Corstone solutions

Corstone solutions offer SoC designers a great way to build secure designs faster. At the heart is foundation IP including pre-verified, configurable and modifiable subsystems that pre-integrate the processor and security IP with the most relevant system components.

Corstone-100

Cortex-M0/M0+/M3/M4

Sun behind wind turbine in the sea.     A home containing automation.     Stethoscope with heart rate in the middle.     Structures and facilities needed for daily operation.

The essential system design kit to accelerate your designs and add a first level of security.



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Corstone-101

Cortex-M0/M0+/M3/M4

Stethoscope with heart rate in the middle.     Structures and facilities needed for daily operation.     Line drawing of something robotic.      

Contains all the elements of the Corstone-100 foundation IP with an additional Flash Controller IP to ease designing your SoC for IoT and automotive applications.

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Corstone-200

Cortex-M0/M0+
Cortex-M3/M4/M23/M33

Sun behind wind turbine in the sea.     A home containing automation.     Structures and facilities needed for daily operation.     Line drawing of something robotic.

The full design toolbox, with support for TrustZone technology and the latest Cortex-M processors. It also contains all the elements of Corstone-100.

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Corstone-201

Cortex-M0/M0+/M3/M4/M23/M33

Sun behind wind turbine in the sea.     A home containing automation.     Structures and facilities needed for daily operation.     Line drawing of something robotic.      A band that monitors your fitness.

Contains all the elements of the Corstone-200 foundation IP with the addition of Arm Cortex-M23.

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Corstone-700

Cortex-A and Cortex-M

Shield that protects you or an item.         Ability to automate items on a connection.     A band that monitors your fitness.     Tools and durable equipment.

The newest Corstone foundation IP integrates both Cortex-M and Cortex-A processors in one handy, flexible subsystem. It includes support for system peripherals, plus a broad spectrum of security counter-measures.

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Example solutions

Arm example solutions offer SoC designers a great starting point to build IoT designs faster. They include a range of configurable and modifiable subsystems covering variety of system types. The systems pre-integrate the processor and interconnect IP with the most relevant system components.

Create a system for a secure IoT device

Ability to automate items on a connection.

This subsystem provides a high performance core foundation for Linux.

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Creating a system for Machine Learning at the edge

Line drawing of something robotic.

Develop a System on Chip (SoC) that can perform Machine Learning at the edge

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Community Blogs

Community Forums

Not answered ICODE and DCODE Fetches
  • Cortex-M3
0 votes 377 views 0 replies Started 5 days ago by eugch Answer this
Not answered Which ARM board will be most suitable?
  • Video Processor Embedded Algorithms
  • Video Processor
0 votes 251 views 0 replies Started 6 days ago by Surya Answer this
Suggested answer test cases for apb 0 votes 658 views 3 replies Latest 6 days ago by Colin Campbell Answer this
Suggested answer what is different that change start address and use WSTRB signal for transfer 0 votes 460 views 1 replies Latest 7 days ago by Colin Campbell Answer this
Not answered ICODE and DCODE Fetches Started 5 days ago by eugch 0 replies 377 views
Not answered Which ARM board will be most suitable? Started 6 days ago by Surya 0 replies 251 views
Suggested answer test cases for apb Latest 6 days ago by Colin Campbell 3 replies 658 views
Suggested answer what is different that change start address and use WSTRB signal for transfer Latest 7 days ago by Colin Campbell 1 replies 460 views