Other Parts Discussed in Thread: AWR1843BOOST, MMWCAS-RF-EVM,
Hi,
we have always worked with mmWave Sensors (AWR1843BOOST) and tested the labs examples (mrr, obstacle detection, ...). These examples are found in CCS, you can download and trace the code in the mss and dss, it's simple to find the RTOS and DSP functions.
We are currently starting a new project where we will use a cascade radar (MMWCAS-RF-EVM) along with the MMWCAS-DSP-EVM. You provide the PROCESSOR SDK RADAR to work with these EVMs, we have watched videos and read the documentation. This SDK is based in a framework called Links and Chains, we have understood that the usecases for the EVM are built based on this framework, so, if we want to develop new cases we have to use this framework too. This framework is built in a modular way, so tracing the code it's just not so simple as in other devices (AWR1843BOOST and labs examples):
1) Do you consider that is viable trying to port the Links and Chains Framework to a lab format (for example port the cascade radar mimo usecase to a lab format such as a mrr, obstacle detection from the Automotive Toolbox of the mmWave Sensors)?
2) What are the main advantages of the Links and Chains Framework in comparision with developing the code as in the mmWave Sensors?
Thanks.
Best regards.
