Name: Functional Safety Development Solutions for Arm Cortex-M
Start: 2021-07-21T09:00:00Z
End: 2021-07-21T09:25:25.000Z
Location: BrightTALK
Rating: 0

From providing the IP for the chip to delivering the cloud services that allow organizations to securely manage the deployment of products throughout their lifecycle, Arm delivers a complete Internet of Things (IoT) solution for our partners and customers. It’s rooted in our deep understanding of the future of compute and security.

Find out how double-digit gains in CPU performance and power efficiency can help OEMs deliver next-level immersion, AI intelligence and security while promoting greater efficiency in their mobiles, laptops, home, and wearable devices.

Agenda: 
• Introduction to Arm’s latest Cortex compute cluster
• Learn how Total Compute Solutions 2023 can help deliver performance and efficiency
• Gain insights into the balance of cluster scalability, performance and efficiency

Deliver more intelligent, immersive, efficient next gen smartphones

Selecting a processor often involves running custom benchmarks on candidate IP to assess performance. Building pre-silicon simulation environments to run benchmarks can be time consuming and error prone.  
In this webinar, you can learn how to simulate different configurations and easily measure performance with your own software. 

Key takeaways include: 
- How to set up and run simulations. 
- Understand the simulation results.  
- Simulating with custom software. 

If you are involved in the SoC design process in any way, join us to discuss the benefits of simulating with custom software benchmarks. We’ll be taking questions following the presentation.

Simulating Arm CPUs with Custom Benchmarks on IP Explorer

In this webinar, discover the Arm IP Explorer that allows you to search, compare, configure, and simulate and ultimately streamline the SoC design process whilst offering access to a vast library of Arm IP.

Get Started with Arm IP Explorer

There has never been a better time to evaluate Arm-based instances for your cloud computing workloads. Now available in AWS, Microsoft Azure, Google Cloud and Oracle Cloud Infrastructure, Arm Neoverse-based VMs deliver superior performance and scalability for your workloads at a fraction of the cost of traditional x86-based instances.  
 
Join us to learn why 48 of the top 50 AWS EC2 customers by volume have made the transition to Arm-based instances. We discuss how Honeycomb.io, Data Bricks, Splunk, and others have moved to Arm-based computing, reduced their cloud spend while improving performance and customer experience, improved throughput per watt, and reduced their CO2 emissions. 
 
This webinar shows you: 
 - How Arm Neoverse can help you increase cloud performance, reduce costs, and decrease your carbon footprint. 
 - Platform and portfolio options, including AWS, Google Cloud, Microsoft Azure, Oracle Cloud Infrastructure, and more. 
 - Cloud-based options available, including free “Works on Arm” resources. 
 - Tips from companies who have migrated to Arm Neoverse-based clouds. 
 - How to get started with an Arm Neoverse-based cloud.

The Modern Cloud Runs on Arm

The new Arm flagship GPU, Immortalis-G715, is designed to enable the very best gaming experiences on next-generation flagship smartphones. Join this webinar for a detailed examination of the latest graphics features made possible by Immortalis-G715, including hardware-based ray tracing support for more realistic and immersive mobile gaming experiences. Also, learn about key improvements and enhancements across the latest range of Arm GPUs that make them the highest performing, most energy efficient to date.

Agenda:
• Introduction - Immortalis-G715: Arm’s new flagship GPU.
• New graphic and gaming features, including hardware-based ray tracing support through Immortalis-G715 and variable rating shading across all the new Arm GPUs.
• Performance, efficiency, and ML improvements and graphics enhancements across all new Arm GPUs.
• The latest developer support and optimizations beyond the IP, including resources and tools for to enable the best application experiences.
• Q&A

Who should attend:
• Consumer device OEMs, semiconductor manufacturers, and mobile game developers.

Deliver Unleashed Gaming Performance with The Arm Immortalis-G715 GPU

Discover how Arm’s new second-generation Total Compute Solutions are advancing all consumer device markets, from premium laptops and smartphones to XR wearables and DTVs. Join this webinar to learn about the new IP and upgrades to Arm’s Total Compute Solutions, alongside the latest security, software, and tool support for developers. We also discuss key compute workloads and use cases, including advanced gaming and ML acceleration, and how the different solutions deliver compute for the very best user experiences.

