F5F Stay Refreshed Hardware Desktop No, it is not an ASUS X570 motherboard daisy-chain.

No, it is not an ASUS X570 motherboard daisy-chain.

No, it is not an ASUS X570 motherboard daisy-chain.

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Stefan_Wdf
Junior Member
30
09-17-2019, 05:18 PM
#1
Silly question i know, but i just need someone to confirm that the ASUS PRIME X570 PRO CSM is a Daisy-chai board. 99% sure it is, but yet again. Would love it if multiple people could confirm it.
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Stefan_Wdf
09-17-2019, 05:18 PM #1

Silly question i know, but i just need someone to confirm that the ASUS PRIME X570 PRO CSM is a Daisy-chai board. 99% sure it is, but yet again. Would love it if multiple people could confirm it.

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Krzywy
Member
150
09-19-2019, 02:20 PM
#2
A daisy-chained motherboard connects multiple systems in a series, while SLI refers to a technology for linking two or more graphics cards. They are related but distinct concepts.
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Krzywy
09-19-2019, 02:20 PM #2

A daisy-chained motherboard connects multiple systems in a series, while SLI refers to a technology for linking two or more graphics cards. They are related but distinct concepts.

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adrewh
Junior Member
15
10-09-2019, 12:47 AM
#3
This motherboard pairs with Daisy-Chai.
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adrewh
10-09-2019, 12:47 AM #3

This motherboard pairs with Daisy-Chai.

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xAndersalsdux
Member
184
10-09-2019, 01:51 AM
#4
Some people mentioned a daisy chain setup for the boards, while others shared media examples and later changed to a t-configuration. The details remain unclear.
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xAndersalsdux
10-09-2019, 01:51 AM #4

Some people mentioned a daisy chain setup for the boards, while others shared media examples and later changed to a t-configuration. The details remain unclear.

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Sztylet
Member
62
10-09-2019, 02:13 AM
#5
It's a memory-based network design. Don't assume any special T-top boards are significant for speed.
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Sztylet
10-09-2019, 02:13 AM #5

It's a memory-based network design. Don't assume any special T-top boards are significant for speed.

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Sally6500
Junior Member
26
10-27-2019, 07:09 PM
#6
This helpful diagram appears to be a linked spreadsheet.
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Sally6500
10-27-2019, 07:09 PM #6

This helpful diagram appears to be a linked spreadsheet.

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xPumma
Member
186
11-05-2019, 04:33 AM
#7
Completely unrelated topic. Let me know if you need anything else.
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xPumma
11-05-2019, 04:33 AM #7

Completely unrelated topic. Let me know if you need anything else.

D
duhazneubin
Senior Member
583
11-05-2019, 01:26 PM
#8
I checked everywhere for the QVL list and found it! Thanks a ton! Confirmed my hunch. Legend.
D
duhazneubin
11-05-2019, 01:26 PM #8

I checked everywhere for the QVL list and found it! Thanks a ton! Confirmed my hunch. Legend.

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Qr_king
Junior Member
38
11-06-2019, 08:23 PM
#9
Interesting a few early responses came up. It seems curious how you can assess RAM 4dimm versus 2dimm in series configurations. I’m still unsure if a 2x16 setup is better or worse than a 4x8 in series. I’ve moved away from T topo in B570 or B550 almost completely, opting for alternatives at a higher cost. In both scenarios, the F-M clock in Zen2 is 1800MHz—about 3600 RAM clocks—and timing differences are minimal. So it’s likely the topology itself is the main factor. If MB as a topology is used in series, what would be the optimal choice? It’s still unclear... maybe cost will be the deciding element!
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Qr_king
11-06-2019, 08:23 PM #9

Interesting a few early responses came up. It seems curious how you can assess RAM 4dimm versus 2dimm in series configurations. I’m still unsure if a 2x16 setup is better or worse than a 4x8 in series. I’ve moved away from T topo in B570 or B550 almost completely, opting for alternatives at a higher cost. In both scenarios, the F-M clock in Zen2 is 1800MHz—about 3600 RAM clocks—and timing differences are minimal. So it’s likely the topology itself is the main factor. If MB as a topology is used in series, what would be the optimal choice? It’s still unclear... maybe cost will be the deciding element!