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Ryzen 7 5700x Pbo Ömrünü Kısaltır mı?

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Xenica

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Katılım
22 Aralık 2025
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Yazılım geliştiricisiyim, anakartım MSI B550 Gaming WIFI, işlemcimde başlıkta da belirttiğim üzere 5700x, ikisini de yeni ve sıfır olarak aldım. Amacım işlemcimin stok ayarların ötesine getirip gücünü 5800x'e yaklaştırmak fakat ömründen taviz vermemek (ayranım dökülmesin mishali :D).

Soğutucum Scythe Kotetsu Mark 4 Çift Fanlı modeli.
Direkt PBO açınca 180 wattları gördü ve 96-97 derecelere dayandı işlemci. Bende manuel yapmaya karar verdim.
PPT: 130
TDC: 110
EDC: 150
CO: -10
Boost Override: +200
PBO Scalar: 1x

Şu anda 4.9 ghzleri görüyorum (4.86 civarı, 4.9'a yuvarlıyor bazı uygulamalar), OCCT CPU testinde extreme modda 133 wattları kullanırken anlık 88, stabil olarak 82.5-83 dereceleri görüyorum. Oyunlarda ve normal kullanımda 70 dereceleri geçmiyor. Stok ayarlarda yük altında 3.6 GHZ'lere gerilerken, PBO ile 4.4 GHZ'de kalmayı başardım. Her hangi bir çökme sorun hata oluşmadı, bir çok testte denedim, CPU-Z, Cinebench 2026, OCCT Extreme (farklı modlarda da), Prime95 ve y-cruncher.

CPU-Z ve Cinebench 2026 120 watt ötesinde güç çekmiyor, sadece Prime95 ve OCCT gibi testler 133 wattları görebildi, buna göre değerlendirmenizi istiyorum aşağıdaki sonuçları:

CPU-Z PBO Aktif:
1793465609492.webp

CPU-Z PBO Kapalı:
1793465618963.webp


Cinebench 2026 PBO Aktif:
1793465641594.webp

(Muadil sistem performansı olarak gözüken de benim kendi PBO ile olan testim, farklı bir sistem değil, bilginize)

Cinebench 2026 PBO Kapalı:
1793465669885.webp


HWiNFO:
1793465760351.webp


Asıl soruma gelecek olursak, bu şekilde bırakırsam işlemcimin ömrü kısalır mı? Yoksa bu şekilde kalması yararıma mı olur?
Düşüncelerinizi merak ediyorum.
Teşekkürler.
 
ayarların gayet makul hocam 5800x in stok limitleri zaten 142 95 140 civarı sen ona yakın bir yerdesin 83 derece de bu işlemci için sorun değil ömrü asıl kısaltan yüksek voltaj co eksi verdiğin için voltaj stoktan bile düşük kalıyor olabilir hwinfo ile yük altındaki vcoreu bir kontrol et bir de corecycler ile çekirdek çekirdek test et co -10 bazı çekirdeklerde boştayken hata verebiliyor
 
İşlemcinin ömrü azalır mı dediğin düzgün bakarsan ortalama bir insandan uzun yaşıyor işlemciler.
 
Bu ayarlar ile endişe etmene gerek yok.
 
veinpsyco yazmış:
ayarların gayet makul hocam 5800x in stok limitleri zaten 142 95 140 civarı sen ona yakın bir yerdesin 83 derece de bu işlemci için sorun değil ömrü asıl kısaltan yüksek voltaj co eksi verdiğin için voltaj stoktan bile düşük kalıyor olabilir hwinfo ile yük altındaki vcoreu bir kontrol et bir de corecycler ile çekirdek çekirdek test et co -10 bazı çekirdeklerde boştayken hata verebiliyor
Devamı için tıklayın...
Bütün testlerden geçti, -20'deyim dün geceden beri, yine tüm testleri geçti, tamamen stabil duruyor, kendim yazılımcı olduğum için ayrıca test yazdım, onu da geçti, aşağı sonuçlarını bırakıyorum.

