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goebish / nrf24_multipro

nRF24L01 multi-protocol RC transmitter
GNU General Public License v3.0
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E010 new protocol? #23

Closed spaivaras closed 7 years ago

spaivaras commented 7 years ago

Thx for the great work! But can some one ensure that this is working with E010?

I have a http://www.banggood.com/Eachine-E010-Mini-2_4G-4CH-6-Axis-Headless-Mode-RC-Quadcopter-RTF-p-1066972.html?rmmds=myorder

And http://www.banggood.com/Multiprotocol-TX-Module-For-Frsky-X9D-X9D-Plus-X12S-Flysky-TH9X-Transmitter-p-1097688.html?rmmds=myorder

I tried with stock FW (which seems exact like this by pinout even the led pin and flashes are the same, sadly was not able to compare as atmega had lock bits set). Soldered out NRF24L01 which comes with the module, used 2 additional NRF24L01. Compiled this fw with every possible output power settings. But was not able to bind to E010 with any modifications (nor the original board).

Transmitter is FrSky Taranis X9D plus, PPM and channels seems to be ok, as i get led blinks while selecting protocol.

I even sniffed original remote and this module with SDR (HackRF), frequencies are quite close (not ideally same) sadly don't image how to demodulate to check the packet data.

So TL;DL did anybody used this code to successfully bind to E010? thanks

goebish commented 7 years ago

My modules are working perfectly with the E010, no idea for the banggood knockoff, please don't advertise them here ...

spaivaras commented 7 years ago

Well eachine e010 itself is a knockoff :) In any case, thx for the confirmation. Sadly the toy controller chips are "sanded", but maybe some pocking with a scope could reveal something. Thx again, this probably can be closed (didn't expect such fast response :D)

goebish commented 7 years ago

That should be a xn297l https://www.deviationtx.com/forum/protocol-development/6307-eachine-e010-inductrix-clone-data-captures

spaivaras commented 7 years ago

Thank you for the pointers. And by knockoff you probably ment the tx boards, not the quads :D (silly me) in any case after i removed the nrf, it only was left with an atmega328p, a 16Mhz clock, and a 3.3V reg. So in any case, the code should do the same :)