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Hardware Updates Without a Respin: Why eFPGA Belongs in Automotive SoCs

Hardware Updates Without a Respin: Why eFPGA Belongs in Automotive SoCs

Embedded FPGA (eFPGA) puts a block of programmable logic on the same die as an automotive SoC's CPU, memory, and analog, so hardware accelerators needed for radar, battery management, motor control, and security can be updated in the field with a secure bitstream instead of a year-long, multimillion-dollar respin and requalification of the silicon. Here's where it pays for its area, and where it doesn't.


Built to Fight: What It Takes to Engineer a 40 kW Combat Robot

Built to Fight: What It Takes to Engineer a 40 kW Combat Robot

Learn how Team Ribbot designs custom electronics inside a demanding mechanical product as a distributed team with no spare hours and what any hardware team can take from the way they work.


Validating Robotics & UAV Systems

Validating Robotics & UAV Systems

Download the Validating Robotics & UAV Systems: Integration & Risk Checklist to help identify integration risks, validate critical subsystems, and assess system readiness before deployment.


Precision Timing in Humanoid Subsystems

Precision Timing in Humanoid Subsystems

Humanoids depend on Precise Timing across processing, perception, communication, and actuation systems, where even small delays can impact stability, performance, and safety. This white paper explores how factors such as vibration, temperature changes, EMI, and network jitter affect synchronization accuracy, and why maintaining a common time reference is essential for reliable sensor fusion and control.


Amphenol Aerospace 2M Series Solution for Tactical Robots

Amphenol Aerospace 2M Series Solution for Tactical Robots

Learn how a defense technology manufacturer overcame connector supply chain challenges for a next generation tactical robot using the Amphenol 2M Series. Download this case study to see how PEI-Genesis reduced lead times, improved availability, and delivered a rugged, mission ready connector solution.


PSOC™ Edge for Home Appliances

PSOC™ Edge for Home Appliances

Smart appliances have moved beyond simple connectivity to become integral components of the modern home, delivering convenience, energy savings, and personalized user experiences. Infineon’s PSOC™ Edge family of microcontrollers provides this foundation, offering scalable compute, hardware security, and AI acceleration optimized for home environments.


PSOC™ Edge for Smart Thermostat

PSOC™ Edge for Smart Thermostat

This white paper outlines the typical architecture of a Smart Thermostat and the challenges when designing such a system. The paper also presents PSOC™ Edge as well as the Infineon software offerings and added hardware devices to reduce engineering cost and speed up time-to-market.


Redefining Intelligent Human-Machine Interfaces at the Edge

Redefining Intelligent Human-Machine Interfaces at the Edge

This white paper highlights some of the challenges faced by developers while designing their next-generation HMI system, and it also introduces an integrated approach to next-generation HMI design using the PSOC™ Edge platform and the recently introduced PSOC™ Edge E84 HMI Kit.


Building High-Performance Robotics Vision With GMSL

Building High-Performance Robotics Vision With GMSL

See how Gigabit Multimedia Serial Link (GMSL) delivers high-speed, low-latency video and power over a single cable for robotic vision systems. Register to read the article and learn how GMSL can scale your next robotic platform.


Enhancing Robotic Localization with IMUs: A Fundamental Technology for Precise Navigation

Enhancing Robotic Localization with IMUs: A Fundamental Technology for Precise Navigation

Learn how inertial measurement units give robots precise, real-time positioning in dynamic environments. Register to read the full article and see how sensor fusion can sharpen your next robotics design.


High-Reliability Signal Conditioning for Pressure and Force Sensors

High-Reliability Signal Conditioning for Pressure and Force Sensors

Learn how integrated signal conditioning improves the accuracy, stability, diagnostics, and reliability of pressure and force sensors in demanding systems.


Keep It Simple: The Role of Switch Selection in Simplifying Electronic Designs

Keep It Simple: The Role of Switch Selection in Simplifying Electronic Designs

Download the white paper to learn how thoughtful switch selection can simplify electronic designs, improve operator interfaces, and enhance the user experience.


MEMS Accelerometers for Aerospace, Industrial & Robotics Applications

MEMS Accelerometers for Aerospace, Industrial & Robotics Applications

Discover how advanced MEMS accelerometers enable precision positioning, stabilization, and motion sensing across aerospace, industrial, marine, and robotics applications.


Sharper Vision, Smarter Machines: Image Sensors for Drones and Robotics

Sharper Vision, Smarter Machines: Image Sensors for Drones and Robotics

Explore how advanced CMOS image sensors are enabling smarter drones and robots with enhanced perception, depth sensing, navigation, and low-light performance.


Enabling Smarter Industrial 3D Sensing with Hyperlux™ ID

Enabling Smarter Industrial 3D Sensing with Hyperlux™ ID

Discover how advanced iToF and dToF sensing technologies support industrial automation with accurate depth mapping, reduced motion artifacts, and long-range 3D perception.


Building Secure, Wireless Edge AI Systems Faster With the Nitrogen95 SMARC

Building Secure, Wireless Edge AI Systems Faster With the Nitrogen95 SMARC

Download the white paper to learn how the Nitrogen95 SMARC platform accelerates the development of secure, wireless edge AI systems with integrated AI processing, advanced vision capabilities, and pre-certified connectivity.


Real-Time Computing at the Edge: Enabling Mixed-Criticality Workloads

Real-Time Computing at the Edge: Enabling Mixed-Criticality Workloads

Learn how Intel® Core™ Ultra Processors Series 2 (Arrow Lake), Intel® TCC, and Advantech platforms enable deterministic, AI-ready mixed-criticality edge computing. Download the white paper to explore scalable real-time industrial system design.


The Brains Behind Advanced Robots: Accelerating the Future of Robotics with Powerful, Consolidated Computing

The Brains Behind Advanced Robots: Accelerating the Future of Robotics with Powerful, Consolidated Computing

Learn how compact, unified computing platforms help support AI, sensing, and control in mobile robots built for real-world operation.


The Future of Robotics: Technologies, Architectures, and Design Considerations

The Future of Robotics: Technologies, Architectures, and Design Considerations

Explore how AI, connectivity, and edge computing are shaping next-generation robotics systems. Download the report to understand key technologies driving future automation.


Overcoming Challenges through Indirect Time-of-Flight Advancements

Overcoming Challenges through Indirect Time-of-Flight Advancements

Learn how indirect Time-of-Flight depth sensing enables accurate occupancy, access control, and security systems in modern smart buildings.