Kod: 
=== CPU Boost / PBO / Curve Optimizer Stability Test ===
[00:00:00] Topology | 8 cores / 16 logical CPUs (2 thread(s) per core)
[00:00:00] Kernels | Fp, Int, Avx2, Mem, Light
[00:00:00] Clock | monitor active, nominal clock 3401 MHz
[00:00:00] Seed | 163637, max scenario length 10 s
[00:00:00] Duration | until Ctrl+C
[00:00:00] Log file | cpu_stress_20261031_231922.log
[00:00:00] WARNING | this test drives the CPU to its power and thermal limits. Monitor temperatures.
[00:00:00] --- #1 CoreHop (kernel: Avx2) ---
[00:00:00] Core hopping | one thread at 100% jumping between random cores, 3.4 s
[00:00:04]    scenario peak clock: 4851 MHz on cpu #0 (core 0, thread 0)
[00:00:04] --- #2 SingleThread (kernel: Mem) ---
[00:00:04] Single thread | cpu #10 (core 5, thread 0) -> 100%, 1.4 s
[00:00:05]    scenario peak clock: 4852 MHz on cpu #10 (core 5, thread 0)
[00:00:05] --- #3 PulseTrain (kernel: Int) ---
[00:00:05] Pulse train | 11 pulses on core 7 at 100%, 40-300 ms on/off
[00:00:08]    scenario peak clock: 4814 MHz on cpu #15 (core 7, thread 1)
[00:00:09] --- #4 AllPartial (kernel: Light) ---
[00:00:09] All threads partial | 30%, 874 ms
[00:00:10]    scenario peak clock: 4820 MHz on cpu #1 (core 0, thread 1)
[00:00:10] --- #5 CoreHop (kernel: Fp) ---
[00:00:10] Core hopping | one thread at 100% jumping between random cores, 5.5 s
[00:00:16]    scenario peak clock: 4852 MHz on cpu #8 (core 4, thread 0)
[00:00:16] --- #6 SingleCoreAllThreads (kernel: Light) ---
[00:00:16] Single core asymmetric | core 7: thread 0 -> 100%, other threads -> 70%, 8.7 s
[00:00:25]    scenario peak clock: 4804 MHz on cpu #15 (core 7, thread 1)
[00:00:25] --- #7 IdleThenBurst (kernel: Light) ---
[00:00:25] Idle then burst | 1.3 s idle, then 8.7 s burst:
[00:00:26]    sudden all threads 100%
[00:00:36] --- #8 AllMax (kernel: Mem) ---
[00:00:36] ALL THREADS 100% | 16 threads, 5.6 s
[00:00:42] Cool-down 1.3 s
[00:00:43] --- #9 IdleThenBurst (kernel: Int) ---
[00:00:43] Idle then burst | 1.6 s idle, then 2.9 s burst:
[00:00:45]    sudden core 6 all threads 100%
[00:00:47]    scenario peak clock: 4760 MHz on cpu #12 (core 6, thread 0)
[00:00:47] --- #10 SingleThread (kernel: Mem) ---
[00:00:47] Single thread | cpu #7 (core 3, thread 1) -> 100%, 220 ms
[00:00:48]    scenario peak clock: 4850 MHz on cpu #7 (core 3, thread 1)
[00:00:49] --- #11 SingleCoreAllThreads (kernel: Avx2) ---
[00:00:49] Single core, all 2 threads | core 3 -> 100%, 5.6 s
[00:00:54]    scenario peak clock: 4799 MHz on cpu #7 (core 3, thread 1)
[00:00:54] --- #12 BoostPulse (kernel: Light) ---
[00:00:54] Boost pulse | up to 9 light pulses 100-500 ms on / 100-500 ms idle on random cores
[00:00:59]    scenario peak clock: 4851 MHz on cpu #14 (core 7, thread 0)
[00:00:59] --- #13 BoostHunt (kernel: Light) ---
[00:00:59] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:00]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4851 MHz
[00:01:01]    cpu #2 (core 1, thread 0) -> 800 ms, peak 4851 MHz
[00:01:02]    cpu #4 (core 2, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:03]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4842 MHz
[00:01:04]    cpu #8 (core 4, thread 0) -> 800 ms, peak 4819 MHz
[00:01:05]    cpu #10 (core 5, thread 0) -> 1.2 s, peak 4832 MHz
[00:01:07]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4821 MHz
[00:01:08]    cpu #14 (core 7, thread 0) -> 1.2 s, peak 4858 MHz
[00:01:08]    scenario peak clock: 4858 MHz on cpu #14 (core 7, thread 0)
[00:01:08] --- #14 AllMax (kernel: Light) ---
[00:01:08] ALL THREADS 100% | 16 threads, 756 ms
[00:01:10] --- #15 SeesawHalves (kernel: Mixed) ---
[00:01:10] Seesaw | 4 cores vs 4 cores swap 100%/idle every 415 ms, 2.1 s
[00:01:12]    scenario peak clock: 4756 MHz on cpu #1 (core 0, thread 1)
[00:01:13] --- #16 RandomSubset (kernel: Mixed) ---
[00:01:13] Random subset | 4 cores, 8.5 s -> #6:50% #12:50% #13:50% #8:50% #9:50% #2:100% #3:30%
[00:01:21]    scenario peak clock: 4852 MHz on cpu #3 (core 1, thread 1)
[00:01:22] --- #17 SingleThread (kernel: Mem) ---
[00:01:22] Single thread | cpu #11 (core 5, thread 1) -> 70%, 1.7 s
[00:01:23]    scenario peak clock: 4673 MHz on cpu #11 (core 5, thread 1)
[00:01:23] --- #18 RandomSubset (kernel: Mixed) ---
[00:01:23] Random subset | 3 cores, 4.7 s -> #0:50% #1:70% #12:50% #13:50% #8:100% #9:70%
[00:01:28]    scenario peak clock: 4725 MHz on cpu #9 (core 4, thread 1)
[00:01:28] --- #19 BoostHunt (kernel: Light) ---
[00:01:28] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:29]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:30]    cpu #2 (core 1, thread 0) -> 1.0 s, peak 4852 MHz
[00:01:31]    cpu #4 (core 2, thread 0) -> 800 ms, peak 4852 MHz
[00:01:32]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4824 MHz
[00:01:33]    cpu #8 (core 4, thread 0) -> 1.0 s, peak 4817 MHz
[00:01:34]    cpu #10 (core 5, thread 0) -> 800 ms, peak 4838 MHz
[00:01:35]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4821 MHz
[00:01:36]    cpu #14 (core 7, thread 0) -> 800 ms, peak 4851 MHz
[00:01:36]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:01:36] --- #20 Chaos (kernel: Mem) ---
[00:01:36] Chaos | random load on every thread, re-rolled every 100-800 ms, 3.4 s
[00:01:40]    scenario peak clock: 4826 MHz on cpu #14 (core 7, thread 0)
[00:01:41] --- #21 SingleThreadPartial (kernel: Avx2) ---
[00:01:41] Single thread partial | cpu #0 (core 0, thread 0) -> 30%, 199 ms
[00:01:41]    scenario peak clock: 4543 MHz on cpu #0 (core 0, thread 0)
[00:01:41] --- #22 CoreHop (kernel: Mixed) ---
[00:01:41] Core hopping | one thread at 100% jumping between random cores, 6.1 s
[00:01:48]    scenario peak clock: 4852 MHz on cpu #5 (core 2, thread 1)
[00:01:48] --- #23 BoostHunt (kernel: Light) ---
[00:01:48] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:49]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:50]    cpu #2 (core 1, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:51]    cpu #4 (core 2, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:52]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4830 MHz
[00:01:53]    cpu #8 (core 4, thread 0) -> 1.2 s, peak 4824 MHz
[00:01:55]    cpu #10 (core 5, thread 0) -> 1.2 s, peak 4834 MHz
[00:01:56]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4812 MHz
[00:01:57]    cpu #14 (core 7, thread 0) -> 1.0 s, peak 4852 MHz
[00:01:57]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:01:57] --- #24 SeesawHalves (kernel: Avx2) ---
[00:01:57] Seesaw | 4 cores vs 4 cores swap 100%/idle every 554 ms, 6.6 s
