F5F Stay Refreshed Hardware Desktop PCI does not use PCI lanes.

PCI does not use PCI lanes.

PCI does not use PCI lanes.

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Goku_Jerome
Senior Member
428
05-29-2019, 06:17 PM
#1
Hey! The PCI slots on your old MSI B350 are the same as the PCIe lanes, so using both PCI and PCIe in your setup won’t cause issues. The 3700X has 24 PCIe lanes, which should work fine alongside other PCI devices. Just make sure they’re properly connected and your system supports the configuration.
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Goku_Jerome
05-29-2019, 06:17 PM #1

Hey! The PCI slots on your old MSI B350 are the same as the PCIe lanes, so using both PCI and PCIe in your setup won’t cause issues. The 3700X has 24 PCIe lanes, which should work fine alongside other PCI devices. Just make sure they’re properly connected and your system supports the configuration.

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131
05-29-2019, 08:18 PM
#2
These PCI slots link to a PCI-to-PCI converter built into the board. This setup is likely tied to the PCI lanes provided by the chipset. Focus on how your board utilizes those lanes and the devices you wish to connect, rather than the exact number of lanes from your CPU or chipset.
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DiamondGaming4
05-29-2019, 08:18 PM #2

These PCI slots link to a PCI-to-PCI converter built into the board. This setup is likely tied to the PCI lanes provided by the chipset. Focus on how your board utilizes those lanes and the devices you wish to connect, rather than the exact number of lanes from your CPU or chipset.

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SaeedXM
Junior Member
7
06-05-2019, 06:36 AM
#3
That's quite unusual, a PCI slot in 2017.
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SaeedXM
06-05-2019, 06:36 AM #3

That's quite unusual, a PCI slot in 2017.

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RS923
Member
135
06-05-2019, 10:56 AM
#4
I own one GPU (16x) and one HBA(8x). The issue is that the manual doesn<|pad|>, only mentioning PCI slots and not discussing the actual PCI slots. It seems like it's just a budget motherboard with some extra slots for documentation or space.
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RS923
06-05-2019, 10:56 AM #4

I own one GPU (16x) and one HBA(8x). The issue is that the manual doesn<|pad|>, only mentioning PCI slots and not discussing the actual PCI slots. It seems like it's just a budget motherboard with some extra slots for documentation or space.

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KytsuVaporeon
Junior Member
9
06-19-2019, 01:33 AM
#5
Yeah probably for those people with older cards like soundcards or old raid cards. You don't use it why even bother? It will use some lanes either connected to the chipset or using another chip to convert the signal to pcie.
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KytsuVaporeon
06-19-2019, 01:33 AM #5

Yeah probably for those people with older cards like soundcards or old raid cards. You don't use it why even bother? It will use some lanes either connected to the chipset or using another chip to convert the signal to pcie.

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_digiboy
Member
196
06-19-2019, 01:43 PM
#6
Yes, that's correct. I wanted to include a NIC, but I'm considering an 8x PCIe setup since it seems unlikely to have any issues. Still, I'm hesitant if there are unmentioned PCI lanes involved.
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_digiboy
06-19-2019, 01:43 PM #6

Yes, that's correct. I wanted to include a NIC, but I'm considering an 8x PCIe setup since it seems unlikely to have any issues. Still, I'm hesitant if there are unmentioned PCI lanes involved.

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Invaider
Member
55
06-19-2019, 02:45 PM
#7
A standard PCIe slot typically uses two lanes, and the regular PCI bus offers only a tenth of that capacity. At maximum performance it will require either two lanes or one, so you won't need to be concerned about it.
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Invaider
06-19-2019, 02:45 PM #7

A standard PCIe slot typically uses two lanes, and the regular PCI bus offers only a tenth of that capacity. At maximum performance it will require either two lanes or one, so you won't need to be concerned about it.

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lizzard89
Senior Member
707
06-30-2019, 08:01 AM
#8
The top sixteen channels link directly to the CPU and maintain a consistent x16 speed (unless using an APU, then it switches to x8). The remaining connections go to the chipset and user chipset lanes.
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lizzard89
06-30-2019, 08:01 AM #8

The top sixteen channels link directly to the CPU and maintain a consistent x16 speed (unless using an APU, then it switches to x8). The remaining connections go to the chipset and user chipset lanes.