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Mixer Technology for Advanced Communications, Part 2: Mixer Design

Mixer Technology for Advanced Communications, Part 2: Mixer Design

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


Altium 365 Security Approach and Practices

Altium 365 Security Approach and Practices

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.


Guide to Lean Requirements for Space Engineering

Guide to Lean Requirements for Space Engineering

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.


Selecting the Right Embedded Hardware – A Guide for Developers

Selecting the Right Embedded Hardware – A Guide for Developers

Discover how to choose the right embedded platform using this white paper from NXP.


Breaking the Bottleneck: How Smart Tools Are Revolutionizing Engineering Design Workflows

Breaking the Bottleneck: How Smart Tools Are Revolutionizing Engineering Design Workflows

VDI (Vital Data Intelligence) Compliance Insights couples Accuris’ data on over 1.2 billion electronic parts with EETech’s VDI Platform.


A Quick Guide to Wire Bonding

A Quick Guide to Wire Bonding

Wire bonding is the backbone of high-performance, compact electronics—powering everything from advanced sensors to high-density semiconductors. Don’t miss our latest white paper to discover how Altium Designer 25’s cutting-edge Wire Bonding feature can transform your PCB designs and keep you ahead of the curve!


A Guide to Accelerating Your Design Timeline With Electromagnetic Analysis

A Guide to Accelerating Your Design Timeline With Electromagnetic Analysis

Discover how to speed up your design process without sacrificing accuracy using advanced electromagnetic analysis techniques.


Rain AI Tapes-Out Low Power AI Accelerator Chip with Synopsys Cloud and IP in Under a Year

Rain AI Tapes-Out Low Power AI Accelerator Chip with Synopsys Cloud and IP in Under a Year

Read this success story and learn how Rain AI selected Synopsys Cloud SaaS design platform providing end-to-end EDA and IP solutions.


Achieving Successful Timing, Power, and Physical Signoff for Multi-Die Designs

Achieving Successful Timing, Power, and Physical Signoff for Multi-Die Designs

Download this white paper to learn about the timing, power, and physical signoffchallenges of multi-die designs, along with advanced electronic design automation (EDA) solutions available today.


Enabling Efficient Multi-Die Design Implementation and IP Integration

Enabling Efficient Multi-Die Design Implementation and IP Integration

Discover how Synopsys integrates UCIe IP and 3DIC Compiler to enable efficient multi-die design implementation and IP integration, addressing the challenges of advanced 2.5D and 3D technologies for high-performance applications like AI, automotive, and mobile.


Veloce ProFPGA Increases Design Efficiency and Brings SoCs to Market Faster

Veloce ProFPGA Increases Design Efficiency and Brings SoCs to Market Faster

In this white paper, the Siemens EDA tool provides a modular, scalable desktop prototyping platform for early software development.


Veloce prototyping solutions accelerate verification of HPC AI-enabled SoCs

Veloce prototyping solutions accelerate verification of HPC AI-enabled SoCs

This white paper explores the journey of understanding how to meet quality requirements and accelerate time-to-market for your company’s latest flagship high performance computing (HPC) artificial intelligence (AI)-enabled system-on-chip (SoC) design.


Verification and Validation Bring the Design of Future Cars to the Present Day

Verification and Validation Bring the Design of Future Cars to the Present Day

This white paper discusses how verification and validation bring the design of future cars to the present day.


5G SoCs Demand New Verification Approaches

5G SoCs Demand New Verification Approaches

Learn how to create a new verification flow that combines emulation and X STEP, a platform that can generate, capture, and analyze bit-accurate fronthaul traffic.


Virtual PCIe Delivers a “Shift Left” in Software Defined Networking Emulation

Virtual PCIe Delivers a “Shift Left” in Software Defined Networking Emulation

Explore how VirtuaLAB PCIe and Ethernet Virtual Machines (VM) work together, how they compete for host resources and how VMs address the big device management channel requirements for HW and SW co-verification in Veloce emulation.


End-to-End Vehicle Verification

End-to-End Vehicle Verification

This paper describes how a PreScan, Veloce, and AMEsim tool flow provides the thoroughness of verification to get new cars on the road quickly, efficiently, and safely.


Increase Hardware Emulation Productivity with Virtual Mode Share

Increase Hardware Emulation Productivity with Virtual Mode Share

Explore the advantages and benefits of Veloce VirtuaLAB emulation, backed up by three test cases.


Veloce Delivers Best of ICE and Virtual Emulation to the SSD Storage Market

Veloce Delivers Best of ICE and Virtual Emulation to the SSD Storage Market

This white paper discusses the changes in storage technology and why SSD design teams need a complementary tool kit using ICE, the Veloce Deterministic ICE App, and VirtuaLAB.


The Veloce Strato Platform: Unique Core Components Create High Value Advantages

The Veloce Strato Platform: Unique Core Components Create High Value Advantages

Explore how the Veloce® Strato emulation platform chip, operating system software, and hardware work together to enhance verification productivity.


Veloce Primo Completes a Full SoC Verification Landscape

Veloce Primo Completes a Full SoC Verification Landscape

This white paper discusses how SoC verification teams can achieve higher capacity than the desktop prototype and reduce the overall cost of ownership of their hardware verification resources even as it helps to accelerate the verification cycle.