Hello! I’ve recently got my hands on FW13 Ultra and I’ve been really impressed by the build quality and repairability of the machine. But I have questions about the software side.
I’ve been testing Fedora 41 (6.11.8) and Ubuntu 24.04.1 on FW13 Ultra and the power draw is pretty big. Around 10-15W during light usage (Firefox with <10 tabs, no youtube etc.)
I’ve installed both distributions following framework guides. I updated the BIOS. I also followed framework’s battery life recommendations, and have also tried intel’s TuneD profiles (EPP Tuning Package for Linux* on Intel® Core™ Ultra). I know it’s a relatively new platform, so I am not complaining much.
But what’s concerning me most is power draw during s2idle sleep which is 5-6W. I was wondering, what steps can I take to reduce it and are there are alternatives to s2idle apart from hibernation?
I tried enabling deep sleep by setting mem_sleep_default=deep kernel parameter which didn’t do anything, so I’m guessing it’s not supported either by the hardware or the software.
Pcieport is not in D3cold:
0000:00:1c.0
Pcieport is not in D3cold:
0000:00:1c.5
Which correspond to Intel AX210 and my NVME SSD. Is there a way I can fix those problems? And what would my next steps be to achieve s0ix sleep? I am looking forward to helping framework team improve power consumption on the machine, so I am willing to run diagonstic tools, measure power draw and test staff’s advice. Thanks in advance.
Fedora 41’s power management can be a bit janky. Tuned appears to be more buggy than PPD, that might prevent your laptop from sleeping. I encountered the problem in PPD 0.21 but strangely it fixed itself a few days later. To make matters worse Fedora 41 forces tuned even the user explicitly installs PPD. I would recommend using Fedora 40 for now or use TLP instead of PPD on Intel laptop
@2disbetter could you help OP setting up S3 sleep on their Intel laptop if practical?
First of all I’d like to thank everyone for their replies.
I tried tlp, but it didn’t improve the situation either.
But I’ve discovered the culprit of high drain – it was the Innogrit NVME controller. I’ve replaced the SSD with Solidigm P44 Pro and I have <1W power consumption during [s2idle] sleep.
I didn’t expect power drain problems from a Geil SSD (p4p 2tb). I thought it was a respectable manufacturer.