[00:02:04]    scenario peak clock: 4754 MHz on cpu #0 (core 0, thread 0)
[00:02:05] --- #25 BoostSpike (kernel: Light) ---
[00:02:05] Boost spike | 3 x (idle, then sudden light single-thread load)
[00:02:07]    1.8 s idle -> cpu #5 (core 2, thread 1) 100% for 500 ms, peak 4765 MHz
[00:02:10]    2.3 s idle -> cpu #13 (core 6, thread 1) 100% for 200 ms, peak 4757 MHz
[00:02:12]    1.9 s idle -> cpu #15 (core 7, thread 1) 100% for 800 ms, peak 4824 MHz
[00:02:12]    scenario peak clock: 4824 MHz on cpu #15 (core 7, thread 1)
[00:02:13] --- #26 CoreHop (kernel: Avx2) ---
[00:02:13] Core hopping | one thread at 100% jumping between random cores, 9.0 s
[00:02:22]    scenario peak clock: 4853 MHz on cpu #0 (core 0, thread 0)
[00:02:22] --- #27 BoostPulse (kernel: Light) ---
[00:02:22] Boost pulse | up to 5 light pulses 100-500 ms on / 100-500 ms idle on cpu #7 (core 3, thread 1)
[00:02:25]    scenario peak clock: 4789 MHz on cpu #7 (core 3, thread 1)
[00:02:25] --- #28 Ramp (kernel: Mixed) ---
[00:02:25] Ramp | active threads 1 -> 16 -> 1, step 296 ms
[00:02:35]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:02:35] --- #29 SeesawHalves (kernel: Int) ---
[00:02:35] Seesaw | 4 cores vs 4 cores swap 100%/idle every 112 ms, 6.1 s
[00:02:41]    scenario peak clock: 4677 MHz on cpu #6 (core 3, thread 0)
[00:02:42] --- #30 IdleThenBurst (kernel: Light) ---
[00:02:42] Idle then burst | 551 ms idle, then 1.6 s burst:
[00:02:43]    sudden all threads 50%
[00:02:44]    scenario peak clock: 4732 MHz on cpu #2 (core 1, thread 0)
[00:02:44] --- #31 BoostSpike (kernel: Light) ---
[00:02:44] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:02:49]    1.6 s idle -> cpu #4 (core 2, thread 0) 100% for 2.5 s, peak 4841 MHz
[00:02:51]    1.9 s idle -> cpu #10 (core 5, thread 0) 100% for 800 ms, peak 4776 MHz
[00:02:51]    scenario peak clock: 4841 MHz on cpu #4 (core 2, thread 0)
[00:02:52] --- #32 SeesawHalves (kernel: Mixed) ---
[00:02:52] Seesaw | 4 cores vs 4 cores swap 100%/idle every 235 ms, 537 ms
[00:02:53]    scenario peak clock: 4694 MHz on cpu #3 (core 1, thread 1)
[00:02:53] --- #33 SingleThread (kernel: Avx2) ---
[00:02:53] Single thread | cpu #11 (core 5, thread 1) -> 100%, 7.0 s
[00:03:00]    scenario peak clock: 4754 MHz on cpu #11 (core 5, thread 1)
[00:03:00] --- #34 AllPartial (kernel: Light) ---
[00:03:00] All threads partial | 50%, 743 ms
[00:03:00]    scenario peak clock: 4746 MHz on cpu #0 (core 0, thread 0)
[00:03:01] --- #35 SingleThread (kernel: Fp) ---
[00:03:01] Single thread | cpu #0 (core 0, thread 0) -> 85%, 227 ms
[00:03:01]    scenario peak clock: 4832 MHz on cpu #0 (core 0, thread 0)
[00:03:01] --- #36 SingleThreadPartial (kernel: Mixed) ---
[00:03:01] Single thread partial | cpu #15 (core 7, thread 1) -> 70%, 875 ms
[00:03:02]    scenario peak clock: 4783 MHz on cpu #15 (core 7, thread 1)
[00:03:02] --- #37 BoostSpike (kernel: Light) ---
[00:03:02] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:03:04]    1.9 s idle -> cpu #11 (core 5, thread 1) 100% for 200 ms, peak 4776 MHz
[00:03:07]    2.2 s idle -> cpu #6 (core 3, thread 0) 100% for 800 ms, peak 4790 MHz
[00:03:07]    scenario peak clock: 4790 MHz on cpu #6 (core 3, thread 0)
[00:03:07] --- #38 IdleThenBurst (kernel: Mem) ---
[00:03:07] Idle then burst | 488 ms idle, then 1.0 s burst:
[00:03:07]    sudden all threads 100%
[00:03:08] --- #39 SingleThreadPartial (kernel: Avx2) ---
[00:03:08] Single thread partial | cpu #7 (core 3, thread 1) -> 30%, 912 ms
[00:03:09]    scenario peak clock: 4018 MHz on cpu #7 (core 3, thread 1)
[00:03:09] --- #40 SeesawHalves (kernel: Mixed) ---
[00:03:09] Seesaw | 4 cores vs 4 cores swap 100%/idle every 593 ms, 8.8 s
[00:03:18]    scenario peak clock: 4645 MHz on cpu #0 (core 0, thread 0)
[00:03:18] --- #41 SingleThread (kernel: Light) ---
[00:03:18] Single thread | cpu #4 (core 2, thread 0) -> 100%, 2.2 s
[00:03:20]    scenario peak clock: 4852 MHz on cpu #4 (core 2, thread 0)
[00:03:21] --- #42 Chaos (kernel: Mixed) ---
[00:03:21] Chaos | random load on every thread, re-rolled every 100-800 ms, 3.2 s
[00:03:24]    scenario peak clock: 4692 MHz on cpu #11 (core 5, thread 1)
[00:03:25] --- #43 Ramp (kernel: Avx2) ---
[00:03:25] Ramp | active threads 1 -> 16 -> 1, step 296 ms
[00:03:35]    scenario peak clock: 4846 MHz on cpu #0 (core 0, thread 0)
[00:03:35] --- #44 SingleThread (kernel: Mixed) ---
[00:03:35] Single thread | cpu #3 (core 1, thread 1) -> 100%, 7.2 s
[00:03:42]    scenario peak clock: 4852 MHz on cpu #3 (core 1, thread 1)
[00:03:42] --- #45 BoostSpike (kernel: Light) ---
[00:03:42] Boost spike | 1 x (idle, then sudden light single-thread load)
[00:03:44]    1.2 s idle -> cpu #6 (core 3, thread 0) 100% for 500 ms, peak 4766 MHz
[00:03:44]    scenario peak clock: 4766 MHz on cpu #6 (core 3, thread 0)
[00:03:45] --- #46 SingleThreadPartial (kernel: Mixed) ---
[00:03:45] Single thread partial | cpu #1 (core 0, thread 1) -> 50%, 7.9 s
[00:03:53]    scenario peak clock: 4750 MHz on cpu #1 (core 0, thread 1)
[00:03:53] --- #47 BoostSpike (kernel: Light) ---
[00:03:53] Boost spike | 1 x (idle, then sudden light single-thread load)
[00:03:54]    933 ms idle -> cpu #12 (core 6, thread 0) 100% for 500 ms, peak 4792 MHz
[00:03:54]    scenario peak clock: 4792 MHz on cpu #12 (core 6, thread 0)
[00:03:54] --- #48 BoostPulse (kernel: Light) ---
[00:03:54] Boost pulse | up to 8 light pulses 100-500 ms on / 100-500 ms idle on random cores
[00:03:59]    scenario peak clock: 4851 MHz on cpu #3 (core 1, thread 1)
[00:04:00] --- #49 BoostSpike (kernel: Light) ---
[00:04:00] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:04:04]    2.1 s idle -> cpu #13 (core 6, thread 1) 100% for 1.5 s, peak 4799 MHz
[00:04:04]    1.8 s idle -> cpu #2 (core 1, thread 0) 100% for 300 ms
[00:04:04]    scenario peak clock: 4799 MHz on cpu #13 (core 6, thread 1)
[00:04:04] Finished | runtime 00:04:04, 49 scenarios, seed 163637
[00:04:04] Peak effective clock per core (Windows performance counters, active samples only):
[00:04:04]    core 0        : 4853 MHz
[00:04:04]    core 1        : 4852 MHz
[00:04:04]    core 2        : 4852 MHz
[00:04:04]    core 3        : 4851 MHz
[00:04:04]    core 4        : 4852 MHz
[00:04:04]    core 5        : 4852 MHz
[00:04:04]    core 6        : 4822 MHz
[00:04:04]    core 7        : 4858 MHz  <- highest
[00:04:04] [ PASS ] no calculation errors detected
[00:04:04] Note: instability often appears as WHEA errors, application crashes or system resets instead of calculation errors. Watch the WHEA counter in HWiNFO and check the last line of the log file after a crash.

