About the Event

Arm’s Total Compute approach addresses many different requirements, from low-power edge devices with adequate performance, to data center class processors delivering the highest possible compute throughput. To realize these requirements, there must be a massive shift in the approach to system-on-chip (SoC) design.

CadenceCONNECT: Building Arm Compute with Cadence Digital Full Flow for Best PPA will introduce you to optimized design methodologies for the Arm® Cortex®-X1 and Neoverse™ processors. The event brings together Cadence® and Arm technology users and experts to learn more about how you can efficiently implement your Arm-based SoCs with the Cadence digital full-flow solution and reach your power, performance, and area (PPA) targets. Join us to learn about the latest Arm and Cadence collaboration from experts in each area, with live Q&A after each presentation.

Agenda

Times listed in agenda are Pacific Standard Time

8:00am PT, 11:00am ET, 4:00pm GMT, 5:00pm CET



08:00am PT

Keynote - Collaboration in a time of change

Dermot O’Driscoll
Arm

Learn about Arm and Cadence’s long-standing history of collaboration which continues with the latest Arm® Neoverse™ development. .

08:17am PT

Keynote - Building Arm Total Compute for Optimal Performance Within Power Budgets

Yufeng Luo
Cadence

Balancing performance and power constraints to deliver energy efficient products is critically important for system on chip designs. Discover how Cadence are innovating in areas like system-level power optimization, machine learning and 3D-IC to help meet energy-efficient design goals.

08:40am PT

How we pushed largest 5nm high-performance Arm core to 4Ghz frequency

Stephane Cauneau
Arm
Ravi Andrew
Cadence

Rod Metcalfe (Q&A)

See how Arm used the Cadence full-flow digital solution to achieve 4GHz on a 5nm foundry node implementation of the latest data center-class Arm processor.

09:07am PT

Divide and Conquer:  Hierarchical Methodology to Reduce TAT by 30% or More on Arm’s High-Performance CPU

Krishna Natarajan
Arm
Brian Wallace
Cadence

Rod Metcalfe (Q&A)

Learn about a novel smart hierarchy flow which has demonstrated a 30% reduction in implementation turn-around time for current Arm CPU designs.

09:31am PT

Delivering best-in-class low power for Arm Cortex-A78 mobile 7nm CPU using the Cadence Digital Flow

Rama Lakamsani
Arm
Desmond Cicero
Cadence

Rod Metcalfe (Q&A)

Part of energy efficient design is optimizing power using activity stimulus data from realistic workload scenarios. Arm have been using Cadence activity driven power optimization as part of the latest mobile CPU implementation.

9:58am PT

Arm Neoverse CPU Advanced Timing Signoff with Tempus PI Technology

Rob Christy
Arm
Paddy Mamtora
Cadence

Rod Metcalfe (Q&A)

For true timing signoff, it is essential to combine accurate voltage supply distribution analysis with the timing delay calculations. As part of Neoverse CPU design, Arm are using Tempus-PI, an integrated IR-drop/STA solution, combining the accuracy and speed of Tempus STA with Voltus IR drop analysis.

10:28am PT

Cloud-Based Characterization with Cadence Liberate™ Trio and Amazon EC2 M6g instances powered by Arm-based AWS Graviton2

Ajay Chopra
Arm
Praveen Patel
Cadence

Philippe Hurat (Q&A)

Rod Metcalfe (Q&A)
Arm uses Cadence Liberate cell characterization technology for all library development. Liberate runs natively on the Arm Neoverse architecture, which has enabled Arm to use AWS Graviton2 processors benefiting from great scalability at a lower cost.