Latest EDA Tools Industry White Papers

Learn practical PCB layout techniques for controlling EMI, improving signal and power integrity, and preventing costly…

Learn practical PCB layout techniques for controlling EMI, improving signal and power integrity, and preventing costly design issues before fabrication. Download this guide to discover proven electromagnetic design practices and analysis workflows for modern PCB development.

Learn the fundamentals of High-Density Interconnect (HDI) PCB design, including microvias, stackup strategies, material…

Learn the fundamentals of High-Density Interconnect (HDI) PCB design, including microvias, stackup strategies, material selection, signal integrity, reliability, and manufacturability considerations. Download this guide to understand the design and fabrication principles behind successful HDI implementations.

Discover how Cadence helps simplify the path to production-ready Physical AI systems while reducing design complexity,…

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

Discover how engineering managers reduce rework and scale with confidence. Get structured collaboration, clear workflows,…

Discover how engineering managers reduce rework and scale with confidence. Get structured collaboration, clear workflows, and full project visibility.

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

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

Spreadsheets can’t keep pace with today’s electronics supply chain. This white paper shows when to move to digital…

Spreadsheets can’t keep pace with today’s electronics supply chain. This white paper shows when to move to digital BOM management — and how real-time component visibility can help teams reduce risk, avoid delays, and bring products to market with fewer surprises.

Learn how ultra-low-profile current sensing helps engineers overcome mechanical, thermal, and routing challenges in…

Learn how ultra-low-profile current sensing helps engineers overcome mechanical, thermal, and routing challenges in today's high-density power architectures for AI, servers, and advanced electronics.

Explore how power tree planning tools help engineers compare architectures, evaluate efficiency tradeoffs, and optimize…

Explore how power tree planning tools help engineers compare architectures, evaluate efficiency tradeoffs, and optimize power supply design before simulation begins.

Learn practical techniques for improving efficiency, thermal performance, EMI behavior, and stability in low-voltage,…

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

Find out why EMI happens at the physics level and what it means for cleaner PCB design and first-pass compliance.

Find out why EMI happens at the physics level and what it means for cleaner PCB design and first-pass compliance.

Independent PCB quality inspection reports validate manufacturing standards, helping engineers optimize designs, ensure…

Independent PCB quality inspection reports validate manufacturing standards, helping engineers optimize designs, ensure reliability, and ease regulatory compliance.

Design for test with confidence using Altium Testpoint Manager, a centralized solution for assigning and managing PCB…

Design for test with confidence using Altium Testpoint Manager, a centralized solution for assigning and managing PCB testpoints with speed and precision. Explore how to improve test coverage, reduce debugging time and streamline the path from design to production. Read the guide to learn more.

Explore practical RF mixer design techniques — from frequency planning to system-level analysis — to optimize…

Explore practical RF mixer design techniques — from frequency planning to system-level analysis — to optimize performance, minimize spurs, and validate 5G/6G architectures.

Understand how Altium 365 protects your electronics design data with enterprise‑grade security, compliance, and…

Understand how Altium 365 protects your electronics design data with enterprise‑grade security, compliance, and governance built into every workflow. Download the white paper to see our security approach in detail.

Explore how concurrent multiprotocol (CMP) technology simplifies wireless coexistence in multiprotocol IoT networks…

Explore how concurrent multiprotocol (CMP) technology simplifies wireless coexistence in multiprotocol IoT networks without compromising interoperability.

Optimize your space‑engineering workflows with practical strategies to modernize requirements management, improve…

Optimize your space‑engineering workflows with practical strategies to modernize requirements management, improve traceability, and prevent costly project failures. Download the Space Requirements Management Guide to learn how high‑performing teams accelerate development without compromising reliability.

Download the eBook to learn how modern PFC architectures, control strategies, and simulation tools enable higher…

Download the eBook to learn how modern PFC architectures, control strategies, and simulation tools enable higher efficiency and performance in today’s power electronics systems.

In this application note from Analog Devices, learn how to implement a quad-input HDMI receiver using dual ADV7612…

In this application note from Analog Devices, learn how to implement a quad-input HDMI receiver using dual ADV7612 devices and an ADV7511 transmitter, focusing on fast switching, signal integrity, and reliable I2C control. It details bus management, tri-stating, trace routing, and termination strategies for video, audio, and line-locked clock signals, along with optional CEC and interrupt handling.

Learn how TVS diodes protect power semiconductors in solid-state DC breakers through surge thermal modeling, with…

Learn how TVS diodes protect power semiconductors in solid-state DC breakers through surge thermal modeling, with insights on switching behavior, packaging, and design optimization.