Yanıtlarınız için teşekkür ederim!
Mesaj otomatik olarak birleştirildi:

asdasdasds yazmış:
İşlemcinin ömrü azalır mı dediğin düzgün bakarsan ortalama bir insandan uzun yaşıyor işlemciler.
Devamı için tıklayın...
Düzgün bakarsandan kastettiğiniz derece mi?
Mesaj otomatik olarak birleştirildi:

Ou-Sama yazmış:
Bu ayarlar ile endişe etmene gerek yok.
Devamı için tıklayın...
Teşekkürler.
 
Xenica yazmış:
Bütün testlerden geçti, -20'deyim dün geceden beri, yine tüm testleri geçti, tamamen stabil duruyor, kendim yazılımcı olduğum için ayrıca test yazdım, onu da geçti, aşağı sonuçlarını bırakıyorum.

Kod: 
=== CPU Boost / PBO / Curve Optimizer Stability Test ===
[00:00:00] Topology | 8 cores / 16 logical CPUs (2 thread(s) per core)
[00:00:00] Kernels | Fp, Int, Avx2, Mem, Light
[00:00:00] Clock | monitor active, nominal clock 3401 MHz
[00:00:00] Seed | 163637, max scenario length 10 s
[00:00:00] Duration | until Ctrl+C
[00:00:00] Log file | cpu_stress_20261031_231922.log
[00:00:00] WARNING | this test drives the CPU to its power and thermal limits. Monitor temperatures.
[00:00:00] --- #1 CoreHop (kernel: Avx2) ---
[00:00:00] Core hopping | one thread at 100% jumping between random cores, 3.4 s
[00:00:04]    scenario peak clock: 4851 MHz on cpu #0 (core 0, thread 0)
[00:00:04] --- #2 SingleThread (kernel: Mem) ---
[00:00:04] Single thread | cpu #10 (core 5, thread 0) -> 100%, 1.4 s
[00:00:05]    scenario peak clock: 4852 MHz on cpu #10 (core 5, thread 0)
[00:00:05] --- #3 PulseTrain (kernel: Int) ---
[00:00:05] Pulse train | 11 pulses on core 7 at 100%, 40-300 ms on/off
[00:00:08]    scenario peak clock: 4814 MHz on cpu #15 (core 7, thread 1)
[00:00:09] --- #4 AllPartial (kernel: Light) ---
[00:00:09] All threads partial | 30%, 874 ms
[00:00:10]    scenario peak clock: 4820 MHz on cpu #1 (core 0, thread 1)
[00:00:10] --- #5 CoreHop (kernel: Fp) ---
[00:00:10] Core hopping | one thread at 100% jumping between random cores, 5.5 s
[00:00:16]    scenario peak clock: 4852 MHz on cpu #8 (core 4, thread 0)
[00:00:16] --- #6 SingleCoreAllThreads (kernel: Light) ---
[00:00:16] Single core asymmetric | core 7: thread 0 -> 100%, other threads -> 70%, 8.7 s
[00:00:25]    scenario peak clock: 4804 MHz on cpu #15 (core 7, thread 1)
[00:00:25] --- #7 IdleThenBurst (kernel: Light) ---
[00:00:25] Idle then burst | 1.3 s idle, then 8.7 s burst:
[00:00:26]    sudden all threads 100%
[00:00:36] --- #8 AllMax (kernel: Mem) ---
[00:00:36] ALL THREADS 100% | 16 threads, 5.6 s
[00:00:42] Cool-down 1.3 s
[00:00:43] --- #9 IdleThenBurst (kernel: Int) ---
[00:00:43] Idle then burst | 1.6 s idle, then 2.9 s burst:
[00:00:45]    sudden core 6 all threads 100%
[00:00:47]    scenario peak clock: 4760 MHz on cpu #12 (core 6, thread 0)
[00:00:47] --- #10 SingleThread (kernel: Mem) ---
[00:00:47] Single thread | cpu #7 (core 3, thread 1) -> 100%, 220 ms
[00:00:48]    scenario peak clock: 4850 MHz on cpu #7 (core 3, thread 1)
[00:00:49] --- #11 SingleCoreAllThreads (kernel: Avx2) ---
[00:00:49] Single core, all 2 threads | core 3 -> 100%, 5.6 s
[00:00:54]    scenario peak clock: 4799 MHz on cpu #7 (core 3, thread 1)
[00:00:54] --- #12 BoostPulse (kernel: Light) ---
[00:00:54] Boost pulse | up to 9 light pulses 100-500 ms on / 100-500 ms idle on random cores
[00:00:59]    scenario peak clock: 4851 MHz on cpu #14 (core 7, thread 0)
[00:00:59] --- #13 BoostHunt (kernel: Light) ---
[00:00:59] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:00]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4851 MHz
[00:01:01]    cpu #2 (core 1, thread 0) -> 800 ms, peak 4851 MHz
[00:01:02]    cpu #4 (core 2, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:03]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4842 MHz
[00:01:04]    cpu #8 (core 4, thread 0) -> 800 ms, peak 4819 MHz
[00:01:05]    cpu #10 (core 5, thread 0) -> 1.2 s, peak 4832 MHz
[00:01:07]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4821 MHz
[00:01:08]    cpu #14 (core 7, thread 0) -> 1.2 s, peak 4858 MHz
[00:01:08]    scenario peak clock: 4858 MHz on cpu #14 (core 7, thread 0)
[00:01:08] --- #14 AllMax (kernel: Light) ---
[00:01:08] ALL THREADS 100% | 16 threads, 756 ms
[00:01:10] --- #15 SeesawHalves (kernel: Mixed) ---
[00:01:10] Seesaw | 4 cores vs 4 cores swap 100%/idle every 415 ms, 2.1 s
[00:01:12]    scenario peak clock: 4756 MHz on cpu #1 (core 0, thread 1)
[00:01:13] --- #16 RandomSubset (kernel: Mixed) ---
[00:01:13] Random subset | 4 cores, 8.5 s -> #6:50% #12:50% #13:50% #8:50% #9:50% #2:100% #3:30%
[00:01:21]    scenario peak clock: 4852 MHz on cpu #3 (core 1, thread 1)
[00:01:22] --- #17 SingleThread (kernel: Mem) ---
[00:01:22] Single thread | cpu #11 (core 5, thread 1) -> 70%, 1.7 s
[00:01:23]    scenario peak clock: 4673 MHz on cpu #11 (core 5, thread 1)
[00:01:23] --- #18 RandomSubset (kernel: Mixed) ---
[00:01:23] Random subset | 3 cores, 4.7 s -> #0:50% #1:70% #12:50% #13:50% #8:100% #9:70%
[00:01:28]    scenario peak clock: 4725 MHz on cpu #9 (core 4, thread 1)
[00:01:28] --- #19 BoostHunt (kernel: Light) ---
[00:01:28] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:29]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:30]    cpu #2 (core 1, thread 0) -> 1.0 s, peak 4852 MHz
[00:01:31]    cpu #4 (core 2, thread 0) -> 800 ms, peak 4852 MHz
[00:01:32]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4824 MHz
[00:01:33]    cpu #8 (core 4, thread 0) -> 1.0 s, peak 4817 MHz
[00:01:34]    cpu #10 (core 5, thread 0) -> 800 ms, peak 4838 MHz
[00:01:35]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4821 MHz
[00:01:36]    cpu #14 (core 7, thread 0) -> 800 ms, peak 4851 MHz
[00:01:36]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:01:36] --- #20 Chaos (kernel: Mem) ---
[00:01:36] Chaos | random load on every thread, re-rolled every 100-800 ms, 3.4 s
[00:01:40]    scenario peak clock: 4826 MHz on cpu #14 (core 7, thread 0)
[00:01:41] --- #21 SingleThreadPartial (kernel: Avx2) ---
[00:01:41] Single thread partial | cpu #0 (core 0, thread 0) -> 30%, 199 ms
[00:01:41]    scenario peak clock: 4543 MHz on cpu #0 (core 0, thread 0)
[00:01:41] --- #22 CoreHop (kernel: Mixed) ---
[00:01:41] Core hopping | one thread at 100% jumping between random cores, 6.1 s
[00:01:48]    scenario peak clock: 4852 MHz on cpu #5 (core 2, thread 1)
[00:01:48] --- #23 BoostHunt (kernel: Light) ---
[00:01:48] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:49]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:50]    cpu #2 (core 1, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:51]    cpu #4 (core 2, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:52]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4830 MHz
[00:01:53]    cpu #8 (core 4, thread 0) -> 1.2 s, peak 4824 MHz
[00:01:55]    cpu #10 (core 5, thread 0) -> 1.2 s, peak 4834 MHz
[00:01:56]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4812 MHz
