View Issue Details
| ID | Project | Category | View Status | Date Submitted | Last Update |
|---|---|---|---|---|---|
| 0009784 | Kali Linux | Kali Package Bug | public | 2026-07-15 19:24 | 2026-07-15 19:38 |
| Reporter | c0ldn3s5 | Assigned To | |||
| Priority | normal | Severity | minor | Reproducibility | have not tried |
| Status | new | Resolution | open | ||
| Summary | 0009784: power-profiles-daemon fails with amd-pstate-epp, leaving Ryzen 5600X near 4.2 GHz idle | ||||
| Description | Summarypower-profiles-daemon 0.30-2 fails with amd-pstate-epp on Ryzen 5 5600X, leaving all CPUs near 4.2 GHz at idle and causing severe load temperatures CategoryKali Package Bug Packagepower-profiles-daemon 0.30-2 ReproducibilityAlways on the current boot with Linux 7.0.12-2kali1. DescriptionOn Kali Linux with kernel 7.0.12+kali-amd64, power-profiles-daemon cannot activate its initial amd_pstate profile. It fails while writing the per-policy boost control for policy11:
The system then reports the The same machine completed a 60-second full-load test under Windows at 84 C. This is comparative context only, not proof of a Linux defect. System
Steps to reproduce
Actual result
The power-saver request returns:
After that failed request, policy11 partially changes to Five idle samples, two seconds apart:
Monitored CPU-only workload:
Expected resultpower-profiles-daemon should apply one coherent profile to all CPU policies without a failed boost write. At idle, amd-pstate-epp should allow frequencies to fall rather than holding all logical CPUs near 4.2 GHz. Switching to power-saver should succeed. Additional informationThe following older Kali kernels remain installed and can be used for an A/B test:
The 6.19.14 comparison is pending. No external workload or GPU acceleration was used in the monitored reproduction; Ollama reported CPU model weights and CPU KV cache. | ||||
| Attached Files | REPORT.md (4,216 bytes)
# Summary power-profiles-daemon 0.30-2 fails with amd-pstate-epp on Ryzen 5 5600X, leaving all CPUs near 4.2 GHz at idle and causing severe load temperatures # Category Kali Package Bug # Package power-profiles-daemon 0.30-2 # Reproducibility Always on the current boot with Linux 7.0.12-2kali1. # Description On Kali Linux with kernel 7.0.12+kali-amd64, power-profiles-daemon cannot activate its initial amd_pstate profile. It fails while writing the per-policy boost control for policy11: ```text Core Failed to activate initial profile: Failed to activate CPU driver 'amd_pstate': Error writing '/sys/devices/system/cpu/cpufreq/policy11/boost': Invalid argument ``` The system then reports the `performance` profile. CPU policy is inconsistent, and all 12 logical CPUs remain near 4.2 GHz during a mostly idle sampling period. A local CPU-only Ollama workload increased CPU temperature from 70 C to 90 C in 23 seconds. A previous unmonitored workload was followed by an abrupt, unclean shutdown; this report does not claim that the daemon failure caused that shutdown. The same machine completed a 60-second full-load test under Windows at 84 C. This is comparative context only, not proof of a Linux defect. # System ```text Kali kernel: Linux 7.0.12+kali-amd64 #1 SMP PREEMPT_DYNAMIC Kali 7.0.12-2kali1 (2026-06-18) x86_64 Kernel package: linux-image-7.0.12+kali-amd64 7.0.12-2kali1 libc6: 2.42-16 power-profiles-daemon: 0.30-2 CPU: AMD Ryzen 5 5600X 6-Core Processor, 6 cores / 12 threads Motherboard: ASUSTeK TUF GAMING X570-PLUS (WI-FI), Rev X.0x BIOS: 5044 RAM: 15 GiB CPU driver: amd-pstate-epp amd_pstate status: active Kernel command line: BOOT_IMAGE=/boot/vmlinuz-7.0.12+kali-amd64 root=UUID=375a81af-13d1-42b2-bca1-024fb3946fe6 ro usbcore.autosuspend=-1 quiet splash ``` # Steps to reproduce 1. Boot Kali using linux-image-7.0.12+kali-amd64 on the hardware above. 2. Observe the power-profiles-daemon boot log. 3. Query the active profile and every cpufreq policy's governor, EPP, minimum, maximum, and current frequency. 4. Attempt to switch to power-saver. 5. Observe that the D-Bus request fails on `/sys/devices/system/cpu/cpufreq/policy11/boost` with `Invalid argument`. 