F5F Stay Refreshed Power Users Networks Occasionally you require a 10G card, yet only have one x1 port available.

Occasionally you require a 10G card, yet only have one x1 port available.

Occasionally you require a 10G card, yet only have one x1 port available.

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TayoO84
Junior Member
40
12-31-2024, 09:57 AM
#11
It looks like the device uses PCIe 2.1, which means any 5G performance will be limited by that standard and the associated overhead.
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TayoO84
12-31-2024, 09:57 AM #11

It looks like the device uses PCIe 2.1, which means any 5G performance will be limited by that standard and the associated overhead.

C
charlie945
Junior Member
48
12-31-2024, 09:57 AM
#12
I connected it to a temporary setup by switching it from an M.2 to a PCIe adapter since my board would lower the GPU speed to x8 if I tried to use any of the unused x16 ports.
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charlie945
12-31-2024, 09:57 AM #12

I connected it to a temporary setup by switching it from an M.2 to a PCIe adapter since my board would lower the GPU speed to x8 if I tried to use any of the unused x16 ports.

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AthenasLight
Posting Freak
781
12-31-2024, 09:57 AM
#13
I'm worried about potential collisions since data arrives faster than it can be processed by the rest of the system. Earlier experiences with mixed-speed clients showed limited success without flow control, and I'm unsure if adding AFAIK will resolve this issue.
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AthenasLight
12-31-2024, 09:57 AM #13

I'm worried about potential collisions since data arrives faster than it can be processed by the rest of the system. Earlier experiences with mixed-speed clients showed limited success without flow control, and I'm unsure if adding AFAIK will resolve this issue.

H
HenrikEV
Member
60
12-31-2024, 09:57 AM
#14
Purchase a replacement capacitor. Utilize pliers with sharp edges to halve the capacitor while keeping the existing connections attached to the board. Remove the lower portion, retaining only the leads. Connect the new capacitor to those leads. Cover the leads and the capacitor with Kapton tape or a similar material, then add another layer over the leads to prevent shorts. The process takes under five minutes. Overall, you'll achieve speeds of around 450-480 MB/s—still superior to 2.5 Gbps Ethernet.
H
HenrikEV
12-31-2024, 09:57 AM #14

Purchase a replacement capacitor. Utilize pliers with sharp edges to halve the capacitor while keeping the existing connections attached to the board. Remove the lower portion, retaining only the leads. Connect the new capacitor to those leads. Cover the leads and the capacitor with Kapton tape or a similar material, then add another layer over the leads to prevent shorts. The process takes under five minutes. Overall, you'll achieve speeds of around 450-480 MB/s—still superior to 2.5 Gbps Ethernet.

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