[00:01:57]    cpu #14 (core 7, thread 0) -> 1.0 s, peak 4852 MHz
[00:01:57]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:01:57] --- #24 SeesawHalves (kernel: Avx2) ---
[00:01:57] Seesaw | 4 cores vs 4 cores swap 100%/idle every 554 ms, 6.6 s
[00:02:04]    scenario peak clock: 4754 MHz on cpu #0 (core 0, thread 0)
[00:02:05] --- #25 BoostSpike (kernel: Light) ---
[00:02:05] Boost spike | 3 x (idle, then sudden light single-thread load)
[00:02:07]    1.8 s idle -> cpu #5 (core 2, thread 1) 100% for 500 ms, peak 4765 MHz
[00:02:10]    2.3 s idle -> cpu #13 (core 6, thread 1) 100% for 200 ms, peak 4757 MHz
[00:02:12]    1.9 s idle -> cpu #15 (core 7, thread 1) 100% for 800 ms, peak 4824 MHz
[00:02:12]    scenario peak clock: 4824 MHz on cpu #15 (core 7, thread 1)
[00:02:13] --- #26 CoreHop (kernel: Avx2) ---
[00:02:13] Core hopping | one thread at 100% jumping between random cores, 9.0 s
[00:02:22]    scenario peak clock: 4853 MHz on cpu #0 (core 0, thread 0)
[00:02:22] --- #27 BoostPulse (kernel: Light) ---
[00:02:22] Boost pulse | up to 5 light pulses 100-500 ms on / 100-500 ms idle on cpu #7 (core 3, thread 1)
[00:02:25]    scenario peak clock: 4789 MHz on cpu #7 (core 3, thread 1)
[00:02:25] --- #28 Ramp (kernel: Mixed) ---
[00:02:25] Ramp | active threads 1 -> 16 -> 1, step 296 ms
[00:02:35]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:02:35] --- #29 SeesawHalves (kernel: Int) ---
[00:02:35] Seesaw | 4 cores vs 4 cores swap 100%/idle every 112 ms, 6.1 s
[00:02:41]    scenario peak clock: 4677 MHz on cpu #6 (core 3, thread 0)
[00:02:42] --- #30 IdleThenBurst (kernel: Light) ---
[00:02:42] Idle then burst | 551 ms idle, then 1.6 s burst:
[00:02:43]    sudden all threads 50%
[00:02:44]    scenario peak clock: 4732 MHz on cpu #2 (core 1, thread 0)
[00:02:44] --- #31 BoostSpike (kernel: Light) ---
[00:02:44] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:02:49]    1.6 s idle -> cpu #4 (core 2, thread 0) 100% for 2.5 s, peak 4841 MHz
[00:02:51]    1.9 s idle -> cpu #10 (core 5, thread 0) 100% for 800 ms, peak 4776 MHz
[00:02:51]    scenario peak clock: 4841 MHz on cpu #4 (core 2, thread 0)
[00:02:52] --- #32 SeesawHalves (kernel: Mixed) ---
[00:02:52] Seesaw | 4 cores vs 4 cores swap 100%/idle every 235 ms, 537 ms
[00:02:53]    scenario peak clock: 4694 MHz on cpu #3 (core 1, thread 1)
[00:02:53] --- #33 SingleThread (kernel: Avx2) ---
[00:02:53] Single thread | cpu #11 (core 5, thread 1) -> 100%, 7.0 s
[00:03:00]    scenario peak clock: 4754 MHz on cpu #11 (core 5, thread 1)
[00:03:00] --- #34 AllPartial (kernel: Light) ---
[00:03:00] All threads partial | 50%, 743 ms
[00:03:00]    scenario peak clock: 4746 MHz on cpu #0 (core 0, thread 0)
[00:03:01] --- #35 SingleThread (kernel: Fp) ---
[00:03:01] Single thread | cpu #0 (core 0, thread 0) -> 85%, 227 ms
[00:03:01]    scenario peak clock: 4832 MHz on cpu #0 (core 0, thread 0)
[00:03:01] --- #36 SingleThreadPartial (kernel: Mixed) ---
[00:03:01] Single thread partial | cpu #15 (core 7, thread 1) -> 70%, 875 ms
[00:03:02]    scenario peak clock: 4783 MHz on cpu #15 (core 7, thread 1)
[00:03:02] --- #37 BoostSpike (kernel: Light) ---
[00:03:02] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:03:04]    1.9 s idle -> cpu #11 (core 5, thread 1) 100% for 200 ms, peak 4776 MHz
[00:03:07]    2.2 s idle -> cpu #6 (core 3, thread 0) 100% for 800 ms, peak 4790 MHz
[00:03:07]    scenario peak clock: 4790 MHz on cpu #6 (core 3, thread 0)
[00:03:07] --- #38 IdleThenBurst (kernel: Mem) ---
[00:03:07] Idle then burst | 488 ms idle, then 1.0 s burst:
[00:03:07]    sudden all threads 100%
[00:03:08] --- #39 SingleThreadPartial (kernel: Avx2) ---
[00:03:08] Single thread partial | cpu #7 (core 3, thread 1) -> 30%, 912 ms
[00:03:09]    scenario peak clock: 4018 MHz on cpu #7 (core 3, thread 1)
[00:03:09] --- #40 SeesawHalves (kernel: Mixed) ---
[00:03:09] Seesaw | 4 cores vs 4 cores swap 100%/idle every 593 ms, 8.8 s
[00:03:18]    scenario peak clock: 4645 MHz on cpu #0 (core 0, thread 0)
[00:03:18] --- #41 SingleThread (kernel: Light) ---
[00:03:18] Single thread | cpu #4 (core 2, thread 0) -> 100%, 2.2 s
[00:03:20]    scenario peak clock: 4852 MHz on cpu #4 (core 2, thread 0)
[00:03:21] --- #42 Chaos (kernel: Mixed) ---
[00:03:21] Chaos | random load on every thread, re-rolled every 100-800 ms, 3.2 s
[00:03:24]    scenario peak clock: 4692 MHz on cpu #11 (core 5, thread 1)
[00:03:25] --- #43 Ramp (kernel: Avx2) ---
[00:03:25] Ramp | active threads 1 -> 16 -> 1, step 296 ms
[00:03:35]    scenario peak clock: 4846 MHz on cpu #0 (core 0, thread 0)
[00:03:35] --- #44 SingleThread (kernel: Mixed) ---
[00:03:35] Single thread | cpu #3 (core 1, thread 1) -> 100%, 7.2 s
[00:03:42]    scenario peak clock: 4852 MHz on cpu #3 (core 1, thread 1)
[00:03:42] --- #45 BoostSpike (kernel: Light) ---
[00:03:42] Boost spike | 1 x (idle, then sudden light single-thread load)
[00:03:44]    1.2 s idle -> cpu #6 (core 3, thread 0) 100% for 500 ms, peak 4766 MHz
[00:03:44]    scenario peak clock: 4766 MHz on cpu #6 (core 3, thread 0)
[00:03:45] --- #46 SingleThreadPartial (kernel: Mixed) ---
[00:03:45] Single thread partial | cpu #1 (core 0, thread 1) -> 50%, 7.9 s
[00:03:53]    scenario peak clock: 4750 MHz on cpu #1 (core 0, thread 1)
[00:03:53] --- #47 BoostSpike (kernel: Light) ---
[00:03:53] Boost spike | 1 x (idle, then sudden light single-thread load)
[00:03:54]    933 ms idle -> cpu #12 (core 6, thread 0) 100% for 500 ms, peak 4792 MHz
[00:03:54]    scenario peak clock: 4792 MHz on cpu #12 (core 6, thread 0)
[00:03:54] --- #48 BoostPulse (kernel: Light) ---
[00:03:54] Boost pulse | up to 8 light pulses 100-500 ms on / 100-500 ms idle on random cores
[00:03:59]    scenario peak clock: 4851 MHz on cpu #3 (core 1, thread 1)
[00:04:00] --- #49 BoostSpike (kernel: Light) ---
[00:04:00] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:04:04]    2.1 s idle -> cpu #13 (core 6, thread 1) 100% for 1.5 s, peak 4799 MHz
[00:04:04]    1.8 s idle -> cpu #2 (core 1, thread 0) 100% for 300 ms
[00:04:04]    scenario peak clock: 4799 MHz on cpu #13 (core 6, thread 1)
[00:04:04] Finished | runtime 00:04:04, 49 scenarios, seed 163637
[00:04:04] Peak effective clock per core (Windows performance counters, active samples only):
[00:04:04]    core 0        : 4853 MHz
[00:04:04]    core 1        : 4852 MHz
[00:04:04]    core 2        : 4852 MHz
[00:04:04]    core 3        : 4851 MHz
[00:04:04]    core 4        : 4852 MHz
[00:04:04]    core 5        : 4852 MHz
[00:04:04]    core 6        : 4822 MHz
[00:04:04]    core 7        : 4858 MHz  <- highest
[00:04:04] [ PASS ] no calculation errors detected
[00:04:04] Note: instability often appears as WHEA errors, application crashes or system resets instead of calculation errors. Watch the WHEA counter in HWiNFO and check the last line of the log file after a crash.

