ARM V2M MPS2-AN521_cpu1

AN521

System on Chip

ARM

Vendor

Hello World

A simple sample that prints “Hello World” to the console.

Run locally

You can run the Hello World demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 hello_world

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 hello_world demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the Hello World executable file

SBOM data

Download Software Bill of Materials data for the Hello World demo

Renode log

Download the Renode simulation log for the Hello World demo

Renode script

Download the Renode script for the Hello World demo

Renode Robot test suite

Download the Renode Robot test suite for the Hello World demo

Robot test suite log

See Robot test results for the Hello World demo

Shell Module

This demo demonstrates the Zephyr shell submodule, which allows the user to use a console interface to control the operating system.

Run locally

You can run the Shell Module demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 shell_module

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 shell_module demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the Shell Module executable file

SBOM data

Download Software Bill of Materials data for the Shell Module demo

Renode log

Download the Renode simulation log for the Shell Module demo

Renode script

Download the Renode script for the Shell Module demo

Renode Robot test suite

Download the Renode Robot test suite for the Shell Module demo

Robot test suite log

See Robot test results for the Shell Module demo

Philosophers

An implementation of a solution to the Dining Philosophers problem which demonstrates the usage of multiple preemptible and cooperative threads of differing priorities, as well as dynamic mutexes and thread sleeping.

Run locally

You can run the Philosophers demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 philosophers

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 philosophers demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the Philosophers executable file

SBOM data

Download Software Bill of Materials data for the Philosophers demo

Renode log

Download the Renode simulation log for the Philosophers demo

Renode script

Download the Renode script for the Philosophers demo

Renode Robot test suite

Download the Renode Robot test suite for the Philosophers demo

Robot test suite log

See Robot test results for the Philosophers demo

TensorFlow Lite Micro

This sample TensorFlow application replicates a sine wave and demonstrates the basics of using TensorFlow Lite Micro. The model included with the sample is trained to replicate a sine function and generates x values to print alongside the y values predicted by the model.

Run locally

You can run the TensorFlow Lite Micro demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 tensorflow_lite_micro

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 tensorflow_lite_micro demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the TensorFlow Lite Micro executable file

SBOM data

Download Software Bill of Materials data for the TensorFlow Lite Micro demo

Renode log

Download the Renode simulation log for the TensorFlow Lite Micro demo

Renode script

Download the Renode script for the TensorFlow Lite Micro demo

Renode Robot test suite

Download the Renode Robot test suite for the TensorFlow Lite Micro demo

Robot test suite log

See Robot test results for the TensorFlow Lite Micro demo

MicroPython

This demo demonstrates the MicroPython Zephyr port by performing arithmetic operations, and by defining and calling simple functions.

Run locally

You can run the MicroPython demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 micropython

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 micropython demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the MicroPython executable file

SBOM data

Download Software Bill of Materials data for the MicroPython demo

Renode log

Download the Renode simulation log for the MicroPython demo

Renode script

Download the Renode script for the MicroPython demo

Renode Robot test suite

Download the Renode Robot test suite for the MicroPython demo

Robot test suite log

See Robot test results for the MicroPython demo

Hello World (user)

A sample that prints “Hello World” to the console from a usermode thread.

Run locally

You can run the Hello World (user) demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 hello_world_user

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 hello_world_user demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the Hello World (user) executable file

SBOM data

Download Software Bill of Materials data for the Hello World (user) demo

Renode log

Download the Renode simulation log for the Hello World (user) demo

Renode script

Download the Renode script for the Hello World (user) demo

Renode Robot test suite

Download the Renode Robot test suite for the Hello World (user) demo

Robot test suite log

See Robot test results for the Hello World (user) demo

Synchronization

A simple application that demonstrates kernel scheduling, communication, and timing. Two threads take turns printing “Hello World” synchronized by semaphores.

Run locally

You can run the Synchronization demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 synchronization

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 synchronization demo in Google Colab.

