F5F Stay Refreshed Hardware Desktop Cubase CPU Choice

Cubase CPU Choice

Cubase CPU Choice

S
Skater420
Member
Find
155
10-09-2020, 05:24 AM
#1
It should handle even 64 cores without issue, it's built to leverage several CPUs simultaneously (on platforms supporting multisocket architectures), so scaling won't be limited to just two-digit core counts.
Reply
Reply
S
Skater420
10-09-2020, 05:24 AM #1

It should handle even 64 cores without issue, it's built to leverage several CPUs simultaneously (on platforms supporting multisocket architectures), so scaling won't be limited to just two-digit core counts.

Reply
Reply
G
Gunduct
Junior Member
Find
5
10-11-2020, 02:37 AM
#2
Typically, as core count rises, maximum frequency drops. Strong single-core performance is crucial for the low-latency tasks needed in music production. Multithreading throughout the entire DAW usually works well, but linear signal paths become limiting since each step must complete before the next begins. I wouldn't suggest using processors with an extremely high core count. In short, mainstream options (up to 3950x) should suffice; Workstation parts might not be ideal, and server components aren't recommended. That being said, I'm currently using Cubase on my i7-9750h.
Reply
Reply
G
Gunduct
10-11-2020, 02:37 AM #2

Typically, as core count rises, maximum frequency drops. Strong single-core performance is crucial for the low-latency tasks needed in music production. Multithreading throughout the entire DAW usually works well, but linear signal paths become limiting since each step must complete before the next begins. I wouldn't suggest using processors with an extremely high core count. In short, mainstream options (up to 3950x) should suffice; Workstation parts might not be ideal, and server components aren't recommended. That being said, I'm currently using Cubase on my i7-9750h.

Reply
Reply
I
iiTurtle_
Member
Find
61
10-13-2020, 05:25 PM
#3
I'm not aware of specific benchmarks for that setup, but you can look into testing with a large number of plugins and VSTs while monitoring ASIO buffer usage. Checking export times per CPU core can also help gauge performance. The 3950x's 16 cores should offer strong parallel processing potential.
Reply
Reply
I
iiTurtle_
10-13-2020, 05:25 PM #3

I'm not aware of specific benchmarks for that setup, but you can look into testing with a large number of plugins and VSTs while monitoring ASIO buffer usage. Checking export times per CPU core can also help gauge performance. The 3950x's 16 cores should offer strong parallel processing potential.

Reply
Reply
O
Ollie_Dox
Junior Member
Find
16
10-14-2020, 12:43 AM
#4
It's challenging to compare performance because DPC latency influences buffer size limits, and many factors affect driver behavior. Troubleshooting a well-equipped system often requires careful adjustment. I usually rely on Passmark to evaluate CPU capabilities.
Reply
Reply
O
Ollie_Dox
10-14-2020, 12:43 AM #4

It's challenging to compare performance because DPC latency influences buffer size limits, and many factors affect driver behavior. Troubleshooting a well-equipped system often requires careful adjustment. I usually rely on Passmark to evaluate CPU capabilities.

Reply
Reply