openPicus Flyport WIFI

2 Feb 2012

I have tried to develop an application using the MRF24WB0MA Wifi module from Microchip. I had no problem building a board, however, I had huge problems unravelling code for the TCP/IP stack.

All code provided by Microchip is intended to be used in conjunction with the relevant daughter boards, and development kits, such as the PIC18 Explorer kit. After looking on the internet for some sample code, or a similar project that I could adapt, I found openPicus Flyport!

I could not afford to purchase a Flyport Wifi module for myself, and had all components needed to create one, schematics are freely available for download. Therefore I have attempted to build one myself.

This blog will contain details on the build of a prototype and relevant test and development notes.

Top Comments

robotonics over 11 years ago +1

I have fixed the printing problem, so the circuit could now be completed. I have purchased a lot of 47 sheets of HP Premium Inkjet transparencies on Ebay. The difference in finish between the HP and previously…

robotonics over 11 years ago in reply to fustini

Thanks, was a big surprise!...now I am looking forward to goodies!
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robotonics over 11 years ago in reply to fustini

Hi Drew

The MRF24WB0MA is very easy to solder, it has been on and off a few boards now! I usually put a little card underneath it and remove after soldering, that way I get a tiny air gap, and then when I wash and rebake the board it dries out properly. In the past I have had issues with it when not using the card.
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fustini over 11 years ago in reply to robotonics

oh, and just saw, congrats on being the member of the month!
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fustini over 11 years ago in reply to robotonics

Nice work - is it tough to solder on the MRF24WB0MA?
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robotonics over 11 years ago in reply to fustini

Hi Drew

Yes, it is the (Hirose)-FX10A-120S/12-SV(71) - Receptacle(Hirose)-FX10A-120S/12-SV(71) - Receptacle, The PIC24EP512GU810-I/PFPIC24EP512GU810-I/PF USB Starter Kit connects to it, there is also a MRF24WB0MA wifi module on the back of the board, the other 8 pin molex is for a temp sensor circuit I made using a TCN75 sensor. The connector was quite easy to work with, which was a surprise as I had doubts that the circuit traces would etch properly, with the limited system I use at home.
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