Yanıtlarınız için teşekkür ederim!
Mesaj otomatik olarak birleştirildi:


Düzgün bakarsandan kastettiğiniz derece mi?
Mesaj otomatik olarak birleştirildi:


Teşekkürler.
Devamı için tıklayın...
Daha çok fiziksel bir hasar vermemek, sıcaklığın düşük olması da ömrü uzatır ama zaten bunlar çok çok uzun süreler önemsiz sayılır. İşlemciler sorun yaşayacak kadar ısınmalarına izin vermezler zaten.
 
Xenica yazmış:
Yazılım geliştiricisiyim, anakartım MSI B550 Gaming WIFI, işlemcimde başlıkta da belirttiğim üzere 5700x, ikisini de yeni ve sıfır olarak aldım. Amacım işlemcimin stok ayarların ötesine getirip gücünü 5800x'e yaklaştırmak fakat ömründen taviz vermemek (ayranım dökülmesin mishali :D).

Soğutucum Scythe Kotetsu Mark 4 Çift Fanlı modeli.
Direkt PBO açınca 180 wattları gördü ve 96-97 derecelere dayandı işlemci. Bende manuel yapmaya karar verdim.
PPT: 130
TDC: 110
EDC: 150
CO: -10
Boost Override: +200
PBO Scalar: 1x

Şu anda 4.9 ghzleri görüyorum (4.86 civarı, 4.9'a yuvarlıyor bazı uygulamalar), OCCT CPU testinde extreme modda 133 wattları kullanırken anlık 88, stabil olarak 82.5-83 dereceleri görüyorum. Oyunlarda ve normal kullanımda 70 dereceleri geçmiyor. Stok ayarlarda yük altında 3.6 GHZ'lere gerilerken, PBO ile 4.4 GHZ'de kalmayı başardım. Her hangi bir çökme sorun hata oluşmadı, bir çok testte denedim, CPU-Z, Cinebench 2026, OCCT Extreme (farklı modlarda da), Prime95 ve y-cruncher.

CPU-Z ve Cinebench 2026 120 watt ötesinde güç çekmiyor, sadece Prime95 ve OCCT gibi testler 133 wattları görebildi, buna göre değerlendirmenizi istiyorum aşağıdaki sonuçları:

CPU-Z PBO Aktif:
Alıntıyı görüntüle
CPU-Z PBO Kapalı:
Alıntıyı görüntüle

Cinebench 2026 PBO Aktif:
Alıntıyı görüntüle
(Muadil sistem performansı olarak gözüken de benim kendi PBO ile olan testim, farklı bir sistem değil, bilginize)

Cinebench 2026 PBO Kapalı:
Alıntıyı görüntüle

HWiNFO:
Alıntıyı görüntüle

Asıl soruma gelecek olursak, bu şekilde bırakırsam işlemcimin ömrü kısalır mı? Yoksa bu şekilde kalması yararıma mı olur?
Düşüncelerinizi merak ediyorum.
Teşekkürler.
Devamı için tıklayın...
İşlemcinin ömrü öyle biten bir şey değil ki yakmadıgın sürece
 
Xenica yazmış:
Bütün testlerden geçti, -20'deyim dün geceden beri, yine tüm testleri geçti, tamamen stabil duruyor, kendim yazılımcı olduğum için ayrıca test yazdım, onu da geçti, aşağı sonuçlarını bırakıyorum.

