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<houkime> FINALLY!. Looks like I have finally found a plausible solution!
<houkime> Or at least a trace to it. this is awesome
<houkime> we might need to add some esds though because thay can't be utilized 100% efficiently
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<knttl> houkime: random 'thank you' for helping out the project :)
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<houkime> although the problem with usb charger itself still remains. The thing is you can't just go over it like joerg says. It has a exp plate which blocks "go through". Interestingly enough other GTA04 variants solve this problem somehow but I can't find layout files.
<Joerg-Neo900> short stubs don't matter
<Joerg-Neo900> you don't need to "run the trace through the pin"
<Joerg-Neo900> plus we got at very least 4 layers
<houkime> It will need to be 2 short stubs with vias then/
<Joerg-Neo900> so you actually can run the traces thoriugh the via in pad
<Joerg-Neo900> though stubs are fine when they are not too long - maybe < 5mm
<houkime> No, there won't be a real via in a pad. no need. I can make just a kittle bit thicker annual ring then. No solder needed here
<Joerg-Neo900> :-)
<Joerg-Neo900> i'd like to avoid in-pad vias on LOWER, I huess we can get away without them, they are expensive
<Joerg-Neo900> we'll need them for OMAP though
<Joerg-Neo900> and maybe actually need them for modem module LGA
<Joerg-Neo900> on lower
<houkime> Metacollin used many thermal vias in a pad.
<Joerg-Neo900> then LGA are such miinster sized pads, a in-pad via wouldn't need to be plated, just capped or plugged
<Joerg-Neo900> monster*
<Joerg-Neo900> ooh, yeah. thermal vias. makes sense, those are plenty so we might actually need plated vias
<houkime> they need to be plated. At least some of them. Otherwise they won't connect to the groundplane
<Joerg-Neo900> hm? never heard that
<Joerg-Neo900> I mean copper cap so you don't see the via anymore
<Joerg-Neo900> not the via tube plating to make it conduct
<Joerg-Neo900> a via without that is a drill
<Joerg-Neo900> ;-)
<houkime> oh... Yep, my bad.
<Joerg-Neo900> np, possibly my nomenclature is not in line with common usage
<Joerg-Neo900> seems often they are called tented vias
<houkime> nononono tented vias are separate
<Joerg-Neo900> though in other docs "tented" means "covered by solder stop"
<houkime> tented are about soldermask and conformal coating
<Joerg-Neo900> "Vias Plated Shut with Copper"
<Joerg-Neo900> "Via In Pad (Active Pad)"
<Joerg-Neo900> seems there's a bazillion names for it
<Joerg-Neo900> let's agree on open vias in pads are a poor idea that gives headache during assembly
<Joerg-Neo900> so in-pad vias shall always be filled/plugged and covered by copper plating
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<Joerg-Neo900> aiui you however need to think about which types of blind vias you want to mix on same board, PCB houses can't make arbitrary mixes
<houkime> ok.
<Joerg-Neo900> thanks to the fact that a multilayer PCB is just multiple 2layer laminated together by prepreg to form a stack, and blind vias are just "full" vias on a partial stack
<Joerg-Neo900> so the sequence of stacking determines which blind vias can be done
<Joerg-Neo900> *AIUI*
<Joerg-Neo900> !!!
<Joerg-Neo900> there of course are also stacked vias, though the jury seems to be still out on those
<Joerg-Neo900> seems they have reliability issues
<jake42> houkime: I believe GTA04 layout is here http://download.goldelico.com/gta04-hardware/CAD/GTA04A5/ (though no software to check here)
<Joerg-Neo900> >>Furthermore, filled vias give designers exacting control of how operating heat is routed to the PCB's surface for its efficient dissipation<<
<houkime> Checked out GTA04 usb interface layout. Epic. They for sure didn't bother with the scew
<houkime> does not look like they had much choice though