UART output

Download

Zephyr binary

Download the Synchronization executable file

SBOM data

Download Software Bill of Materials data for the Synchronization demo

Renode log

Download the Renode simulation log for the Synchronization demo

Renode script

Download the Renode script for the Synchronization demo

Renode Robot test suite

Download the Renode Robot test suite for the Synchronization demo

Robot test suite log

See Robot test results for the Synchronization demo

LZ4

This sample application compresses and decompresses a block of data with the LZ4 algorithm and verifies the result.

Run locally

You can run the LZ4 demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 lz4

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 lz4 demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the LZ4 executable file

SBOM data

Download Software Bill of Materials data for the LZ4 demo

Renode log

Download the Renode simulation log for the LZ4 demo

Renode script

Download the Renode script for the LZ4 demo

Renode Robot test suite

Download the Renode Robot test suite for the LZ4 demo

Robot test suite log

See Robot test results for the LZ4 demo

Kenning microTVM

This is a demonstration application of Kenning Zephyr Runtime running gesture recognition model on sample data using microTVM.

Run locally

You can run the Kenning microTVM demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 kenning-zephyr-runtime-microtvm

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 kenning-zephyr-runtime-microtvm demo in Google Colab.

UART output

Trace

Download

Zephyr binary

Download the Kenning microTVM executable file

SBOM data

Download Software Bill of Materials data for the Kenning microTVM demo

Renode log

Download the Renode simulation log for the Kenning microTVM demo

Renode script

Download the Renode script for the Kenning microTVM demo

Renode Robot test suite

Download the Renode Robot test suite for the Kenning microTVM demo

Robot test suite log

See Robot test results for the Kenning microTVM demo

Kenning TFLite Micro

This is a demonstration application of Kenning Zephyr Runtime running gesture recognition model on sample data using TFLite Micro.

Run locally

You can run the Kenning TFLite Micro demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 kenning-zephyr-runtime-tflitemicro

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 kenning-zephyr-runtime-tflitemicro demo in Google Colab.

UART output

Download

Zephyr binary

Download the Kenning TFLite Micro executable file

SBOM data

Download Software Bill of Materials data for the Kenning TFLite Micro demo

Renode log

Download the Renode simulation log for the Kenning TFLite Micro demo

Renode script

Download the Renode script for the Kenning TFLite Micro demo

Renode Robot test suite

Download the Renode Robot test suite for the Kenning TFLite Micro demo

Robot test suite log

See Robot test results for the Kenning TFLite Micro demo

Kenning IREE

This is a demonstration application of Kenning Zephyr Runtime running gesture recognition model on sample data using IREE.

Run locally

You can run the Kenning IREE demo on the ARM V2M MPS2-AN521_cpu1 board by following the instructions below. Assuming you have Python 3 and pip installed on your Linux machine, run the following commands to download Renode and the prebuilt binaries for this demo, and then run the simulation in Renode on your own machine:

pip3 install --user --upgrade git+https://github.com/antmicro/renode-run.git
renode-run demo -b mps2_an521_cpu1 kenning-zephyr-runtime-iree

Run in Colab

You can run this demo instantly on a cloud server in Google Colab by clicking the button below.

Colab

Run mps2_an521_cpu1 kenning-zephyr-runtime-iree demo in Google Colab.