Kod: 
=== CPU Boost / PBO / Curve Optimizer Stability Test ===
[00:00:00] Topology | 8 cores / 16 logical CPUs (2 thread(s) per core)
[00:00:00] Kernels | Fp, Int, Avx2, Mem, Light
[00:00:00] Clock | monitor active, nominal clock 3401 MHz
[00:00:00] Seed | 163637, max scenario length 10 s
[00:00:00] Duration | until Ctrl+C
[00:00:00] Log file | cpu_stress_20261031_231922.log
[00:00:00] WARNING | this test drives the CPU to its power and thermal limits. Monitor temperatures.
[00:00:00] --- #1 CoreHop (kernel: Avx2) ---
[00:00:00] Core hopping | one thread at 100% jumping between random cores, 3.4 s
[00:00:04]    scenario peak clock: 4851 MHz on cpu #0 (core 0, thread 0)
[00:00:04] --- #2 SingleThread (kernel: Mem) ---
[00:00:04] Single thread | cpu #10 (core 5, thread 0) -> 100%, 1.4 s
[00:00:05]    scenario peak clock: 4852 MHz on cpu #10 (core 5, thread 0)
[00:00:05] --- #3 PulseTrain (kernel: Int) ---
[00:00:05] Pulse train | 11 pulses on core 7 at 100%, 40-300 ms on/off
[00:00:08]    scenario peak clock: 4814 MHz on cpu #15 (core 7, thread 1)
[00:00:09] --- #4 AllPartial (kernel: Light) ---
[00:00:09] All threads partial | 30%, 874 ms
[00:00:10]    scenario peak clock: 4820 MHz on cpu #1 (core 0, thread 1)
[00:00:10] --- #5 CoreHop (kernel: Fp) ---
[00:00:10] Core hopping | one thread at 100% jumping between random cores, 5.5 s
[00:00:16]    scenario peak clock: 4852 MHz on cpu #8 (core 4, thread 0)
[00:00:16] --- #6 SingleCoreAllThreads (kernel: Light) ---
[00:00:16] Single core asymmetric | core 7: thread 0 -> 100%, other threads -> 70%, 8.7 s
[00:00:25]    scenario peak clock: 4804 MHz on cpu #15 (core 7, thread 1)
[00:00:25] --- #7 IdleThenBurst (kernel: Light) ---
[00:00:25] Idle then burst | 1.3 s idle, then 8.7 s burst:
[00:00:26]    sudden all threads 100%
[00:00:36] --- #8 AllMax (kernel: Mem) ---
[00:00:36] ALL THREADS 100% | 16 threads, 5.6 s
[00:00:42] Cool-down 1.3 s
[00:00:43] --- #9 IdleThenBurst (kernel: Int) ---
[00:00:43] Idle then burst | 1.6 s idle, then 2.9 s burst:
[00:00:45]    sudden core 6 all threads 100%
[00:00:47]    scenario peak clock: 4760 MHz on cpu #12 (core 6, thread 0)
[00:00:47] --- #10 SingleThread (kernel: Mem) ---
[00:00:47] Single thread | cpu #7 (core 3, thread 1) -> 100%, 220 ms
[00:00:48]    scenario peak clock: 4850 MHz on cpu #7 (core 3, thread 1)
[00:00:49] --- #11 SingleCoreAllThreads (kernel: Avx2) ---
[00:00:49] Single core, all 2 threads | core 3 -> 100%, 5.6 s
[00:00:54]    scenario peak clock: 4799 MHz on cpu #7 (core 3, thread 1)
[00:00:54] --- #12 BoostPulse (kernel: Light) ---
[00:00:54] Boost pulse | up to 9 light pulses 100-500 ms on / 100-500 ms idle on random cores
[00:00:59]    scenario peak clock: 4851 MHz on cpu #14 (core 7, thread 0)
[00:00:59] --- #13 BoostHunt (kernel: Light) ---
[00:00:59] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:00]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4851 MHz
[00:01:01]    cpu #2 (core 1, thread 0) -> 800 ms, peak 4851 MHz
[00:01:02]    cpu #4 (core 2, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:03]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4842 MHz
[00:01:04]    cpu #8 (core 4, thread 0) -> 800 ms, peak 4819 MHz
[00:01:05]    cpu #10 (core 5, thread 0) -> 1.2 s, peak 4832 MHz
[00:01:07]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4821 MHz
[00:01:08]    cpu #14 (core 7, thread 0) -> 1.2 s, peak 4858 MHz
[00:01:08]    scenario peak clock: 4858 MHz on cpu #14 (core 7, thread 0)
[00:01:08] --- #14 AllMax (kernel: Light) ---
[00:01:08] ALL THREADS 100% | 16 threads, 756 ms
[00:01:10] --- #15 SeesawHalves (kernel: Mixed) ---
[00:01:10] Seesaw | 4 cores vs 4 cores swap 100%/idle every 415 ms, 2.1 s
[00:01:12]    scenario peak clock: 4756 MHz on cpu #1 (core 0, thread 1)
[00:01:13] --- #16 RandomSubset (kernel: Mixed) ---
[00:01:13] Random subset | 4 cores, 8.5 s -> #6:50% #12:50% #13:50% #8:50% #9:50% #2:100% #3:30%
[00:01:21]    scenario peak clock: 4852 MHz on cpu #3 (core 1, thread 1)
[00:01:22] --- #17 SingleThread (kernel: Mem) ---
[00:01:22] Single thread | cpu #11 (core 5, thread 1) -> 70%, 1.7 s
[00:01:23]    scenario peak clock: 4673 MHz on cpu #11 (core 5, thread 1)
[00:01:23] --- #18 RandomSubset (kernel: Mixed) ---
[00:01:23] Random subset | 3 cores, 4.7 s -> #0:50% #1:70% #12:50% #13:50% #8:100% #9:70%
[00:01:28]    scenario peak clock: 4725 MHz on cpu #9 (core 4, thread 1)
[00:01:28] --- #19 BoostHunt (kernel: Light) ---
[00:01:28] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:29]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:30]    cpu #2 (core 1, thread 0) -> 1.0 s, peak 4852 MHz
[00:01:31]    cpu #4 (core 2, thread 0) -> 800 ms, peak 4852 MHz
[00:01:32]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4824 MHz
[00:01:33]    cpu #8 (core 4, thread 0) -> 1.0 s, peak 4817 MHz
[00:01:34]    cpu #10 (core 5, thread 0) -> 800 ms, peak 4838 MHz
[00:01:35]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4821 MHz
[00:01:36]    cpu #14 (core 7, thread 0) -> 800 ms, peak 4851 MHz
[00:01:36]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:01:36] --- #20 Chaos (kernel: Mem) ---
[00:01:36] Chaos | random load on every thread, re-rolled every 100-800 ms, 3.4 s
[00:01:40]    scenario peak clock: 4826 MHz on cpu #14 (core 7, thread 0)
[00:01:41] --- #21 SingleThreadPartial (kernel: Avx2) ---
[00:01:41] Single thread partial | cpu #0 (core 0, thread 0) -> 30%, 199 ms
[00:01:41]    scenario peak clock: 4543 MHz on cpu #0 (core 0, thread 0)
[00:01:41] --- #22 CoreHop (kernel: Mixed) ---
[00:01:41] Core hopping | one thread at 100% jumping between random cores, 6.1 s
[00:01:48]    scenario peak clock: 4852 MHz on cpu #5 (core 2, thread 1)
[00:01:48] --- #23 BoostHunt (kernel: Light) ---
[00:01:48] Boost hunt | one light thread per core, everything else idle, starting at core 0, dwell <= 1.2 s
[00:01:49]    cpu #0 (core 0, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:50]    cpu #2 (core 1, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:51]    cpu #4 (core 2, thread 0) -> 1.2 s, peak 4852 MHz
[00:01:52]    cpu #6 (core 3, thread 0) -> 1.2 s, peak 4830 MHz
[00:01:53]    cpu #8 (core 4, thread 0) -> 1.2 s, peak 4824 MHz
[00:01:55]    cpu #10 (core 5, thread 0) -> 1.2 s, peak 4834 MHz
[00:01:56]    cpu #12 (core 6, thread 0) -> 1.2 s, peak 4812 MHz
[00:01:57]    cpu #14 (core 7, thread 0) -> 1.0 s, peak 4852 MHz
[00:01:57]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:01:57] --- #24 SeesawHalves (kernel: Avx2) ---
[00:01:57] Seesaw | 4 cores vs 4 cores swap 100%/idle every 554 ms, 6.6 s
[00:02:04]    scenario peak clock: 4754 MHz on cpu #0 (core 0, thread 0)
[00:02:05] --- #25 BoostSpike (kernel: Light) ---
[00:02:05] Boost spike | 3 x (idle, then sudden light single-thread load)
[00:02:07]    1.8 s idle -> cpu #5 (core 2, thread 1) 100% for 500 ms, peak 4765 MHz