Agenda:
• Overview of Arm’s Total Compute strategy for consumer devices and an introduction to the latest second-generation Total Compute Solutions.
• New IP and upgrades across the Total Compute Solutions, including the second-generation Armv9 CPUs and new Arm flagship Immortalis-G715 GPU.
• New security enhancements built into the Total Compute Solutions.
• Software and tools for developers, including Arm Fixed Virtual Platform (FVP).
• How second-generation Total Compute Solutions accelerate compute across advanced gaming and ML use cases.
• Live Q&A

Who should attend:
• Consumer device OEMs, semiconductor manufacturers and mobile app developers.

Bring Mobile Experiences to Life with 2nd-Generation Total Compute Solutions

Arm is driving the future of computing and creating greater opportunities for innovation and scale for our ecosystem. Watch Arm’s Embedded World micro-conference to hear about initiatives at Embedded World 2022 that are simplifying and accelerating development for the entire IoT and embedded value chain. 

This session includes lightening presentations from Arm, AWS, Alif Semiconductor and GitHub. 

Speakers:
- Reinhard Keil, Senior Director Embedded Technology, Arm
- Kevin Ryan, Senior GTM and Ecosystem Director, Arm
- Henrik Flodell, Director of Marketing, Alif Semiconductor 
- Paul Butler, Senior Partner Solutions Architect, AWS
- Niroshan Rajadurai, Senior Director, Global GitHub Advanced Security Sales, GitHub

Embedded World Preview: Write Fast, Run Fast on Arm

This session is part of the Arm Virtual Hardware Lab Series, introducing Arm Virtual Hardware and how it can accelerate product design by up to two years. This session includes a workshop covering:

· How to move to the cloud using Keil Studio and Arm Virtual Hardware

· Run complex projects in the cloud

· Use AWS credentials from within Keil Studio to deploy your target to the cloud

What is Arm Virtual Hardware?

Arm Virtual Hardware provides a modern development flow, delivering flexibility, simplicity, and the opportunity for rapid IoT device development. It’s an evolution of Arm's modelling technology delivering models of Arm-based processors, systems and third party hardware in the cloud for application developers to build and test software before and after hardware availability.

Learn more about Arm Virtual Hardware and the sessions in this series by viewing the attachments.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Arm Virtual Hardware Lab Series: Testing a Cloud Connected Application

This session is part of the Arm Virtual Hardware Lab Series, introducing Arm Virtual Hardware and how it can accelerate product design by up to two years. This session includes a workshop covering:

· How to start your project with Keil MDK
· Develop locally including unit testing
· Run simulation with local Arm Virtual Hardware
· Deploy code to real hardware
· Build a cloud-based CI/CD workflow (using GitHub)

What is Arm Virtual Hardware?

Arm Virtual Hardware provides a modern development flow, delivering flexibility, simplicity, and the opportunity for rapid IoT device development. It’s an evolution of Arm's modelling technology delivering models of Arm-based processors, systems and third party hardware in the cloud for application developers to build and test software before and after hardware availability.

Learn more about Arm Virtual Hardware and the sessions in this series by viewing the attachments.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Arm Virtual Hardware Lab Series: From Local to Cloud Development with Keil Tools

This session is part of the Arm Virtual Hardware Lab Series, introducing Arm Virtual Hardware, a new cloud-based offering which enables software development without the need for physical hardware, reducing product design cycles from five to three years. This session will provide an overview of the latest additions, which include the new Corstone designs as well as 7 new Cortex-M processors ranging from Cortex-M0 to Cortex-M33. Arm is further expanding the library with third party hardware from partners including NXP, ST Microelectronics and Raspberry Pi.

What is Arm Virtual Hardware?

Arm Virtual Hardware provides a modern development flow, delivering flexibility, simplicity, and the opportunity for rapid IoT device development. It’s an evolution of Arm's modelling technology delivering models of Arm-based processors, systems and third party hardware in the cloud for application developers to build and test software before and after hardware availability.

Learn more about Arm Virtual Hardware and the sessions in this series by viewing the attachments.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Arm Virtual Hardware Lab Series: New Release Including More Hardware & Projects

Arm Virtual Hardware Lab Series: New Release Including More Hardware & Project

This session is part of the Arm Virtual Hardware Lab Series, introducing Arm Virtual Hardware and how it can accelerate product design by up to two years. This session includes a workshop demonstrating how to use Python to stimulate Arm Virtual Hardware peripherals with specific inputs.

