Take your meds, re-read the topic, and perhaps you will then see I was not the one who came looking for assistance. Regardless, that is what the forum is for and the curious part is you are here and not attempting to provide any on what is a trivial solder job. You entirely missed both factors required to have the intended result yet want to claim vast experience somehow overrides the obvious.
Why do people need assistance? Because they get misinformation from participants like yourself.
How the f*ck would a little retarded wuss like you know?
No. I laugh at retarded twits that cannot figure out what things cost, and when it is better to BUY what already exists. You are one such twit. Bwuahahahahahahaha! See? I laughed at you. It must be true.
Do you even know how to construct a proper sentence?
Did it ever occur to you that you have been in-the-barrel since you mouthed off, dumbfuck?
You need to re-read what you wrote then, your grasp of english seems to need a bit more polish.
Oh, you mean you bought something as an end-user, and claim that's knowledge, but you still can't wrap your head around soldering a mere connector onto a PCB.
It's quite ridiculous. This is a very simple soldering job that you've blown out of proportion. Ok, you made a mistake underestimating the ability of people who have held a soldering iron. That part was not such a big deal but continuing to insist you are right contrary to common sense? It's just amazing.
Did the OP claim the goal was a NAS box on the net? If not, you have become terribly confused somewhere. Besides that, if the chipset supported the addt'l ports, and once the OP had the needed capacitors, it was a 4 to 10 minute job. If you can build a NAS and get it on the net in that amount of time, it's only because it was 90% done already.
Actually, many of us do this as a hobby and have spare parts lying around. It takes about 45 seconds to pull an SATA port off an old board if one has a hot air gun or even using crude methods like a pencil torch held at a distance... or of course, some of us even place orders at electronics supply houses periodically so adding this to the list is a fairly routine thing, not worth even mentioning as it's as common as tying one's shoes in the morning.
It's always nice to know exactly what you spend your time thinking about, but you might consider getting an air freshener and taking your meds.
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Actually, I did trace the circuit and also reported what I measured in a separate post, but on a board I have that is not the same make and model as his, and if you are familiar with the extreme economizing ECS often does on their boards, you would then realize that what is normal is not always to be taken for granted when ECS is involved.
However, taking measurements with a DVM is a bit less simple than that in many instances since the parts are still in-circuit, potentially still in parallel or series with other parts unless one starts desoldering each one or can read and decipher the markings with a magnifying glass.
However, on my other post where I listed capacitance values I am fairly confident there was not need as one end of the circuit was open at the SATA connector itself. This is where working with multi-layer boards becomes more complex, tracing a dense circuit enough to follow it within a reasonable amount of time, not merely soldering a connector or SMD cap on the board.
A schematic leaves no doubt... if we can assume it was followed. Otherwise there are several hints but the first step is the one not so hard to do, put the port on the board after populating the missing cap locations with parts mirroring those on the other implemented ports.
If you are 86 then your prior threats of violence are funny as hell.
However, we are in a unique situation with modern electronics, you were not working with multilayer surface mount (anything, including SATA ports) for the first half of your life so you might as well cut your age almost in half when trying to claim experience in this topic.
Come to think of it, there was very little that had more than 2 layers before '80, so if that is where your supposed experience comes from, suddenly it all starts to make sense.
Pick up a soldering iron and see what you can do, you are not too old to learn new tricks (if you pull your head out of your ass long enough to actually try). In China people walk in off the streets and do more complex soldering after a few weeks training.
Find a different board with the same set of chips and you don't even have to use the same bios! There are also tools to reenable hidden features. They do not write a custom bios for every board that has only minor changes, they just add or subtract modules and hide features.
What you are failing to grasp is why the OP suspected the mod was possible, because he, and I, and others, have already seen and done such things in the past.
DimBulb is certainly AlwaysWrong, but the above is simply bullshit. Perhaps in your little corner of the world you were still using phenolic substrates too but others had moved on long before. We were using upwards of a hundred layers (96, IIRC) on system backplanes and easily eight layers (4P-4S) on plug-in cards well before '80 (the latter were old hat when I started in '74). I haven't done anyting as simple as two layers since college projects, and that was limited by our wierd method (sides were cut individually on a lathe then laminated).
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