Latest Cloud Computing Industry White Papers

Rethinking Data Center SSDs for Real-World Workloads and Improved TCO

Swissbit Data Center SSDs offer a radical new approach to improve performance, latency, and endurance over the lifetime of the SSD, and thus the quality of service and total cost of ownership.

Securing the Industrial IoT: Trusted Solutions for Embedded Systems

Security engineering expertise, proven processes and understanding of emerging trends to deliver trusted solutions that meet industrial security needs.

Speed up early design rule exploration & physical verification

Fast, efficient, productive early-stage IC design physical verification.

Parasitic extraction challenges and solutions for 5G IC design

Parasitic extraction EDA tools help you validate that your chip designs can handle the high demand of a 5G network.

Today’s IoT Hacking Tools and How to Beat Them with Security by Design

There are many hardware and software tools available today for adversaries to hack IoT devices. This article from BG Networks will provide you with an introduction to these threats and introduce the development tools that will allow you to correctly implement security building blocks in your IoT devices. You can rely on these tools to implement cybersecurity correctly to give you peace of mind that your designs are secure.

Automated ESD Protection Verification for 2.5D and 3D ICs

Take a look at verification challenges and walk through a proven automated ESD verification methodology for 2.5D and 3D ICs.

Automated Post-Processing of DRC Errors Improves Debugging Productivity

Learn how to quickly and accurately analyze and fix (or waive) a wide range of complex error conditions with automated post-processing DRC debugging flows.

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

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

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

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.

AI Technologies Transform Industrial Control Automation

AI-enabled industrial control automation creates fresh opportunities to innovate and adapt manufacturing processes, building on a foundation of digital transformation and network advances across the intelligent edge.

Mentor, AMD, and Microsoft Collaborate on EDA in the Cloud

Moving some or all of your electronic design automation (EDA) computing to the cloud enables your company to reduce time-to-market and innovate faster, simply by taking advantage of flexible resources and economies of scale.

Jitter Budgeting for Clock Distribution Networks in High-Speed PHYs and SerDes

High speed PHYs, such as industry’s recent DDR5/LPDDR5 operating at 6400 Mbps and high-speed SerDes, heavily rely on on-die clock distribution networks for clock and data transmission.

Addressing the Evolving Technology Needs of Cloud Data Centers with IP

The advent of cloud computing nearly 20 years ago has led to a steady migration of computational resources from corporate data centers to the cloud.

IoT Critical Infrastructure Checklist

Designing a critical infrastructure system today presents a host of safety, security, and security challenges, in addition to implementing a connection to the Internet of Things (IoT). Now more than ever, companies must develop a robust IoT critical infrastructure plan to ensure competitive differentiation, optimize their operations, and transform their businesses digitally.

From IoT Factories to Operating Rooms: How to Design Better Comms Systems

While a factory floor and a medical operating theater share little in common, the equipment used in both areas must deliver trusted and precise operation, which is often mission critical. With the need for smarter systems, more data, and higher fidelity, bandwidth requirements are increasing.

New Approaches to Physical Verification and Cloud Computing