[00:02:10]    2.3 s idle -> cpu #13 (core 6, thread 1) 100% for 200 ms, peak 4757 MHz
[00:02:12]    1.9 s idle -> cpu #15 (core 7, thread 1) 100% for 800 ms, peak 4824 MHz
[00:02:12]    scenario peak clock: 4824 MHz on cpu #15 (core 7, thread 1)
[00:02:13] --- #26 CoreHop (kernel: Avx2) ---
[00:02:13] Core hopping | one thread at 100% jumping between random cores, 9.0 s
[00:02:22]    scenario peak clock: 4853 MHz on cpu #0 (core 0, thread 0)
[00:02:22] --- #27 BoostPulse (kernel: Light) ---
[00:02:22] Boost pulse | up to 5 light pulses 100-500 ms on / 100-500 ms idle on cpu #7 (core 3, thread 1)
[00:02:25]    scenario peak clock: 4789 MHz on cpu #7 (core 3, thread 1)
[00:02:25] --- #28 Ramp (kernel: Mixed) ---
[00:02:25] Ramp | active threads 1 -> 16 -> 1, step 296 ms
[00:02:35]    scenario peak clock: 4852 MHz on cpu #0 (core 0, thread 0)
[00:02:35] --- #29 SeesawHalves (kernel: Int) ---
[00:02:35] Seesaw | 4 cores vs 4 cores swap 100%/idle every 112 ms, 6.1 s
[00:02:41]    scenario peak clock: 4677 MHz on cpu #6 (core 3, thread 0)
[00:02:42] --- #30 IdleThenBurst (kernel: Light) ---
[00:02:42] Idle then burst | 551 ms idle, then 1.6 s burst:
[00:02:43]    sudden all threads 50%
[00:02:44]    scenario peak clock: 4732 MHz on cpu #2 (core 1, thread 0)
[00:02:44] --- #31 BoostSpike (kernel: Light) ---
[00:02:44] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:02:49]    1.6 s idle -> cpu #4 (core 2, thread 0) 100% for 2.5 s, peak 4841 MHz
[00:02:51]    1.9 s idle -> cpu #10 (core 5, thread 0) 100% for 800 ms, peak 4776 MHz
[00:02:51]    scenario peak clock: 4841 MHz on cpu #4 (core 2, thread 0)
[00:02:52] --- #32 SeesawHalves (kernel: Mixed) ---
[00:02:52] Seesaw | 4 cores vs 4 cores swap 100%/idle every 235 ms, 537 ms
[00:02:53]    scenario peak clock: 4694 MHz on cpu #3 (core 1, thread 1)
[00:02:53] --- #33 SingleThread (kernel: Avx2) ---
[00:02:53] Single thread | cpu #11 (core 5, thread 1) -> 100%, 7.0 s
[00:03:00]    scenario peak clock: 4754 MHz on cpu #11 (core 5, thread 1)
[00:03:00] --- #34 AllPartial (kernel: Light) ---
[00:03:00] All threads partial | 50%, 743 ms
[00:03:00]    scenario peak clock: 4746 MHz on cpu #0 (core 0, thread 0)
[00:03:01] --- #35 SingleThread (kernel: Fp) ---
[00:03:01] Single thread | cpu #0 (core 0, thread 0) -> 85%, 227 ms
[00:03:01]    scenario peak clock: 4832 MHz on cpu #0 (core 0, thread 0)
[00:03:01] --- #36 SingleThreadPartial (kernel: Mixed) ---
[00:03:01] Single thread partial | cpu #15 (core 7, thread 1) -> 70%, 875 ms
[00:03:02]    scenario peak clock: 4783 MHz on cpu #15 (core 7, thread 1)
[00:03:02] --- #37 BoostSpike (kernel: Light) ---
[00:03:02] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:03:04]    1.9 s idle -> cpu #11 (core 5, thread 1) 100% for 200 ms, peak 4776 MHz
[00:03:07]    2.2 s idle -> cpu #6 (core 3, thread 0) 100% for 800 ms, peak 4790 MHz
[00:03:07]    scenario peak clock: 4790 MHz on cpu #6 (core 3, thread 0)
[00:03:07] --- #38 IdleThenBurst (kernel: Mem) ---
[00:03:07] Idle then burst | 488 ms idle, then 1.0 s burst:
[00:03:07]    sudden all threads 100%
[00:03:08] --- #39 SingleThreadPartial (kernel: Avx2) ---
[00:03:08] Single thread partial | cpu #7 (core 3, thread 1) -> 30%, 912 ms
[00:03:09]    scenario peak clock: 4018 MHz on cpu #7 (core 3, thread 1)
[00:03:09] --- #40 SeesawHalves (kernel: Mixed) ---
[00:03:09] Seesaw | 4 cores vs 4 cores swap 100%/idle every 593 ms, 8.8 s
[00:03:18]    scenario peak clock: 4645 MHz on cpu #0 (core 0, thread 0)
[00:03:18] --- #41 SingleThread (kernel: Light) ---
[00:03:18] Single thread | cpu #4 (core 2, thread 0) -> 100%, 2.2 s
[00:03:20]    scenario peak clock: 4852 MHz on cpu #4 (core 2, thread 0)
[00:03:21] --- #42 Chaos (kernel: Mixed) ---
[00:03:21] Chaos | random load on every thread, re-rolled every 100-800 ms, 3.2 s
[00:03:24]    scenario peak clock: 4692 MHz on cpu #11 (core 5, thread 1)
[00:03:25] --- #43 Ramp (kernel: Avx2) ---
[00:03:25] Ramp | active threads 1 -> 16 -> 1, step 296 ms
[00:03:35]    scenario peak clock: 4846 MHz on cpu #0 (core 0, thread 0)
[00:03:35] --- #44 SingleThread (kernel: Mixed) ---
[00:03:35] Single thread | cpu #3 (core 1, thread 1) -> 100%, 7.2 s
[00:03:42]    scenario peak clock: 4852 MHz on cpu #3 (core 1, thread 1)
[00:03:42] --- #45 BoostSpike (kernel: Light) ---
[00:03:42] Boost spike | 1 x (idle, then sudden light single-thread load)
[00:03:44]    1.2 s idle -> cpu #6 (core 3, thread 0) 100% for 500 ms, peak 4766 MHz
[00:03:44]    scenario peak clock: 4766 MHz on cpu #6 (core 3, thread 0)
[00:03:45] --- #46 SingleThreadPartial (kernel: Mixed) ---
[00:03:45] Single thread partial | cpu #1 (core 0, thread 1) -> 50%, 7.9 s
[00:03:53]    scenario peak clock: 4750 MHz on cpu #1 (core 0, thread 1)
[00:03:53] --- #47 BoostSpike (kernel: Light) ---
[00:03:53] Boost spike | 1 x (idle, then sudden light single-thread load)
[00:03:54]    933 ms idle -> cpu #12 (core 6, thread 0) 100% for 500 ms, peak 4792 MHz
[00:03:54]    scenario peak clock: 4792 MHz on cpu #12 (core 6, thread 0)
[00:03:54] --- #48 BoostPulse (kernel: Light) ---
[00:03:54] Boost pulse | up to 8 light pulses 100-500 ms on / 100-500 ms idle on random cores
[00:03:59]    scenario peak clock: 4851 MHz on cpu #3 (core 1, thread 1)
[00:04:00] --- #49 BoostSpike (kernel: Light) ---
[00:04:00] Boost spike | 2 x (idle, then sudden light single-thread load)
[00:04:04]    2.1 s idle -> cpu #13 (core 6, thread 1) 100% for 1.5 s, peak 4799 MHz
[00:04:04]    1.8 s idle -> cpu #2 (core 1, thread 0) 100% for 300 ms
[00:04:04]    scenario peak clock: 4799 MHz on cpu #13 (core 6, thread 1)
[00:04:04] Finished | runtime 00:04:04, 49 scenarios, seed 163637
[00:04:04] Peak effective clock per core (Windows performance counters, active samples only):
[00:04:04]    core 0        : 4853 MHz
[00:04:04]    core 1        : 4852 MHz
[00:04:04]    core 2        : 4852 MHz
[00:04:04]    core 3        : 4851 MHz
[00:04:04]    core 4        : 4852 MHz
[00:04:04]    core 5        : 4852 MHz
[00:04:04]    core 6        : 4822 MHz
[00:04:04]    core 7        : 4858 MHz  <- highest
[00:04:04] [ PASS ] no calculation errors detected
[00:04:04] Note: instability often appears as WHEA errors, application crashes or system resets instead of calculation errors. Watch the WHEA counter in HWiNFO and check the last line of the log file after a crash.

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İyi soğutma ve sıcaklıkları gözeterek vaktini geçirmeden termal bakımları yapıldıktan sonra bir sorun yaşanacağını sanmıyorum.

Ben 5700x’le +200 MHz verdiğim zaman deneyimim çok kötü olmuştu seninki daha iyi duruyor.

Bir de merak ettiğim bir şey var. +200 MHz vermeden sadece CO ile kaç derece oluyordu sıcaklık
 
Buraya cevap vermek için giriş yapmalı veya kayıt olmalısınız.

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