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I always wondered if Pee DPI parallel Video interface allowed 0 length blanking period, it seemed perfect for pumping data out at high speed, but this, this is even better! There is also provision for one more digital IO with missing Q3 on the board. Are there any more chips like this in the wild? Internally If I have understood correctly that SPI flash is for the drivers.
I do expect tons of interesting projects to rise from this. Cant wait for some tests with fast scope jitter and actual number of bits. My guess is a delta sigma modulator.
They probably just brute-forced it with 3 8-bit flash DACs. I was thinking that as well until they explicitly mentioned 3rd, 5th and 7th harmonics. Well it will be easy enough to see with an actual device, create a carrier at MHz and check signal power at various frequencies. Anyone got a link to the datasheet? I imagine that in a lot of jurisdictions it would be very difficult to sell something that could broadcast on restricted frequencies.
So you also want to control the sell of transistors, ferrite rods and magnet wire? This chip is not intended to broadcast. The reason the companys often keep the datasheet secret is first to avoid opening their know how trade secrets and often to avoid too much support calls from hobbyists.
Honestly you could probably use the connector as-is. Why not use the 75 ohm signals directly? All the digi TV coax is 75 ohm lower losses and cheaper than 50 ohm coax here , dipoles are better matched to 75 ohms, BNCs are readily available for 75 ohms as well. In fact, most of my radio stuff is 75 ohms, because the power handling is not an issue for me. Of course you can do that, if it fits your equipment. Probably even the mismatch is acceptable, if you use your 50 Ohm equipment.
The 15pin sub D connector is not impedance controlled anyway. Those have been reality for more than a decade. And this is just a transmitter without any return channel. So the title is a bit clickbaity even if technically true. Does anybody know, what the effective frequency range of this chip is? So we can be sure that the bandwidth is of that order of magnitude.
GnuRadio, so this can be used to transmit arbitrary waveforms. The GPS spoofing example is done with harmonics. So looks like it is finally time where we can brew up a nice all in one poor ham full SDR; a preamp to an RTL and linear output from the FL with some good bandpass filtering.
Now I have to go buy one, instead of just using the VGA connector on the docking station Slightly twisted interpretation of what makes a responsible citizen, but then many will have been conditioned to agree. This is just for show. Once you have the phone connecting. Not making a call just network traffic a new attack vector has just been opened.
This is kind of exciting but… I wonder how practical it is.
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