Each of the platforms below are supported by the Arm Reference Platforms deliverables:
The Juno board is a software development platform for A-profile processors, comprising 2x Cortex-A57 (Cortex-A72 MP2 on Juno r2) plus 4x Cortex-A53 in a big.LITTLE configuration, a Mali T624 GPU, a GIC-400 interrupt controller, a CCI-400 cache coherent interconnect, and 8 GB of DDR that can be carved out into Secure and Non-secure regions using the included TZC-400 TrustZone Address Space Controller. The Juno offers developers an open, vendor neutral A-profile development platform aligned with the Level 1 Server Base System Architecture, and has a number of complete reference software stacks available to download and build using the Arm Reference Platforms deliverables.
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These Fixed Virtual Platforms (FVPs) provide offer a quick and easy way to get started modelling the latest Arm Architecture specifications. These FVPs are capable of running a full software stack including Linux at high speed, allowing for an instant feedback development environment without the need for a hardware board. The Armv8-A Base Platform and Armv8-A Foundation Model are both available free of charge from Arm Developer and are supported by the Arm Reference Platforms deliverables, allowing you to download and build a complete reference software stack.
Arm CoreLink System Guidance for Infrastructure is a collection of resources to provide a representative view of typical compute subsystems that can be designed and implemented using specific generations of Arm IP. These compute subsystems address the expected requirements of a specific segment of the infrastructure market which includes servers, storage and networking. The SGI-575 platform is supported by the Arm Reference Platforms deliverables, allowing you to download and build a complete reference software stack.
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Arm CoreLink System Guidance for Infrastructure is a collection of resources to provide a representative view of typical compute subsystems that can be designed and implemented using specific generations of Arm IP. These compute subsystems address the expected requirements of a specific segment of the infrastructure market which includes servers, storage and networking. The SGM-775 platform is supported by the Arm Reference Platforms deliverables, allowing you to download and build a complete reference software stack.
The Beetle IoT evaluation board is built around the Arm CoreLink SDK-100 System Design Kit processors which allows design teams to create IoT endpoints faster and with lower risk. Arm’s IoT subsystem with the Mbed IoT device platform is a complete reference system that reduces the complexity and risk of a SoC design for IoT endpoints. It is specifically designed for the use with M processors and Arm Wireless IP.
The M Prototyping System (MPS2) is an ideal platform for the evaluation and FPGA prototyping of Cortex-M based designs or IoT subsystems. It comes provided with fixed encrypted FPGA implementations of all the M processors and an example design based on DesignStart.
The Arm Cortex Prototyping System (MPS3) board is an FPGA prototyping platform, which allows designers to design systems easily. It is part of the Versatile Express family. The board features a large FPGA to implement complex embedded designs (even including small A profile class cores) and many expansion connectors to plug in other systems.
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The Arm Musca-A board is based on the latest Arm SSE-200 Subsystem featuring two Arm M33 processors. This board is the first Platform Security Architecture (PSA) development platform.
This design extends the Arm TrustZone architecture, from the processors to the whole system and utilizes the Arm TrustZone CryptoCell-312. This means that developers can use the latest security technology to implement the best protection for IoT devices.
The Arm Musca-B1 board is based on the same subsystem as Musca-A, but with the addition of CryptoIsland and eFlash to provide extra security.
The Musca-B1 implementation of SSE-200 subsystem is ready to be used to form the core processing element of mainstream IoT devices. Musca-B1 can also be used to prototype secure software.