Page 1 of 1

Wiznet WIZ850io module

Posted: Mon Jun 04, 2018 3:26 pm
by leoo
Hi,

I have used the Wiz810MJ Ethernet Offload Module on an in-house PCB and, with the additional macros Ben wrote for the component last year, this has worked well. There have been one or two minor issues that are attributable to the module itself, but these have been worked around in software/hardware.

My requirement has now developed for more than 4 sockets which is the W5100 chip's limit. Wiznet supplies the Wiz850io module using the W5500 chip. This has 8 sockets, as well as a few other advantages, e.g. much smaller footprint, price, SPI buss only, etc. The main differences between the 810 and 850 modules seem to be the register sizes/addressing.

I've entertained the idea of trying to build a new component using Dave Johnson's tutorial, but came up rather short. It looks (to the untrained eye) as if the WIZ810Mj component can be readily adapted to cater for the WIZ850io module, too. Would you guys at Matrix consider adapting the existing component or creating a new component for this module, at some time in the future?

Kind regards.
Leo
WIZ850io.pdf
(590.42 KiB) Downloaded 259 times
W5500 Datasheet_w5500_ds_v108e.pdf
(1.39 MiB) Downloaded 291 times

Re: Wiznet WIZ850io module

Posted: Mon Jun 04, 2018 4:25 pm
by Benj
Hi Leo,

Sounds like a nice project.

Would a copy of the WIZ810 component source be useful for you. You should hopefully be able to craft a new version for the WIZ850IO from this. I am happy to PM you a copy f this if it would be of use.

I can't see us getting around to this any time soon but I could be wrong :wink:

Re: Wiznet WIZ850io module

Posted: Tue Jun 05, 2018 7:56 am
by leoo
Hi Ben,

I think getting the source code for the WIZ810 component would be a great starting point. If you could let me have that, I'll give it a full go and hopefully be able to contribute to the User Component forum soon.

Regards.
Leo

Re: Wiznet WIZ850io module

Posted: Tue Jun 05, 2018 9:53 am
by Benj
Hi Leo,

I've sent you the component source via PM.