UART output

Download

Zephyr binary

Download the Kenning IREE executable file

SBOM data

Download Software Bill of Materials data for the Kenning IREE demo

Renode log

Download the Renode simulation log for the Kenning IREE demo

Renode script

Download the Renode script for the Kenning IREE demo

Renode Robot test suite

Download the Renode Robot test suite for the Kenning IREE demo

Robot test suite log

See Robot test results for the Kenning IREE demo

ADDRESS SPACE	ID	TYPE	DRIVERS	PERIPHERAL
ADDRESS SPACE id: 0x0	ID cpu	TYPE cpu	DRIVERS	PERIPHERAL ARM cortex-m33
ADDRESS SPACE 0x40000000 - 0x40001000	ID timer0	TYPE timer	DRIVERS	PERIPHERAL ARM cmsdk-timer
ADDRESS SPACE 0x40001000 - 0x40002000	ID timer1	TYPE timer	DRIVERS	PERIPHERAL ARM cmsdk-timer
ADDRESS SPACE 0x40002000 - 0x40003000	ID dtimer0	TYPE timer	DRIVERS	PERIPHERAL ARM cmsdk-dtimer
ADDRESS SPACE 0x40003000 - 0x40004000	ID mhu0	TYPE mhu	DRIVERS	PERIPHERAL ARM mhu
ADDRESS SPACE 0x40004000 - 0x40005000	ID mhu1	TYPE mhu	DRIVERS	PERIPHERAL ARM mhu
ADDRESS SPACE 0x40081000 - 0x40082000	ID wdog0	TYPE watchdog	DRIVERS	PERIPHERAL ARM cmsdk-watchdog
ADDRESS SPACE 0x40100000 - 0x40101000	ID gpio0	TYPE gpio	DRIVERS	PERIPHERAL ARM cmsdk-gpio
ADDRESS SPACE 0x40101000 - 0x40102000	ID gpio1	TYPE gpio	DRIVERS	PERIPHERAL ARM cmsdk-gpio
ADDRESS SPACE 0x40102000 - 0x40103000	ID gpio2	TYPE gpio	DRIVERS	PERIPHERAL ARM cmsdk-gpio
ADDRESS SPACE 0x40103000 - 0x40104000	ID gpio3	TYPE gpio	DRIVERS	PERIPHERAL ARM cmsdk-gpio
ADDRESS SPACE 0x40200000 - 0x40201000	ID uart0	TYPE serial	DRIVERS	PERIPHERAL ARM cmsdk-uart
ADDRESS SPACE 0x40201000 - 0x40202000	ID uart1	TYPE serial	DRIVERS	PERIPHERAL ARM cmsdk-uart
ADDRESS SPACE 0x40202000 - 0x40203000	ID uart2	TYPE serial	DRIVERS	PERIPHERAL ARM cmsdk-uart
ADDRESS SPACE 0x40203000 - 0x40204000	ID uart3	TYPE serial	DRIVERS	PERIPHERAL ARM cmsdk-uart
ADDRESS SPACE 0x40204000 - 0x40205000	ID uart4	TYPE serial	DRIVERS	PERIPHERAL ARM cmsdk-uart
ADDRESS SPACE 0x40207000 - 0x40208000	ID i2c_touch	TYPE i2c	DRIVERS	PERIPHERAL ARM versatile-i2c
ADDRESS SPACE 0x40208000 - 0x40209000	ID i2c_audio_conf	TYPE i2c	DRIVERS	PERIPHERAL ARM versatile-i2c
ADDRESS SPACE 0x4020c000 - 0x4020d000	ID i2c_shield0	TYPE i2c	DRIVERS	PERIPHERAL ARM versatile-i2c
ADDRESS SPACE 0x4020d000 - 0x4020e000	ID i2c_shield1	TYPE i2c	DRIVERS	PERIPHERAL ARM versatile-i2c
ADDRESS SPACE 0x40302000 - 0x40302004	ID gpio_led0	TYPE gpio	DRIVERS	PERIPHERAL ARM mps2-fpgaio-gpio
ADDRESS SPACE 0x40302008 - 0x4030200c	ID gpio_button	TYPE gpio	DRIVERS	PERIPHERAL ARM mps2-fpgaio-gpio
ADDRESS SPACE 0x4030204c - 0x40302050	ID gpio_misc	TYPE gpio	DRIVERS	PERIPHERAL ARM mps2-fpgaio-gpio
ADDRESS SPACE 0x42000000 - 0x42100000	ID eth0	TYPE ethernet	DRIVERS	PERIPHERAL lan9220
ADDRESS SPACE 0xe000e010 - 0xe000e020	ID systick	TYPE timer	DRIVERS	PERIPHERAL ARM armv8m-systick
ADDRESS SPACE 0xe000e100 - 0xe000ed00	ID nvic	TYPE interrupt-controller	DRIVERS	PERIPHERAL ARM v8m-nvic