Prerequisites
• You will need an AWS account to participate. Visit AWS to sign in or create an account: https://aws.amazon.com/marketplace/pp/prodview-urbpq7yo5va7g?mkt_tok=NDc5LVpZVy05MDcAAAGAw38PdmYG6I7k3XCnKvL7hsabzqMDtyEoJpBFTuBqzdxxSmzwafYzQeoOXmwHzYyxl7liy_XUYUnITyrjcd6T1FMd0GaMEPtNsiFvlW1qJA
• Arm and AWS are providing 100 hours of free AWS EC2 CPU credits for the first 1000 qualified users. Redeem these credits here: https://www.arm.com/company/contact-us/virtual-hardware 
• You will need a GitHub account to fully participate. Visit GitHub to sign in or create an account: https://github.com/

What is Arm Virtual Hardware?
Arm Virtual Hardware provides a modern development flow, delivering flexibility, simplicity, and the opportunity for rapid IoT device development. It’s an evolution of Arm's modelling technology delivering functionally accurate models of Arm-based SoCs in the cloud for developers to build and test software before and after hardware availability. Arm Virtual Hardware is currently available as a beta.

Learn more about Arm Virtual Hardware and the sessions in this series by viewing the attachments.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Arm Virtual Hardware Lab Series - Lab 3: Extend Arm Virtual Hardware with Python

This session is part of the Arm Virtual Hardware Lab Series, introducing Arm Virtual Hardware and how it can accelerate product design by up to two years. This session includes a workshop covering:
• Get started running code for Arm Cortex-M55 processor and Ethos-U55 microNPU 
• Compile a neural network model and run a classical ML application on these processors
• Evaulate pre-silicon technology, ready for when it becomes available

Prerequisites
• Arm and AWS are providing 100 hours of free AWS EC2 CPU credits for the first 1000 qualified users. Redeem these credits here: https://www.arm.com/company/contact-us/virtual-hardware 
• You will need a GitHub account to fully participate. Visit GitHub to sign in or create an account: https://github.com/

What is Arm Virtual Hardware?
Arm Virtual Hardware provides a modern development flow, delivering flexibility, simplicity, and the opportunity for rapid IoT device development. It’s an evolution of Arm's modelling technology delivering functionally accurate models of Arm-based SoCs in the cloud for developers to build and test software before and after hardware availability. Arm Virtual Hardware is currently available as a beta.

Learn more about Arm Virtual Hardware and the sessions in this series by viewing the attachments.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Arm Virtual Hardware Lab Series - Lab 2: Model Conditioning and Optimisation

This session is part of the Arm Virtual Hardware Lab Series, introducing the Arm Virtual Hardware and how it can accelerate product design by up to two years. This session includes a workshop covering:
• How to simplify CI at scale on the Arm Cortex-M55 processor and Ethos-U55 microNPU
• How to implement CI tests for IoT systems  

Prerequisites
• You will need an AWS account to participate. Visit AWS Marketplace to sign in or create an account: https://aws.amazon.com/marketplace/pp/prodview-urbpq7yo5va7g?mkt_tok=NDc5LVpZVy05MDcAAAGAw38PdmYG6I7k3XCnKvL7hsabzqMDtyEoJpBFTuBqzdxxSmzwafYzQeoOXmwHzYyxl7liy_XUYUnITyrjcd6T1FMd0GaMEPtNsiFvlW1qJA
• Arm and AWS are providing 100 hours of free AWS EC2 CPU credits for the first 1000 qualified users. Redeem these credits here: https://www.arm.com/company/contact-us/virtual-hardware 
• You will need a GitHub account to fully participate. Visit GitHub to sign in or create an account: https://github.com/

What is Arm Virtual Hardware?
Arm Virtual Hardware provides a modern development flow, delivering flexibility, simplicity, and the opportunity for rapid IoT device development. It’s an evolution of Arm's modelling technology delivering functionally accurate models of Arm-based SoCs in the cloud for developers to build and test software before and after hardware availability. Arm Virtual Hardware is currently available as a beta.

Learn more about Arm Virtual Hardware and the sessions in this lab series by viewing the attachments section.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Arm Virtual Hardware Lab Series - Lab 1: CI/CD Workflow

In this session, you’ll learn how pre-qualified software components and libraries help you to get to a certified product in less time when developing functional safety applications on Arm-based microcontrollers. We will also touch base on tool qualification, requirements capturing, and static code analysis and how all these methods interact with each other.

• Software test libraries
• Requirements capturing
• Static code analysis

This webinar is part of a 3 part series. Links to the other webinars can be found in the attachments section.

For more information on how Arm processes your personal data, please visit the Arm Privacy Policy available here: https://www.arm.com/company/policies/privacy

Functional Safety Development Solutions for Arm Cortex-M

fusa

functional safety

Software Development

software tools

Development

cortex-m

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Functional Safety Development Solutions for Arm Cortex-M

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