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Emerging Automotive In-Cabin Sensing Solutions for Safety and Comfort

Emerging Automotive In-Cabin Sensing Solutions for Safety and Comfort

Explore the key aspects driving the development of in-cabin sensing technologies.


Critical Area Based Test Pattern Optimization

Critical Area Based Test Pattern Optimization

Among the challenges for design-for-test (DFT) engineers is how to set a target metric for automatic test pattern generation (ATPG) and how to choose the best set of patterns. Traditional coverage targets based on the number of faults detected don’t consider the likelihood of one fault occurring compared to another.


Streaming Scan Network: A No-Compromise Approach to DFT

Streaming Scan Network: A No-Compromise Approach to DFT

This white paper describes the basic components of the Tessent Streaming Scan Network (SSN), a technology designed to decouple core level and chip level DFT requirements. With SSN, DFT engineers can for the first time implement DFT using a true, effective bottom-up flow, not having to make trade-offs between implementation effort and manufacturing test cost.


Siemens, AMD, and Microsoft Collaborate on EDA In the Cloud

Siemens, AMD, and Microsoft Collaborate on EDA In the Cloud

This white paper demonstrates how using a production 7nm design, AMD achieved a 2.5X speed up in physical verification cycle time.


New Approaches to Physical Verification Closure and Cloud Computing Come to the Rescue In the EUV Era

New Approaches to Physical Verification Closure and Cloud Computing Come to the Rescue In the EUV Era

This white paper takes a look at how to replace inefficient, less precise verification processes with smarter, more accurate, faster, and more efficient functionality that can improve both the bottom line and product quality.


EDA In the Cloud—Now More Than Ever

EDA In the Cloud—Now More Than Ever

This white paper evaluates the necessity and value of EDA in the cloud while providing a cost-benefit breakdown. Additionally, explore how companies can establish guidelines to ensure that usage is as efficient and cost-effective as possible.


Calibre In the Cloud: Unlocking Massive Scaling and Cost Efficiencies

Calibre In the Cloud: Unlocking Massive Scaling and Cost Efficiencies

This white paper takes a closer look at how cloud processing provides companies the opportunity to reduce time to market and speed up innovation while maintaining or lowering operating costs. This resource also describes what makes Core Calibre technology cloud-ready and its improvements in cloud security that eliminate industry concern over IP protection.


5G: Managing Component-Level Risks for Commercial Success

5G: Managing Component-Level Risks for Commercial Success

Explore the present state of 5G, use cases in each market, and component-level risks during the development of 5G networks.


Connecting the Future of Flight

Connecting the Future of Flight

Read and gain expert insight on the toughest challenges in eVTOL


Comparing Trench and Planar Schottky Rectifiers

Comparing Trench and Planar Schottky Rectifiers

This white paper offers a closer look at the structure and the benefits of Trench Schottky rectifiers. This resource covers topics such as, why Trench rectifiers are typically the correct choice when a better trade-off between forwarding voltage drop and the leakage current is required, why they should also be selected in high power density applications where the ambient temperature is elevated, and what makes them ideal for applications with switching speeds above 100 kHz.


Mitigating Risks in Automotive IP and SoC with Safety Mechanisms

Mitigating Risks in Automotive IP and SoC with Safety Mechanisms

This white paper discusses faults and detectability by a safety mechanism, safety mechanism types and attributes, and how safety mechanism effectiveness is evaluated.


New Optical Interface Enhances Industrial Machinery

New Optical Interface Enhances Industrial Machinery

This tech paper from Yokowo provides a description of current fiber optic cables and connectors as well as an introduction to the next generation connectivity solutions for machine vision applications.


Solutions for Urban Air Mobility

Solutions for Urban Air Mobility

Watch your eVTOL Design take flight when you learn to address the size, weight, and power (SWaP) challenges that keep you from delivering high-bandwidth and high-speed flight control and navigation systems.


Powering the Future of Flight

Powering the Future of Flight

Discover how to optimize power and meet SWaP challenges head on with the TE Connectivity eVTOL Application Pack.


Data Acquisition: The Complete Guide to Better Measurements

Data Acquisition: The Complete Guide to Better Measurements

This guide covers why data acquisition is so important, how signal integrity and enhanced synchronization lead to higher quality data, and what kinds of equipment are best for improving data acquisition.


How to Select the Right Power Solution for Your Application

How to Select the Right Power Solution for Your Application

This handbook details modern advancements in power supplies, the importance of power systems and how to choose the right solution based on your specific application.


Demystifying Fast DC Charging: From Top to Bottom

Demystifying Fast DC Charging: From Top to Bottom

This white paper takes a closer look at fast EV charging infrastructure, AC vs. DC charging, charging rates and times, standards and protocols for DC charging, combined charging systems, use cases and configurations, and much more.


How to Ensure Quality Data That Enables Autonomous Driving

How to Ensure Quality Data That Enables Autonomous Driving

Explore how data analyses are being accelerated for autonomous vehicles.


Designing the Next Generation of Commercial Drones

Designing the Next Generation of Commercial Drones

Explore what it takes to design safe, reliable, and durable drone applications.


Rethinking Applications Processing for Ultra-Low Power - i.MX 7ULP

Rethinking Applications Processing for Ultra-Low Power - i.MX 7ULP

This white paper discusses how NXP was able to reduce power without severely compromising features and performance dramatically. It also provides a closer look at how the i.MX 7ULP applications processor brings the benefits of a rich OS to battery-powered devices.