6. Sample `scaling_cur_freq` while the system is mostly idle. 7. Run a bounded CPU workload with temperature monitoring and stop at 90 C. # Actual result ```text active profile: performance driver: amd-pstate-epp policy0..policy10: governor=powersave, EPP=balance_performance policy11 before profile attempt: governor=performance, EPP=performance all policies: scaling_min_freq=1972728, scaling_max_freq=5281819 ``` The power-saver request returns: ```text Failed to communicate with power-profiles-daemon: ... Failed to activate CPU driver 'amd_pstate': Error writing '/sys/devices/system/cpu/cpufreq/policy11/boost': Invalid argument (13) ``` After that failed request, policy11 partially changes to `governor=powersave, EPP=power`, while the other policies remain `balance_performance`; the global profile still reports `performance`. Five idle samples, two seconds apart: ```text policy0=4193965 policy1=4198188 policy10=4199007 policy11=4199379 policy0=4196956 policy1=4200097 policy10=4199855 policy11=4199327 policy0=4199228 policy1=4199850 policy10=4200078 policy11=4199849 policy0=4196712 policy1=4199599 policy10=4190769 policy11=4199061 policy0=4198384 policy1=4199955 policy10=4200156 policy11=4200317 ``` Monitored CPU-only workload: ```text 00s 70 C 14s 86 C 16s 88 C 21s 89 C 23s 90 C - workload terminated automatically ``` # Expected result power-profiles-daemon should apply one coherent profile to all CPU policies without a failed boost write. At idle, amd-pstate-epp should allow frequencies to fall rather than holding all logical CPUs near 4.2 GHz. Switching to power-saver should succeed. # Additional information The following older Kali kernels remain installed and can be used for an A/B test: ```text linux-image-6.19.14+kali-amd64 6.19.14-1+kali1 linux-image-6.17.10+kali-amd64 6.17.10-1kali1 ``` The 6.19.14 comparison is pending. No external workload or GPU acceleration was used in the monitored reproduction; Ollama reported CPU model weights and CPU KV cache. EVIDENCE.txt (1,077 bytes)
power-profiles-daemon boot error: Core Failed to activate initial profile: Failed to activate CPU driver 'amd_pstate': Error writing '/sys/devices/system/cpu/cpufreq/policy11/boost': Invalid argument Power-saver request error: Failed to communicate with power-profiles-daemon: GDBus.Error:org.gtk.GDBus.UnmappedGError.Quark._g_2dio_2derror_2dquark.Code13: Failed to activate CPU driver 'amd_pstate': Error writing '/sys/devices/system/cpu/cpufreq/policy11/boost': Invalid argument (13) Current package versions: linux-image-7.0.12+kali-amd64 7.0.12-2kali1 power-profiles-daemon 0.30-2 libc6 2.42-16 Current policy values before successful profile activation: scaling_min_freq=1972728 scaling_max_freq=5281819 scaling_driver=amd-pstate-epp profile=performance Thermal cutoff reproduction: 2026-07-15T14:01:18-05:00 cpu_c=70 mem_available_mb=8287 2026-07-15T14:01:32-05:00 cpu_c=86 mem_available_mb=4114 2026-07-15T14:01:34-05:00 cpu_c=88 mem_available_mb=3841 2026-07-15T14:01:39-05:00 cpu_c=89 mem_available_mb=3911 2026-07-15T14:01:41-05:00 cpu_c=90 mem_available_mb=3916 | ||||
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Impact clarification: this is not a cosmetic or minor usability issue. On this hardware, normal sustained CPU workloads are currently unsafe on Kali: a monitored CPU-only workload rose from 70 C to 90 C in 23 seconds and was terminated automatically; a prior session reached 107 C; and the machine suffered an abrupt, unclean shutdown during the same period. I can hardly use the system for routine local workloads without risking another thermal shutdown. The power-profiles-daemon amd_pstate activation error is reproducible on every boot/profile-change attempt observed with kernel 7.0.12-2kali1. Switching to power-saver also fails at policy11/boost with Invalid argument and leaves inconsistent policy state. Windows on the same hardware completed a 60-second full-load test at a reported maximum of 84 C. Please raise severity/priority accordingly. An A/B test against the installed Kali 6.19.14 kernel is still pending. |
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A/B kernel update: the same failure reproduces on both installed older Kali kernels. 6.17.10+kali-amd64:
6.19.14+kali-amd64:
Therefore this is not exclusive to kernel 7.0.12-2kali1. The common failure appears to involve power-profiles-daemon, amd-pstate-epp, firmware state, or their interaction across these Kali kernels. The earlier thermal and abrupt-shutdown impact remains unchanged. |
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