Part Number: IWR6843 Other Parts Discussed in Thread: DCA1000EVM Hello,
I'm trying to read the raw data from the IWR6843 through the serial port. The objective is to create some demos using the raw data (So, without using the DCA1000EVM).
I have been…
Part Number: IWR6843 Hi,
I was going through the data sheet & TRM for iwr68xx.
There, I found mention of only TCMA_ROM of size 128KB for MSS (R4F).
Similarly for the DSP C674x, I could not find the ROM size clearly.
I have following questions:
1.…
Part Number: IWR6843 Continuing on from: IWR6843: Variability in performance - Sensors forum - Sensors - TI E2E support forums We have implemented calibration in our sensor. However as we have based our firmware on the people counting demo which does not…
Part Number: IWR6843
So I have xwr68xx_mmwavealg_cfaros.xe674 built -- this is just the DSP side though. The file mmwavelib.mak doesn't seem to have any targets for the ARM. It has a main() so I suppose I should just be able to flash this xe674 image onto…
Part Number: IWR6843 Hi,
Our official vital signs monitoring instruction says "the maximum sampling frequency of the ADC in the IWR6843 is 25 MHz". The IWR6843 data sheet says its ADC sampling rate is 250,000 ksps (250Msps).
By my understanding…
Part Number: IWR6843 Hi Experts,
Seeking your assistance on this query from Cx:
I have an issue with the radar. When I set the sampling rate to very high, my computer won't receive the correct data through the internet.
I wonder if it is the problem…
Part Number: IWR6843 Hi forum,
I am trying to implement MRR (Medium_range_radar) lab in IWR6843 (60GHz) module. Please suggest me what are all the parameters need to be changed or taken care while porting from MRR lab (mmwave_automotive_toolbox_3_6_0…
Hi Shine,
Is the customer able to download Radar Toolbox version 1.00.01.07? Support for saving output data was added back with this version. (This is why with 1.00.00.26 the customer can not see self.saveBinary).
Best Regards,
Josh
Part Number: IWR6843 Hello - I'm wondering which frequency (60 or 77 GHz) of your mmWave radar hardware is typically used for traffic monitoring applications? Do either comply with FCC regulations for traffic monitoring from a fixed location?
Thanks…