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  • Could you recommend a specific FPGA board for ARM Cortex-M0 and Cortex-M3 implementation?

    This question was raised in the webinar "Enhance your product with industry-leading processors - for no upfront license fee.”

  • Is the DesignStart Eval compatible with heterogeneous multi-core design, e.g. Cortex-M0 with Cortex-M3?

    This question was raised in the webinar "Enhance your product with industry-leading processors - for no upfront license fee.”

  • Enhance your product with industry-leading processors – for no upfront license fee

    The Arm System Design Kits (also known as Arm CoreLink System Design Kits or SDKs) have been rebranded into Arm Corstone foundation IP.

    The appeal of intelligence in everyday products is driving the demand for smart sensors and smart analog SoCs (system…

  • How DesignStart enables innovation in IoT

    Watch this interview with Mike Eftimakis, IoT Product Manager from ARM at DAC 2017 as he explains how the latest enhancements in ARM DesignStart provides the simplest, fastest solution for custom SoCs for IoT applications.

    • https://www.youtube.com/watch?v=8SThgVhOcyI&feature=youtu.be
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  • Assuming knowledge of standard off-the-shelf SoC and FPGA designs, what big challenges exists for an integrated solution?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • How is the SoC-based design validated? Is it done against some specifications or compliance?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • Can SoC Verification be automated using Machine Learning? If so, how can we ensure 100% functional coverage?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • Is it possible to interface a high frequency sensor-signal output from an analog ASIC chip (e.g. several Kilohertz) using Cortex-M?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • With regards to custom SoCs, what is the trade-off between low cost and performance?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • I am an FPGA SoC engineer and I want to create a custom SoC. Is it possible for me to learn and acquire the development flow for less than 5K EUR budget – and if so, how should I proceed?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • ‘Low cost’ is a benefit of custom SoCs. At what quantities do the low-cost benefits start to come in, relative to, for example, digital/analog designs based upon off-the-shelf devices?

    This question was raised in the ‘Want to maximise your product design? See how a custom ASIC can help?' webinar, view all the questions in the round-up blog post.

  • Are you maximizing your product design? See how a custom ASIC can help

    Many different companies are seeing the benefits of developing a custom chip. Sensor companies are making their sensors smart to increase their margins and stickiness. Electronics manufacturers are integrating a range of discrete components along with…

  • Enhanced Arm DesignStart: the fastest and lowest-risk path to custom SoCs

    For the best part of a decade, Arm DesignStart has helped thousands of chip developers – the technology innovators of today – get quick, easy and free access to Arm IP. Arm is accelerating innovation in smart embedded devices even further with significant…

  • Extra help along the DesignStart road

    Arm DesignStart now includes the Arm Cortex-M0 and Cortex-M3 processors, with no upfront license fee. This will inspire more embedded designers, start-ups and OEMs to design their own custom SoC.  To make it easier, we’ve provided a range of resources…

  • Enhanced Arm DesignStart eliminates upfront license fees for Arm Cortex-M0 and Cortex-M3 processors

    News highlights

  • The importance of security in IoT | DAC 2017 blog

    The Arm System Design Kits (also known as Arm CoreLink System Design Kits or SDKs) have been rebranded into Arm Corstone foundation IP.

    Recently studies* have shown that 70% of companies are unwilling to pay more than a 10% premium for security. Which…

  • Meet Arm CoreLink SDK-100

    The Arm System Design Kits (also known as Arm CoreLink System Design Kits or SDKs) have been rebranded into Arm Corstone foundation IP.

    The Arm CoreLink System Design Kit is a new product family that helps SoC designers create efficient systems faster…

  • Prototyping Cortex-M3 DesignStart with the Cortex-M Prototyping System

    Arm has just announced an update to the DesignStart program , adding in Arm Cortex-M3 into the package. With this you can gain instant free access to evaluate, design and prototype custom SoCs based on Cortex-M0 or Cortex-M3 processors through DesignStart…

  • DesignStart for your custom SoC design

    In the second of two video interviews at the ARM booth (Hall 3, Booth 342) at embedded world 2017, Embedded Computing Design Technology Editor Brandon Lewis meets with Phillip Burr, Senior Product Marketing Manager at ARM to discuss the company's DesignStart…

    • https://www.youtube.com/watch?v=LyMr0tnypWw
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  • White paper – Rapid SoC proof-of-concept for zero cost

    Looking to create a rapid system-on-chip (SoC) proof-of-concept for zero cost? Can it really be done? Find out how - download this joint whitepaper by Jeff Miller, product marketing and strategy at Mentor Graphics, and Phil Burr, senior product manager…

  • Whitepaper: An introduction to ARM Cortex-M0 DesignStart

    The low-risk route for custom SoC design

    The availability of the ARM Cortex-M0 processor within ARM’s DesignStart portal makes designing and prototyping a Cortex-M0 based system-on-chip (SoC) much easier. Quick and free-of-charge access to one of…

    • An Introduction to Cortex-M0 DesignStart - Whitepaper March 2017.pdf

  • Creating Custom SoCs for IoT: Easier than you might think

    I recently had the pleasure of participating on a panel at ARM TechCon with several industry leaders of custom SoC design for IoT. The moderator, Nandan Nayampally, vice president of marketing and strategy at ARM, provides this week’s guest blog, presenting…

    • https://www.mentor.com/tannereda/blog/post/creating-custom-socs-for-iot-easier-than-you-might-think-b5538bd6-8f34-4504-a666-30d38e50ab7c
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  • The 3 Biggest Myths about Creating a Custom SoC

    The IoT is progressing quickly and the stakes are high

    The IoT and connected embedded intelligence are already an integral part of people’s lives at an individual, industrial and societal level. You see it from everyday wearables to city-scale lighting…

    • http://blog.sondrel.com/guest-blog-arm-the-3-biggest-myths-about-creating-a-custom-iot-soc
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  • Six ways Arm DesignStart can help you build your custom SoC

    Off-the-shelf SoCs (System-on-chips) don’t always cut it…

    Off-the-shelf components don’t always enable the best products; to be able to differentiate on price, features, size or reliability, sometimes a custom chip is the only way to go.…