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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.


Engineering Trust Into Electro-Mechanical Braking

Engineering Trust Into Electro-Mechanical Braking

Explore the electrical engineering strategies behind fail-operational electro-mechanical braking (EMB), from 12V/48V power distribution and ASIL-D decomposition to high-precision wheel-end motor control and sensing. Download this white paper to learn how to design robust, hydraulic-free braking architectures for next-generation by-wire vehicles.


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.


Accelerate Silicon Design for Physical AI

Accelerate Silicon Design for Physical AI

Discover how Cadence helps simplify the path to production-ready Physical AI systems while reducing design complexity, risk, and time to market.


Engineering Modern Intelligent Home Appliances

Engineering Modern Intelligent Home Appliances

This whitepaper explores the latest trends, challenges, and enabling technologies that shape next-generation appliances, such as induction cooktops, refrigerators, cordless vacuum cleaners, and washing machines.


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.


Occupancy Sensing: The Intelligence Behind the Smart Home

Occupancy Sensing: The Intelligence Behind the Smart Home

This whitepaper provides a global market overview, defines core occupancy sensing concepts, and analyzes the key drivers, and benefits. We’ll then explore how cutting-edge sensor technologies and Edge AI transform comfort, energy management, security and privacy through use cases using Infineon solutions.


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.


Simplify and Speed up your Home Appliance Design

Simplify and Speed up your Home Appliance Design

Infineon 2026 Home Appliance Guide cuts through the noise, giving you a category-by-category breakdown of the solutions you need for your next design.


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.


Rethinking Automotive Networking: How Automotive Ethernet Enables Software-Defined Vehicles

Rethinking Automotive Networking: How Automotive Ethernet Enables Software-Defined Vehicles

As vehicle platforms evolve, the traditional model of more than one hundred ECUs, each running independent software, will give way to centralized computing supported by three to five zonal domains and a dramatically reduced ECU count.


Advanced Power, Control, and Connectivity Solutions for Drone Embedded Systems

Advanced Power, Control, and Connectivity Solutions for Drone Embedded Systems

Modern drones are no longer simple radio-controlled aircraft, but compact electromechanical systems that integrate propulsion, power conversion, sensing, real-time control, communication, imaging, diagnostics, and safety functions.


Simplifying Embedded System Design with a Modern Software Ecosystem

Simplifying Embedded System Design with a Modern Software Ecosystem

Stop spending months on low-level driver development—discover how a modern microcontroller ecosystem can take you from concept to a fully functional remote oil-monitoring system in a fraction of the time.


Optimizing Inference Performance for the Open-Weight LLM GLM-5.1

Optimizing Inference Performance for the Open-Weight LLM GLM-5.1

See how Fixstars engineers optimized inference for the 754B-parameter open-weight LLM GLM-5.1, cutting P90 Time-to-First-Token from 59 seconds to 3.8 seconds (about 15x) and roughly tripling KV-cache capacity on a single 8-GPU NVIDIA H200 node. Download the white paper for the full approach, including DP Attention, KV-cache-aware routing, and results on NVIDIA B200.


Modified Agile for Electronics Development: A Smarter Path to High-Value Solutions

Modified Agile for Electronics Development: A Smarter Path to High-Value Solutions

Discover how to apply agile methods to hardware development. Boost speed, reduce risk, and build smarter electronics solutions.


Finding or Reassessing the Right eFPGA IP

Finding or Reassessing the Right eFPGA IP

Download the white paper to compare eFPGA implementation approaches and identify the right solution for your next SoC design.


Deploy Generative AI at the Edge Securely and Efficiently

Deploy Generative AI at the Edge Securely and Efficiently

In this whitepaper paper, we address both core challenges with adopting generative AI by introducing a novel pipeline to run LLMs on power-efficient embedded applications processors, using model optimization and RAG.


Low Voltage, High Current Design for Advanced SoC, FPGA, and Microprocessor Solutions

Low Voltage, High Current Design for Advanced SoC, FPGA, and Microprocessor Solutions

Learn practical techniques for improving efficiency, thermal performance, EMI behavior, and stability in low-voltage, high-current SoC, FPGA, and processor power designs.


Solid-State Circuit Breakers From a System Perspective

Solid-State Circuit Breakers From a System Perspective

This Infineon resource provides a system-level overview of SSCBs, focusing on architecture, protection strategies and performance benefits in modern power systems.