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eDEVS detail content

1. eDEVS Overview
2. Three development phases with eDEVS
  -Application development with eDEVS
  -Pre-hardware or first-hardware development support with eDEVS
  -Target development with eDEVS
3. eDEVS for Arm bundle
4. eDEVS System Requirements

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Arm cores that offer high performance and low power consumption are very commonly used in embedded applications for the automotive, industrial, and consumer markets. As a result of competition, these applications require many types of advanced features that provide added value, shorter time to market with shortened product cycles, cost reduction for price competitiveness, etc. By optimizing the use of eDEVS in software development for hardware based on Arm CPUs and peripherals, it is possible to achieve fast and cost-effective product development under these challenging conditions.

Includes genuine Arm compiler

eDEVS for Arm comes with genuine Arm compiler (including C++) and thread-safe C/C++ libraries. They can be provided as standard or FuSa versions.

eDEVS JTAG debugging

Due to physical hardware limitations, it may be necessary to mount a new port on compact digital consumer devices for the sake of debugging. In some cases, it may be difficult to debug using a software debugger, and this may necessitate program debugging in flash memory. Linkage with JTAG makes it possible to implement a development and debugging environment using eDEVS even in this type of situation.

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Real-Time Operating System	Development tools	Target platform	Optional features
eMCOS	Configurator/Builder Genuine Arm Compilers (Including C/C++ compiler) Thread Level Debugger System Level Debugger Multi-programming tools Event Logging / Analysis Tool EvenTrek System Browser PartScope Realtime profiler	Logical file system (LFS) Host file system Thread-safe C/C++ libraries BSP (Board Support Package) Target daemon Virtual TTY	JTAG-ICE Linkage PackageBuilder: Software component packaging tool Multicore Options

Operating environment

Target environment

Item	Description
CPU	Supports the command sets of Armv7-A, and Armv7-R and Armv8-A. Armv7-A Armv7-R Armv8-A
Compiler	Supports the following compiler: Genuine Arm compiler standard Genuine Arm compiler FuSa
BSP	Please inquire for the latest BSPs. Unsupported boards can also be supported through BSP customization.

Host environment

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