Hardware & Software:
1)Laptop: Lenovo ThinkPad X9-15 Gen 1
2)CPU: Intel Core Ultra 7 258 V
3)GPU: Intel Arc Graphics (using the xe driver)
4)Kernel: 7.1.3-arch1-3
5)Environment: Wayland (Hyprland also tried niri)
6)I have no thermald
After waking up from s2idle (PC10), the Wayland interface lags critically. The freezes last from 20 to 30 seconds, after which the system fully recovers and operates normally. During the lag period, the turbostat records a hard lock of all cores at the Lowest Frequency Mode (LFM) - 400 MHz, (even if write stresss -c 8).
What I have already tried:
1) reinstall system
2) clear uefi and ec
3) install mainline kernel
4) change /proc/acpi/wakeup
5) set other flags ( nvme.noacpi=1 nvme_core.default_ps_max_latency_us=0 amd_iommu=off iommu=soft pcie_aspm=off xe.enable_psr=0 pcie_port_pm=off intel_pstate=no_hwp thermal.off=1 ) doesn't help
6) kernel, uefi, firmware is up to date
7) install throttled
8) Disable BD PROCHOT - unsuccessful
Add to grub
First bit (BD PROCHOT) didn't change, it still active
What I have interesting found:
1) set intel_idle.max_cstate to 2 (and this helps, but battery leaks very fast)
2) Before suspend
During the lag
After the lag
The 10-th bit is Power Limitation Status
The 11-th bit is Power Limitation log
Before sleep they were 00
During the lag were 11
After the lag became 10
What I want?
I've been trying to solve the problem for a long time. At some point, I was just wondering what the reason was and how to solve the problem as harmlessly as possible.
There is thread in arch forum "system lag after resuming from deep s2idle (PC10)"
1)Laptop: Lenovo ThinkPad X9-15 Gen 1
2)CPU: Intel Core Ultra 7 258 V
3)GPU: Intel Arc Graphics (using the xe driver)
4)Kernel: 7.1.3-arch1-3
5)Environment: Wayland (Hyprland also tried niri)
6)I have no thermald
After waking up from s2idle (PC10), the Wayland interface lags critically. The freezes last from 20 to 30 seconds, after which the system fully recovers and operates normally. During the lag period, the turbostat records a hard lock of all cores at the Lowest Frequency Mode (LFM) - 400 MHz, (even if write stresss -c 8).
Code:
sudo turbostat --show PkgWatt,CorWatt,Bzy_MHz,Avg_MHz,PkgTmp
...
Avg_MHz Bzy_MHz PkgTmp PkgWatt CorWatt
399 400 30 3.20 1.58
399 400 30 3.20 1.58
399 400
399 400
399 400
399 400
399 400
399 400What I have already tried:
1) reinstall system
2) clear uefi and ec
3) install mainline kernel
4) change /proc/acpi/wakeup
5) set other flags ( nvme.noacpi=1 nvme_core.default_ps_max_latency_us=0 amd_iommu=off iommu=soft pcie_aspm=off xe.enable_psr=0 pcie_port_pm=off intel_pstate=no_hwp thermal.off=1 ) doesn't help
6) kernel, uefi, firmware is up to date
7) install throttled
8) Disable BD PROCHOT - unsuccessful
Code:
cat /sys/kernel/security/lockdown -pP
[none] integrity confidentiality
Code:
sudo cat /sys/module/msr/parameters/allow_writes
onmsr.allow_writes=on, but
Code:
sudo rdmsr 0x1FC
ec005b
sudo wrmsr -a 0x1FC 0xec005a
sudo rdmsr 0x1FC
ec005bWhat I have interesting found:
1) set intel_idle.max_cstate to 2 (and this helps, but battery leaks very fast)
2) Before suspend
Code:
sudo rdmsr -x 0x19C
88310000
Code:
sudo rdmsr -x 0x19C
88463c00
Code:
sudo rdmsr -x 0x19C
88352800The 11-th bit is Power Limitation log
Before sleep they were 00
During the lag were 11
After the lag became 10
What I want?
I've been trying to solve the problem for a long time. At some point, I was just wondering what the reason was and how to solve the problem as harmlessly as possible.
There is thread in arch forum "system lag after resuming from deep s2idle (PC10)"
