F5F Stay Refreshed Hardware Desktop PC components and enclosure supports

PC components and enclosure supports

PC components and enclosure supports

C
Craftery
Member
207
11-24-2023, 10:17 PM
#1
You can still install an ATX motherboard even with three missing mounts. Just ensure the remaining mounts are placed correctly to maintain proper grounding and stability.
C
Craftery
11-24-2023, 10:17 PM #1

You can still install an ATX motherboard even with three missing mounts. Just ensure the remaining mounts are placed correctly to maintain proper grounding and stability.

R
runner123467
Member
219
11-26-2023, 06:59 AM
#2
It’s possible that certain ITX cases could be touching the motherboard wiring from below, causing shorts.
R
runner123467
11-26-2023, 06:59 AM #2

It’s possible that certain ITX cases could be touching the motherboard wiring from below, causing shorts.

W
winnerplay25
Senior Member
477
12-01-2023, 06:34 AM
#3
Everyone positions correctly, ATX sits just three standoffs ahead on the right side.
W
winnerplay25
12-01-2023, 06:34 AM #3

Everyone positions correctly, ATX sits just three standoffs ahead on the right side.

Z
Zerstouerneun
Member
186
12-01-2023, 03:35 PM
#4
The situation varies by case, but it's possible a standoff with a different form factor might touch a solder joint beneath, leading to a short circuit.
Z
Zerstouerneun
12-01-2023, 03:35 PM #4

The situation varies by case, but it's possible a standoff with a different form factor might touch a solder joint beneath, leading to a short circuit.

M
MotasElToasty
Junior Member
30
12-01-2023, 04:51 PM
#5
None of the current barriers are close to the 'no touch' areas marked by the motherboard. They all match the existing screw holes on the board. Most bigger models stick to the same hole patterns as smaller ones. I was just curious if any hidden grounding tricks were being used that could mess everything up if not handled properly.
M
MotasElToasty
12-01-2023, 04:51 PM #5

None of the current barriers are close to the 'no touch' areas marked by the motherboard. They all match the existing screw holes on the board. Most bigger models stick to the same hole patterns as smaller ones. I was just curious if any hidden grounding tricks were being used that could mess everything up if not handled properly.

M
MrCm
Senior Member
636
12-01-2023, 07:50 PM
#6
It seems to suggest the problem is related to support or mounting stress, not short circuits.
M
MrCm
12-01-2023, 07:50 PM #6

It seems to suggest the problem is related to support or mounting stress, not short circuits.

B
Blakem16
Member
154
12-01-2023, 08:32 PM
#7
I have sufficient coverage for every edge and a central piece. Should it be purely structural, the only possible issue might be GPU performance drops, while my model isn't particularly large.
B
Blakem16
12-01-2023, 08:32 PM #7

I have sufficient coverage for every edge and a central piece. Should it be purely structural, the only possible issue might be GPU performance drops, while my model isn't particularly large.

P
perrinoid
Member
137
12-02-2023, 11:45 PM
#8
The motherboard isn’t shorting now, but repeated movement of components such as RAM or the GPU could lead to lasting bending over time. Doing this often would likely cause permanent damage.
P
perrinoid
12-02-2023, 11:45 PM #8

The motherboard isn’t shorting now, but repeated movement of components such as RAM or the GPU could lead to lasting bending over time. Doing this often would likely cause permanent damage.