For 3P programming solutions, please refer to the document below.
MSP-3P-SEARCH Design tool | TI.com
For other ways to load FW, maybe you can consider BSL.
MSP430 FRAM Devices Bootloader (BSL) User's Guide (Rev. AB) (ti.com)
Hi,
You can start with our people counting demo. This forum is for specific questioins and answers. Please get started with the people counting demo , and if you have questions about improving the demo, you may ask here. We also have 3rd party support…
Hi Jayanth,
For questions related to 4 Chip Cascade, you can search across the forums to find if there are similar queries addressed earlier. You can also watch few videos available on ti.com - Search results | TI.com .
Currently we do not have a plan of…
Hi George,
I'm very sorry for the delay response. W e no longer offer direct support for this device TMS320DM8168 on the E2E forum. You may search the E2E forum for archived posts of previous discussions which may help address your questions. Please…
Part Number: DCA1000EVM Other Parts Discussed in Thread: IWR1443BOOST Tool/software: Hi,
I am using DCA1000EVM and IWR1443BOOST to capture raw adc data. I am using mmWave Studio.
But I want to trigger the start capture through a matlab script. I searched…
You would need to look at a 3rd party vendor as we do not have any eval boards available currently (it is not decided what our approach for eval boards for those devices are going forward is yet). You can use our Third Party Wireless Module Search Tool…
Hello,
Thanks for reaching out on E2E regarding the AWRL1432's GPADCs. The GPADCs are used primarily for RF monitoring, but they can be controlled by TI firmware running inside the FEC subsystem and can be accessed for external voltage monitoring purposes…
Hello,
Thank you for your response, I beieve that is indeed the solution to my problem.
Do you have any recommendation as to where I should search to find what kind of (raw) data comes out of the mmWave sensor demo kit? I suspect the Area Scanner demo…
Hello Mark,
The dielectric constant of Glass varies between 3.7-10. Materials with lower Dk (dielectric constant) and Df (loss tangent) are recommended for radome designs. Typical materials used in radomes are PBT (Polybutylene terephthalate), Plexiglas…
