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PCVERIFIED · HARDWARE REPORT

Checks passed

5 of 5 hardware areas passed.

No errors were reported in the completed hardware checks.

Report authenticated by PCVerified.

The stamp confirms that PCVerified accepted the online session, issued this report and verified its unchanged signed contents. Hardware results are shown separately; authenticity does not guarantee every measurement or the PC’s condition.

How PCVerified protects reports

Verification codePCV-XQ2P-M7MR
Test completed24 Oct 2026, 11:44:26 · Amsterdam
Check duration6 min 23 sec
Graphics cardPassed
ProcessorPassed
StoragePassed
MemoryPassed
MotherboardPassed
Load coveragePassed

Results by hardware

5 hardware areas · 2 storage drives
Passed
Graphics card

AMD Radeon RX 9070 XT

17.1 GB reported video memory

  • Video memory
  • Image accuracy
  • Graphics accuracy
  • Stability under load
  • Temperature monitoring
Detailed results

Hardware specifications

Reported video memory
17.1 GB

Rendering feature checks

Point-sampled texturesChecks that the correct texture pixels are selected, including where a texture repeats at its edges.
Passed
Filtered texturesChecks that colours between neighbouring texture pixels are blended correctly.
Passed
Depth orderingChecks that nearer surfaces hide farther surfaces and that depth values are written correctly.
Passed
Alpha blendingChecks that transparent colours combine correctly with the background.
Passed

Small off-screen images are compared with independently calculated expected pixel values. Results show the initial check and the repeat near the end when recorded. These checks do not cover every graphics feature or the physical display output.

GPU load response

Window completion
Completion state not recorded by this checker version
Observation
Temperature control reduced the rendering workload
Conclusion
Temperature control reduced workload during the observation; unrestricted performance retention could not be assessed. The request ended at 86.0%, below the 95.0% request at the start of this observation.
Observation elapsed time
30 seconds
Time at original 95% request
3.28 seconds
Observed time below original request
Not recorded by this checker version
Observed pause time
0 seconds
Early / late comparison
Not comparable or unavailable
Comparison evidence
Rendering settings changed or could not be confirmed; the early and late work is not comparable.
Median GPU utilisation · rendering segment
79 %
Peak GPU core · rendering segment
51 °C
Peak GPU hotspot · rendering segment
87 °C
Temperature-driven reductions · rendering segment
1

One fixed window after preparation; pauses and reductions remain inside it. Safety changes to rendering settings remain active and prevent a comparable performance result. Recorded active rendering time covers batch submission, readback and image checking; it excludes pacing, control and memory waits and is not GPU busy time. Boundary-crossing or missing batches are not credited. Below-original time includes pauses; unaccounted time includes telemetry gaps and request transitions. Time at the original request is accumulated, not uninterrupted recovery. GPU utilisation includes other applications, whose interference is not removed from the timing comparison. This short observation does not establish maximum cooling capacity or long-term stability. Existing accuracy and load-coverage results remain separate.

Graphics verification

Graphics load errors recorded
0

Counts describe work verified by the checker. Draw operations and checked frames are different measures; neither is a gaming frame-rate benchmark.

Video-memory coverage

Video-memory sample verified
12.05 GB (70.51 %)
Memory architecture
Dedicated graphics memory
Added through bounded growth
50.33 MB
Sample limited by
Verification time remaining in the growth window
Recorded sample evidence
All required patterns checked across the recorded sample. Delayed reread: completed across the verified sample

Verification time remaining in the growth window. The verified allocation was 70.51 % of reported video memory. A passed memory result applies to the checked sample; these restrictions alone do not indicate faulty memory. Only the allocated sample was checked. Its percentage does not establish physical VRAM coverage; repeated sweeps do not increase coverage.

Graphics load coverage

Peak GPU utilisation · graphics stage
86 %

Stage utilisation includes other applications, lighter work and pauses. Temperature control or scheduling can reduce load; averages and brief peaks do not establish sustained full-load cooling.

