified platform that brings configuration, control, analysis, and ADI hardware evaluation together in one workflow.
Designed to reduce setup complexity and help engineers move faster from connection to insight. https://t.co/43tqYFcDMc