Originally I was going to post this as part of my review of the Nova here but the post was getting a bit long so I thought it would be best to split it out.
You will see from the review that at default settings with the standard default Ryzen Master profile and CCC set to Performance Mode that the laptop was performing very well and within thermal limits. However, I wanted to start to bring down fan noise a little and just to get the temps down slightly for better optimization so I started to dig into undervolting, which on this machine configuration, also means you need to get into manual setting clock speeds to as Ryzen Master doesn't allow you to adjust just voltage and there is no offset voltage option in the BIOS either.
I am sure many of you will know, laptop chipsets notoriously have high stock voltage, I've seen as much as 1.45-1.5V used in some cores with the stock settings just prior to doing these tests. This can spike heat dramatically.
So I thought I would upload my test results and finding as others may find it useful. Please note, these are just base findings at the minute. Only 1 Cinebench multicore render test was done in the majority of cases just to confirm it would pass. I would recommend more benchmarking\stress tests would need to be carried out if you were going to use some of these settings to check stability.
My main aim was to try get the best performance possible in exchange for temps being around the mid 70's with potentially the odd spike in to the 80's. This keeps fan noise on the good side of things. You can see from my results that the 3700X is an incredibly versatile chip and I was quite surprised when it ran under 1 Volt for 3.8GHz all cores. Also worth nothing that SMT has quite a big impact on temperatures as expected.
Any questions or input please let me know!I need to go back and put the Ryzen Master profile back to default and run the benchmark again just so I have a stock settings and stock voltage comparison on the sheet but its getting late now so that's a job for tomorrow!
EDIT: New sheet now uploaded with stock values included for comparison
You will see from the review that at default settings with the standard default Ryzen Master profile and CCC set to Performance Mode that the laptop was performing very well and within thermal limits. However, I wanted to start to bring down fan noise a little and just to get the temps down slightly for better optimization so I started to dig into undervolting, which on this machine configuration, also means you need to get into manual setting clock speeds to as Ryzen Master doesn't allow you to adjust just voltage and there is no offset voltage option in the BIOS either.
I am sure many of you will know, laptop chipsets notoriously have high stock voltage, I've seen as much as 1.45-1.5V used in some cores with the stock settings just prior to doing these tests. This can spike heat dramatically.
So I thought I would upload my test results and finding as others may find it useful. Please note, these are just base findings at the minute. Only 1 Cinebench multicore render test was done in the majority of cases just to confirm it would pass. I would recommend more benchmarking\stress tests would need to be carried out if you were going to use some of these settings to check stability.
My main aim was to try get the best performance possible in exchange for temps being around the mid 70's with potentially the odd spike in to the 80's. This keeps fan noise on the good side of things. You can see from my results that the 3700X is an incredibly versatile chip and I was quite surprised when it ran under 1 Volt for 3.8GHz all cores. Also worth nothing that SMT has quite a big impact on temperatures as expected.
Any questions or input please let me know!
EDIT: New sheet now uploaded with stock values included for comparison
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