GPU-focused observation

Coverage result
Measured load-coverage target reached
GPU-focused phase observed
90.19 seconds
Qualifying higher-load time
65.03 seconds; 60 seconds required
Median GPU utilisation · focused phase
71 %

Extra time compensates for delayed load coverage, up to one minute. The prototype target requires measured higher load, fresh sensor readings and a recent stable observation window. Temperature controls remain active. This is separate from calculation correctness and does not certify full-load cooling or long-term stability. GPU utilisation includes other applications.

Display-driver recovery

Windows recovery events
None recorded
What does display-driver recovery mean?

Windows reported that the display driver stopped responding and recovered. You may have noticed a brief freeze, flicker or black screen.

This is a stability warning, not proof that the graphics card is defective. The event alone does not distinguish a driver problem from a hardware or system issue. Review the Windows event at the test time and the saved diagnostics before drawing a conclusion.

A successful image or calculation check does not cancel a recovery event. The event therefore prevents an overall full pass.

Covers Windows Display event 4101. This does not catch every GPU reset or identify its cause.

Advanced details

Additional measurements

Peak GPU core temperature
52 °C
Peak GPU hotspot temperature
87 °C

Peak temperatures are brief observations across the run, not a sustained cooling measurement.

Hardware identity capture

Inventory coverage
complete
Before / after evidence
consistent

Recorded for a later hardware comparison, not proof of authenticity. Inventory may include untested devices. Identifiers are included when sharing the report; missing identifiers do not indicate a fault.

Hardware identifiers · device 1

Model
AMD RADEON RX 9070 XT
AMD ASIC identifier · amd.wkmi.rx9070xt.v1
5C9704ABAC2633A7 (individual identifier)

GPU memory temperature

Peak GPU memory temperature
76 °C

Peak from the GPU memory temperature sensor, separate from GPU core and hotspot. A peak alone does not establish sustained cooling performance.

Graphics verification

Rendered frames checked
11
Pixels checked
132,227
Load batches checked
1,361
Draw operations submitted
140,421

Counts describe work verified by the checker. Draw operations and checked frames are different measures; neither is a gaming frame-rate benchmark.

Video-memory coverage

Sample selection
Based on reported capacity and available process budget
Memory patterns completed
7
Complete verification sweeps
4

This is an allocation-size comparison, not proof that the same percentage of physical VRAM cells was tested. Repeated sweeps recheck the allocation and do not increase unique memory coverage.

Graphics load coverage

Paused stage time
0.2 seconds

Active stage time does not mean continuous full GPU utilisation. Early warm-up is included in stage time but excluded from dedicated load coverage. Utilisation includes other applications; the stage includes lighter work and pauses. A short peak does not establish sustained full-load cooling.

GPU load response · advanced details

Rendering timing comparison
Render configuration changed or could not be confirmed
Requested workload · segment start
95 %
Requested workload · segment end
86 %
Earlier thermal restriction at entry
Not recorded
Fresh temperature coverage
30 seconds
Median GPU clock · rendering segment
2,540 MHz

The short segment uses managed workload. Timing is comparable only when the render configuration and requested load match. Clock and power readings are observations, not a performance grade. Detailed batch, CPU, wait and pacing timings remain in diagnostic evidence.

Passed
Processor

Intel(R) Core(TM) i9-9900K CPU at 3.60GHz

8 cores · 16 threads

  • Processor thread calculations
  • CPU load coveragePassed
  • 60-second load responsePassed

CPU load adapts to temperature. Passing these checks does not establish sustained maximum-load cooling.

Detailed results

CPU-focused observation

CPU-focused phase · scheduledPlanned phase duration.
90 seconds
Qualifying focused-load timeFresh readings meeting the PCVerified worker-load criteria.
62.9 seconds
Median total CPU utilisation · processor load stagePCVerified, Windows and other applications; available fresh readings only.
100 %

Qualifying time uses PCVerified worker load under temperature control. Coverage does not establish sustained full-power cooling; phase duration is not continuous full load or proof of long-term stability.

