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zephyr

OPEN OS, OPEN SOURCE TOOLS

ADDING ZEPHYR SUPPORT FOR SILICON LABS BG22 AND MG24

Published:

Silicon Labs BG22 and MG24 support in Zephyr Porting software to new hardware is one of Antmicro’s staple services which we often perform as part of larger customer and R&D projects. As a Platinum member of the Zephyr Project, we actively participate in developing this...
OPEN SOURCE TOOLS, OPEN HARDWARE, OPEN FPGA

ARMV8-A AND 64-BIT PERIPHERAL SUPPORT IN RENODE

Published:

ARMv8-A support in Renode Propelled into widespread use by the rise of the smartphone in the 2010s, ARM Cortex-A SoCs are now found everywhere, powering Linux-based devices in areas like IoT, embedded, mobile, and - increasingly - servers. The currently...
OPEN NETWORKING, OPEN SOURCE TOOLS

SIMULATING NB-IOT NETWORKING IN RENODE

Published:

Simulating NB-IoT networking in Renode Repeatable testing and debugging are notoriously difficult in IoT system development, as they typically involve multiple devices connected by different networks, making it hard to pinpoint the exact root of a problem and reliably...
OPEN OS, OPEN SOURCE TOOLS

TESTING ZEPHYR SOFTWARE USING NEW CMOCK/UNITY MODULE AND RENODE

Published:

Testing Zephyr software using CMock/Unity Proper testing of embedded software is very difficult, but also crucial to successful product development. In Antmicro’s work, testing has always played a pivotal role - the open source Renode simulation framework that we maintain...
OPEN NETWORKING, OPEN OS, OPEN SOURCE TOOLS

BLUETOOTH MESH NETWORKING PATHFINDING ALGORITHM DEVELOPMENT USING RENODE

Published:

Distributed system map Antmicro’s open source Renode simulation framework offers support for the Bluetooth Low Energy (BLE) protocol and multi-node simulation capabilities, which makes it a great environment for development, debugging and testing...
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