Developing next-generation software-defined compute or autonomous AI applications on Arm-based SoCs involves integrating proven IP with in-house blocks and software. From system definition to foundry-ready silicon design, you need an EDA partner prepared for complex design challenges and process nodes. From early software bring-up to use-case testing, debug, and performance tuning, Cadence offers verification solutions using Arm Fast Models and emulation to ensure design intent and performance requirements. Technologies such as AMBA verification IP check integration, while our SystemReady suite demonstrates your implementation will run an OS out of the box. For physical design, Cadence's optimized digital full flow provides the fastest route to reach PPA targets. Our joint engineering programs provide extensive Arm-ready methodologies to easily implement Arm Cortex, Neoverse, Mali, and CoreLink System IP-based designs including Artisan Physical, POP IP, and Fast Models.

Solution Briefs

  • thumbnail: Automotive: Making Cars Safe, Secure, and Reliable
    Automotive: Making Cars Safe, Secure, and Reliable

    Cadence enables development of optimized automotive designs including ADAS, infotainment, and ECU architectures while addressing functional safety needs.

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  • thumbnail: Functional Safety: Reduce ISO 26262 Compliance Effort
    Functional Safety: Reduce ISO 26262 Compliance Effort

    Cadence’s automated Functional Safety solution offers help with planning and verification, automated fault injection and debugging, safety-aware P&R, and more.

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  • thumbnail: System Design for Next-Gen Hyperscale Data Centers
    System Design for Next-Gen Hyperscale Data Centers

    With Cadence tools and IP, developers achieve an optimal balance of performance and low power, energy, and cost in their Arm-based hyperscale computing designs.

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  • thumbnail: Accelerate SystemReady Compliance Testing and Debugging
    Accelerate SystemReady Compliance Testing and Debugging

    Cadence and Arm help accelerate compliance testing as per the Arm SystemReady program, ensuring your design is SystemReady compliant with a standard OS that can boot off the shelf.

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  • thumbnail: Accelerate Arm-Based SoC Designs for AI and ML and Advanced Workloads
    Accelerate Arm-Based SoC Designs for AI and ML and Advanced Workloads

    Cadence joined the Arm Total Design ecosystem to help customers speed development of Arm-based SoC designs for next-generation products and services by accessing Cadence’s full-flow system-level design verification and implementation solutions.

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Insights

  • Cadence Collaborates with Arm to Jumpstart the Automotive Chiplet Ecosystem News
    Cadence Collaborates with Arm to Jumpstart the Automotive Chiplet Ecosystem

    Cadence and Arm collaborate to deliver a chiplet-based reference design and software development platform to accelerate software-defined vehicle (SDV) innovation.

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  • Rapid Adoption of the Arm Server-Class Processors Blog
    Rapid Adoption of the Arm Server-Class Processors

    To build a successful server-class processor takes more than just licensing the IP from Arm, it takes an optimized design flow.

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  • Implementing Microprocessors in Advanced Processes Blog
    Implementing Microprocessors in Advanced Processes

    Read about the keynote addressed at this year’s CadenceCONNECT event covering “Building Arm Compute with Cadence Digital Full Flow for Best PPA”.

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  • Successfully Tapeout Next-Gen Arm Mobile Designs Blog
    Successfully Tapeout Next-Gen Arm Mobile Designs

    See how to successfully tape out mobile SoCs using Cadence® digital and verification full flow with Armv9 architecture-based mobile devices.

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  • De-Risking and Accelerating OS Boot for Arm SystemReady SoCs, a Morello Case Study Blog
    De-Risking and Accelerating OS Boot for Arm SystemReady SoCs, a Morello Case Study

    Read about how to how to overcome challenges faced during the SoC boot operation of standard operating systems such as Linux and Microsoft Windows.

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