CPU load response

Short load response · provisional
Passed
Conclusion
Maintained high CPU load and consistent checked-work performance during the 60-second measurement, without a temperature-driven workload reduction.
Measurement completed
60 seconds of 60 seconds
Median total CPU utilisation
100 %
Median CPU temperature
72 °C
Peak CPU temperature · measurement minute
74 °C
Median CPU package power
94.9 W
Checked-work speed change · early to late
-0.96 %

One fixed post-ramp minute after five seconds at the requested load and at least 80% total CPU utilisation. Provisional pass requires completed calculation and worker-load evidence, a full high-load minute without a temperature reduction, comparable checked-work speed retaining at least 90%, and background activity changing by at most 5 percentage points. A recorded reduction before that minute is retained as context when recovery is confirmed. This short observation does not certify long-term cooling or stability.

CPU load phase · sampled temperature and worker load
Temperature °CWorker load %000s22.52530s455061s67.57591s90100122sStart ≈End ≈Seconds from first recorded CPU-stage sample

Dotted lines: approximate measurement boundaries, aligned to the first CPU-stage sample. The export does not include the exact shared-clock start, so these are visual guides, not timing evidence. Orange: CPU temperature. Dashed blue: PCVerified test-worker CPU usage only, excluding other applications. The trace covers the CPU stage including ramp-up and recovery; it is not restricted to the assessment minute. It is sampled, not smoothed, and may miss brief peaks. Total CPU load is not available in this trace.

Processor calculation checks

Calculation result
Passed
Logical threads completed
16 of 16
Physical cores coveredCovered by the completed thread checks.
8 of 8

Calculated results are compared with expected answers. Passing applies to these calculations, not sustained-load stability. The mismatch count was not recorded; it is not assumed to be zero.

Advanced details

Additional measurements

Peak CPU temperature · load stage
91 °C

Peak temperatures are brief observations across the run, not a sustained cooling measurement.

CPU-focused observation

Median CPU usage by PCVerified workers only · CPU stagePCVerified workers only; excludes Windows and other applications.
81.2 %

Hardware identity capture

Inventory coverage
complete
Before / after evidence
consistent

Recorded for a later hardware comparison, not proof of authenticity. Inventory may include untested devices. Identifiers are included when sharing the report; missing identifiers do not indicate a fault.

Hardware identifiers · device 1

Model
INTEL CORE I9-9900K CPU
Serial / hardware ID
Unavailable

CPU load response · advanced details

Median test-worker utilisation
84.23 %
Median sampled core clock
4.1 GHz
Sampled core clock · early block
4.1 GHz
Sampled core clock · late block
4.1 GHz
Package power · early block
94.93 W
Package power · late block
94.85 W
Starting temperature · CPU stage
49 °C
Peak temperature · sampled CPU stage
91 °C
Background CPU activity · early → late
9.13 % → 7.57 %
Checked-work comparison
Measured without correction
Checked-work speed · early block
277.7 MB/s
Checked-work speed · late block
275.03 MB/s

All minute measurements use the same interval. Early and late blocks are its first and last 15 seconds. The rate times existing one-MB SHA checks per active check-second, including descheduling during each check; it is not whole-CPU throughput or a benchmark score. Background accounting is approximate, and similar percentages do not prove identical contention. Sampled clocks are not effective clocks.

Passed
Storage

CT1000MX500SSD1 + WDC WD10EZEX-08WN4A0

2 reported drives · 1 SSD · 1 HDD

  • Storage checks
  • CT1000MX500SSD1SSD · solid-state drivePassed
  • WDC WD10EZEX-08WN4A0HDD · hard disk drivePassed
Detailed results

SMART is the drive’s built-in health monitoring. Its result is separate from the read/write check and drive self-test.

CT1000MX500SSD1

SSD · solid-state drive

Passed

Hardware specifications

Drive capacity
1,000.2 GB

Measurements

Drive-reported wear indicator
83 %
SMART overall result
Passed
Sampled read test
Passed

The wear percentage is a manufacturer-reported estimate, not a prediction of remaining life or reliability.

