Short answer? Sure it is "possible", but if you have to ask how it may be a fairly steep learning curve.
Looking at the schematic here: https://github.com/mossmann/hackrf/blob/master/doc/hardware/hackrf-one-schematic.pdf You would probably want to code up a simple serial port (likely SPI) in VHDL or Verilog for the CPLD on the schematic. Then you would need to "bodge" aka blue wire, the lines from the CPLD to a connector the microprocessor could talk to. On the plus side you might be able to get better than USB2 bandwidth out of SPI, on the down side by bypassing the USB port you also need a way to patch a 5V power supply into the PCB. I would suggest, as someone who has been looking at SDRs and now has half a dozen, that you might be better off buying an ADALM-PLUTO, swapping out the ADC for the pin compatible big brother, and then writing your code directly to the ARM processor on the Zynq FPGA on that unit. You will swap the ADC to get the same frequency range as the HackRF One, of course you would also want to add an RF switch or something so that you could switch between the current microwave input filter bank on the PLUTO with probably three, one for 1Mhz - 100Mhz, one for 100Mhz to 500Mhz, and tighten up the current one to go 500Mhz to 6000Mhz. Either case, having a surface mount compatible rework station and a microscope is *super* handy and a fully licensed copy of Vivado (the Xilinx development kit, although the unlicensed kit would *probably* work you might need to tweak the floor planning to get everything to fit in the XC2C64 (I am pretty sure it is pin compatible with the 64 and 256 macrocell versions so you might be able to finesse it that way as well.) I'd weigh that against what you're trying to do since talking to it through the USB interface is just software (and doesn't void your warranty) --Chuck On Wed, Oct 11, 2017 at 8:25 PM, Jack Hunt <jackgig2...@tamu.edu> wrote: > Hello > > I was wondering if I would be able to send commands and receive data from > the HackRF One by using a microcontroller or microprocessor. Any > information on how to go about this process would be welcome. > > Thanks, > Jack > > _______________________________________________ > HackRF-dev mailing list > HackRF-dev@greatscottgadgets.com > https://pairlist9.pair.net/mailman/listinfo/hackrf-dev > >
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