HardOCP News
[H] News
- Joined
- Dec 31, 1969
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It is hard to look at the pictures of this GPU mod gone wrong. Why would anyone drill holes in their high dollar graphics card? To install a new cooler. Obviously.
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Ah. didn't occur to me at the time that the pcb was layered. Lesson definitely learned.
You were right about the layers. I booted the pc while holding a metal screwdriver in the hole to simulate soldering the hole shut. But it just started smoking. The card is F**ked
There are a number of instances... usually it is to drill a via due to wrong tracking.erm... when is drilling into a pcb ever a good idea?
It's not really modding, it's stupid.
GPU modding is fairly limited to removing a resistor or two to upgrade your latest crippled NVIDIA card to be recognized as a tesla or whatever they were doing.
This is an unfortunate reality of "hobbies". You know one apsect, which you can be an expert on, but you know nothing of the rest of the process because it has no direct affect on you.
Those area's are generally considered "keep out", but you have no idea just how big the keep out area extends. He also could have accidentally shorted out neighboring planes within the PCB, that by themselves were keep out, but not safe from plane to plane.
Jesus, this reminds me of that old Internet thread about the guy that used sandpaper to clean his paint job because Internet experts told him to.
The experts told him not to do that, he did it anyway. Not the same as people saying try this and see what happens. They told him not to fill it in otherwise he could fry everything else. He tried it anyway because he is an idiot.
I think the key is that you knew exactly where you could drill.There are a number of instances... usually it is to drill a via due to wrong tracking.
I have had to drill a reasonable sized hole due to a layout engineer used 100V clearance spacing not the needed 1500V. BUT I knew where to drill and it was a stop-gap until the respun cards came in
the key is GERBERS not schematics. Schematics tells you nothing about the board construction.I think the key is that you knew exactly where you could drill.
On a consumer board? That's really dangerous when you don't have the schematics.
the key is GERBERS not schematics. Schematics tells you nothing about the board construction.
And yes as the design authority with the schematics and the GERBERS I was in a perfect place todo this, but read what I was quoting "erm... when is drilling into a pcb ever a good idea?"
Ever is the key part. There are times when it has to be done.
erm... when is drilling into a pcb ever a good idea, without design files" is something different
I know, right? You can get a pretty damn good PC case for all of $40 US. If you're spending $1,000 CAD on a video card the least you can do is spend a little extra for a proper case.Why not just scrap your custom steal case and get something that fits all your components... ugh. What a complete waste of money. Wish I had the money to just ruin a GTX980ti like that and not give 2 shits about it.
LOL, as soon as I saw the "welds" on his custom case I knew this guy should never try to mod anything.
Found at Computer Stupidities under hardware abuse.
"I used to be a technician on the U.S.S. Ranger, an aircraft carrier, just before the Gulf War. A new commanding officer had just come on board, and, in preparation for our excursion out to Iraq, he ordered that we go through all our spaces and ensure that everything was secured in place, so that if we hit rough seas, or hit something explosive, there wouldn't be debris flying everywhere. Fairly standard routine.
About two days later, the Ranger's marine detachment called my shop and said, "Our computer is broken." So I head down to the detachment office to take a look. These PCs were the old Zenith Z-248 desktop models, secured with four zillion screws and weighing in at what seemed like half a ton. Our marines had taken the order to secure things pretty seriously, because they had done it with two half inch lag bolts. They had drilled straight through the case, the mother board, the bottom of the case, and the desk it was sitting on, to drop the lag bolts in place.
They couldn't figure out what was wrong, but they knew that it wasn't going anywhere."
Yeah, but it sounds like you might be an electrical engineer and are familiar with the design of the device.There are a number of instances... usually it is to drill a via due to wrong tracking.
I have had to drill a reasonable sized hole due to a layout engineer used 100V clearance spacing not the needed 1500V. BUT I knew where to drill and it was a stop-gap until the respun cards came in
Yeah, but it sounds like you might be an electrical engineer and are familiar with the design of the device.
This reminds me of ...
Maybe, but there are several layers there and he would have wiped out all of them. Also an issue of the bit snagging a trace and literally ripping it out of the board. The top side looks like just a ground plane, but who knows what's under it. Odds are it's all power related as it's headed from the bus towards the FETs. Since he said sticking a screwdriver in there makes it smoke, the top and bottom layers are probably both power and ground for the card. Even without the screwdriver they're probably shorted now.Is kinda funny........but is it possible to fix? Some of you guys could probably fix this right? or is traces pretty much impossible to fix?