Read test and drive health

Observed sequential read speedShort sample; excludes data hashing and preparation.
485.28 MB/s
Written data read back
Matched the written sample · 1.07 GB verified
Total storage sample time
14.21 seconds
Power-on timeCumulative powered time, not remaining life.
7,733 hours

Drive self-test and health changes

Short drive self-test
Completed without reported errors
Device-reported self-test result
Completed without reported errors (ATA self-test result code 0)
Health counter changes
No increase in the available comparable counters.
Observed counter changes
Interface CRC errors
0 → 0 (0)
Pending sectors
0 → 0 (0)
Reallocated sectors
0 → 0 (0)
Reported uncorrectable errors
0 → 0 (0)
Uncorrectable sectors
0 → 0 (0)

Before/after health counters cover storage setup to the end of observation; background activity may contribute. A short self-test checks the drive internally, without scanning every sector or establishing its remaining lifespan.

Advanced details

Read method and health history

Firmware version
M3CR023
Complete read passes
2
Read-test duration
5.41 seconds
Read request sizeThe request timings below use this size.
8.39 MB
Median read request
17.12 ms
95th-percentile read request
18.31 ms
Longest read request
20.78 ms
Operating-system cache bypassApplies to Windows caching, not all device caches.
Requested
Drive-reported temperature
36 °C
SMART result source
Not retained in this report; the recorded result is shown separately
Recorded power cycles
3,684
Recorded host writes
72.31 TB
Recorded reallocated sectors
0
Recorded pending sectors
0
Recorded uncorrectable sectors
0
Recorded uncorrectable-error counter
0

Read timings cover the sampled data; repeated reads do not increase coverage. Slow requests alone do not establish a drive fault. Health and usage counters are drive-reported totals, not changes during this run; some overlap. Missing counters are not zero.

WDC WD10EZEX-08WN4A0

HDD · hard disk drive

Passed

Hardware specifications

Drive capacity
1,000.2 GB

Measurements

Drive-reported wear indicator
Not provided by this drive
SMART overall result
Passed
Sampled read test
Passed

The wear percentage is a manufacturer-reported estimate, not a prediction of remaining life or reliability.

Read test and drive health

Observed sequential read speedShort sample; excludes data hashing and preparation.
167.56 MB/s
Written data read back
Matched the written sample · 1.07 GB verified
Total storage sample time
17.22 seconds
Power-on timeCumulative powered time, not remaining life.
23,200 hours

Drive self-test and health changes

Short drive self-test
Completed without reported errors
Device-reported self-test result
Completed without reported errors (ATA self-test result code 0)
Health counter changes
No increase in the available comparable counters.
Observed counter changes
Interface CRC errors
0 → 0 (0)
Pending sectors
0 → 0 (0)
Reallocated sectors
0 → 0 (0)
Uncorrectable sectors
0 → 0 (0)

Before/after health counters cover storage setup to the end of observation; background activity may contribute. A short self-test checks the drive internally, without scanning every sector or establishing its remaining lifespan.

Advanced details

Read method and health history

Firmware version
01.01A01
Complete read passes
1
Read-test duration
6.41 seconds
Read request sizeThe request timings below use this size.
8.39 MB
Median read request
40.24 ms
95th-percentile read request
80.53 ms
Longest read request
131.32 ms
Operating-system cache bypassApplies to Windows caching, not all device caches.
Requested
Drive-reported temperature
26 °C
SMART result source
Not retained in this report; the recorded result is shown separately
Recorded power cycles
5,169
Recorded reallocated sectors
0
Recorded pending sectors
0
Recorded uncorrectable sectors
0

Read timings cover the sampled data; repeated reads do not increase coverage. Slow requests alone do not establish a drive fault. Health and usage counters are drive-reported totals, not changes during this run; some overlap. Missing counters are not zero.

Passed
Memory

32 GB DDR4 - 2 x 16 GB Corsair

34.36 GB installed · 3,200 MT/s

  • Memory patterns

Verified sample: 11.95 GB (34.8% of installed RAM). The checker released 1.01 GB as available memory fell; released blocks are excluded from the completed sample.

