Embedded Coder Supported Hardware
Embedded Coder® generates ANSI/ISO C and C++ code that can be compiled and executed on any processor by manually integrating the generated code with the RTOS, I/O devices, and build tools for your processor.
Embedded Coder provides support packages that help to automate integration, execution, and verification of generated code for the processors and devices in this table.
| Support Package | Vendor | Earliest Release Available | Last Release Available |
|---|---|---|---|
| Analog Devices DSPs | Analog Devices® | R2013a | R2015b |
| ARM Cortex-A Processors | ARM® | R2014a | Current |
| ARM Cortex-M Processors | ARM | R2013b | Current |
| ARM Cortex-R Processors | ARM | R2016b | Current |
| AUTOSAR Standard | AUTOSAR (AUTomotive Open System ARchitecture) development partnership | R2014b | R2018b |
| BeagleBone Black Hardware | BeagleBoard | R2014b | Current |
| Green Hills MULTI | Green Hills® Software | R2012b | R2014a |
| Intel SoC Devices | Intel® | R2014b | Current |
| PX4 Autopilots | Dronecode | R2018b | R2020a Note: Starting in R2020b, see Supported Hardware (UAV Toolbox) |
| STMicroelectronics Discovery Boards | STMicroelectronics® | R2013b | Current |
| Texas Instruments C2000 Processors | Texas Instruments™ | R2013b | Current |
| Texas Instruments C2000 F28M3x Concerto Processors | Texas Instruments | R2014b | Current |
| Texas Instruments C6000 DSPs | Texas Instruments | R2014a | R2016a |
| Wind River VxWorks RTOS | Wind River® | R2013b | R2017a |
| Xilinx Zynq Platform | Xilinx® | R2013a | Current |
For a complete list of hardware support packages, see Hardware Support.