I didn't want to clutter up the other powerline thread, so I started this one.
What we have here is a set of 4 Netgear Xe120 14 Mbit Powerline adapters:

Two of them I recieved as a birthday gift 5.5 years ago; they were snared for cheap from a Circuit city that was going out of business. The other two were part of a recent shipment of freebies.
One problem I noticed was that they like to overheat and quit working, even at idle. Well, I think I found a cheap and effective fix.
first the guts:

this was one of the two I bought brand new... all the caps are either UCC (no KZJ or the like) or nichicon PW. the other two had a mix of tailcon and ltec...
. these are not easy ones to recap, since you have to desolder the wall connectors before you can remove the board; I have not recapped the other two...
Back to the overheat. The culprit for the overheat:

How to fix the issue:

What I did was I took a stick-on vRAM heatsink and mounted it on the chip, which is the same package size. These heatsinks are part of an 8 piece zalman kit I bought for $10 at Fry's.
After some testing, I found that they didn't get nearly as hot and they seemed reliable... the only issues I found were that DHCP can fail if:
1. you connect the device to the adapter before you plug it in and then plug it in
2. if you are using debian installer (I know, odd)
Any Questions/comments?
What we have here is a set of 4 Netgear Xe120 14 Mbit Powerline adapters:
Two of them I recieved as a birthday gift 5.5 years ago; they were snared for cheap from a Circuit city that was going out of business. The other two were part of a recent shipment of freebies.
One problem I noticed was that they like to overheat and quit working, even at idle. Well, I think I found a cheap and effective fix.
first the guts:
this was one of the two I bought brand new... all the caps are either UCC (no KZJ or the like) or nichicon PW. the other two had a mix of tailcon and ltec...

Back to the overheat. The culprit for the overheat:
How to fix the issue:
What I did was I took a stick-on vRAM heatsink and mounted it on the chip, which is the same package size. These heatsinks are part of an 8 piece zalman kit I bought for $10 at Fry's.
After some testing, I found that they didn't get nearly as hot and they seemed reliable... the only issues I found were that DHCP can fail if:
1. you connect the device to the adapter before you plug it in and then plug it in
2. if you are using debian installer (I know, odd)
Any Questions/comments?
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