Detailed results

Hardware specifications

Installed memory
34.36 GB
Memory speed
3,200 MT/s
Memory module 1
17.18 GB · Corsair · CMK32GX4M2E3200C16
Memory module 2
17.18 GB · Corsair · CMK32GX4M2E3200C16

Memory verification coverage

Memory sample checked
11.95 GB (34.77 %)
Test duration
45.89 seconds
Memory errors recorded
0

The completed sample passed all six verification stages without mismatches. Only the verified sample is covered, not every physical memory address. Windows and other applications retain memory.

Advanced details

Hardware identity capture

Inventory coverage
complete
Before / after evidence
consistent

Recorded for a later hardware comparison, not proof of authenticity. Inventory may include untested devices. Identifiers are included when sharing the report; missing identifiers do not indicate a fault.

Hardware identifiers · device 1

Model
CMK32GX4M2E3200C16
Serial / hardware ID
Unavailable

Hardware identifiers · device 2

Model
CMK32GX4M2E3200C16
Serial / hardware ID
Unavailable

Memory verification coverage

Available memory at test start
17.71 GB
Patterns checked
6
Passed
Motherboard

ASUSTeK COMPUTER INC. PRIME Z370-P

Identification and connected-device checks

  • Motherboard identity
  • Connection recheck
Software setup · 2 devices

Windows reports driver or configuration issues. These do not establish a motherboard hardware defect.

Affected devices and suggested fixes

Windows does not have the required driver for this device.

  • SM Bus Controller · Windows Code 28
  • PCI Memory Controller · Windows Code 28

Install the correct driver from Windows Update or the device manufacturer, then repeat the check. Official guidance ↗

Functionality of the affected devices was not verified.

Detailed results

Hardware identity capture

Inventory coverage
complete
Before / after evidence
consistent

Recorded for a later hardware comparison, not proof of authenticity. Inventory may include untested devices. Identifiers are included when sharing the report; missing identifiers do not indicate a fault.

Hardware identifiers · device 1

Model
PRIME Z370-P
Motherboard serial · smbios.baseboard
180630429410444 (individual identifier)
System UUID · smbios.system
70E3FE3B-D6AD-7C2B-1697-0C9D9211D864 (supporting only)

Firmware and device enumeration

BIOS vendor
American Megatrends Inc.
BIOS version
2401
BIOS release date
2019-07-15
Windows devices listed before check
166
Windows devices listed after check
166
Devices added during recheck
0
Devices removed during recheck
0

Basic identification and device checks only; physical ports and devices without drivers are not fully tested. Windows lists include virtual devices. BIOS details identify firmware, not whether it needs updating.

Combined CPU and GPU load

Passed

The short combined-load check met its coverage criteria, and both CPU and GPU load checks completed without reported errors. 25.25 seconds of qualifying simultaneous load recorded.

A short simultaneous-load check under temperature control. Coverage does not establish sustained full-power cooling, certify the power supply or establish long-term stability.

Combined-load details
Recorded combined phase
38.72 seconds
Qualifying simultaneous load
25.25 seconds; 15 seconds required
Median total CPU utilisation
89.83 %
Median GPU utilisation
73 %
Advanced details
Time with fresh monitoring
38.48 seconds
Median PCVerified test CPU utilisation
74.1 %

Total CPU utilisation includes Windows, background applications and PCVerified. Medians use available fresh readings from the combined phase. Qualifying time still uses PCVerified test-worker CPU load and the existing GPU criteria together; total CPU usage does not replace those criteria. GPU utilisation can include other applications. The recorded phase duration is not continuous time at qualifying load.

Windows hardware-error events

None recorded

0 new Windows hardware-error events were recorded during this run. Event-query coverage was complete.

WHEA is the Windows Hardware Error Architecture. This observation covers events recorded in Windows; some hardware problems do not generate a logged event. No recorded events is not proof that the PC is fault-free.

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Report namePCVerify_XQ2P-M7MR

Uploaded results from checker 0.7.2. Private logs and diagnostic ZIPs are not included in this public report. A short, point-in-time check does not guarantee future reliability, ownership, remaining lifespan or the absence of hidden faults. Untested areas are not counted as passed. Understand the checks →