Alphacool Eisbaer Aurora 240 i.V.m. i5 12600k

Airfrischung

Schraubenverwechsler(in)
Hallo zusammen,

ich hatte das Problem, dass meine CPU-Lüfter der WaKü immer wieder voll hochgedreht sind. Somit habe ich mich auf die Suche nach dem Problem gemacht, bin dabei aber auf ein anderes gestoßen. Wenn ich Pime95 laufen lasse, erreicht meine CPU irgendwann die max. Temp von 100°C (binnen 5- 8 Minuten) und das trotz der Alphacool Eisbaer 240 Aurora.

System:
CPU: i5 12600k
MoBo: Gigabyte Z690 Gaming X Rev. 1.0 DDR4
RAM: 16GB DDR4 RAM 3200
GraKa: Gigabyte RTX 3060ti EAGLE
Case: fractal Desing Meshify C

Front Lüfter:
3x Corsair 120 LL RGB

Rear Lüfter:
1x BeQuiet 120

WaKü oben:
Alphacool Eisbaer Aurora 240, Pumpe über 12V (gem. Anleitung) direkt am Netzteil angeschlossen. Pumpensteuerung über MoBo funktioniert bei mir nicht, da das Kabel zu kurz ist. Pumpe läuft spürbar.

Ich habe bereits...

die Wärmeleitpaste ausgetauscht (hatte hierbei auch bei vorigen Systemen nie Probleme).
das WaKü-System auf 100% laufen lassen (dennoch 100°C erreicht).
geschaut dass das MoBo keine automatischen Boost/OC durchführt (habe es im Inet gelesen, dass viele MoBo´s dies automatisch machen).
BIOS geupdatet. (Temps sind besser geworden, siehe Screenshot)

Vielleicht kann mir hier jemand helfen. Ich sitze nun schon seit gestern an dem Problem und bekomme es nicht behoben...


HWiNFO64 Version 7.16-4650

DESKTOP-AN2IRSC -----------------------------------------------------------

[Current Computer]
Computer Name: DESKTOP-AN2IRSC
Computer Brand Name: GIGABYTE Z690 GAMING X DDR4
[Operating System]
Operating System: Microsoft Windows 11 Home (x64) Build 22000.376
UEFI Boot: Present
Secure Boot: Disabled
Hypervisor-protected Codetegrity (HVCI): Disabled

Central Processor(s) ------------------------------------------------------

[CPU Unit Count]
Number Of Processor Packages (Physical): 1
Number Of Processor Cores: 10
Number Of Logical Processors: 16

Intel Core i5-12600K ------------------------------------------------------

[General Information]
Processor Name: Intel Core i5-12600K
Original Processor Frequency: 3700.0 MHz
Original Processor Frequency [MHz]: 3700
CPU ID: 00090672
CPU Brand Name: 12th Gen Intel(R) Core(TM) i5-12600K
CPU Vendor: GenuineIntel
CPU Stepping: C0
CPU Code Name: Alder Lake-S 641
CPU Technology: 10 nm
CPU S-Spec: SRL4T
CPU Thermal Design Power (TDP): 125.0 W
CPU Power Limits (Max): Power = Unlimited, Time = Unlimited
CPU Power Limit 1 (Long Duration)/Processor Base Power (PBP): Power = Unlimited, Time = 8.00 sec [Unlocked]
CPU Power Limit 2 (Short Duration)/Maximum Turbo Power (MTP): Power = Unlimited, Time = 2.44 ms [Unlocked]
CPU Max. Junction Temperature (Tj,max): 100 °C
CPU Type: Production Unit
CPU Platform: Socket V (LGA1700)
Microcode Update Revision: 13
Number of CPU Cores: 6 Performance, 4 Efficient
Number of Logical CPUs: 12 Performance, 4 Efficient
[Operating Points]
CPU LFM (Minimum): 800.0 MHz = 8 x 100.0 MHz
CPU HFM (Base): 3700.0 MHz = 37 x 100.0 MHz
CPU Turbo Max: 4900.0 MHz = 49 x 100.0 MHz [Unlocked]
Turbo Ratio Limits (P-Cores) - IA/SSE: 49x (1-2c), 47x (3-4c), 45x (5-6c)
Turbo Ratio Limits (E-Cores): 36x (1-2c), 34x (3-8c)
Turbo Ratio Limits - AVX2, Resolved: 49x (1-2c), 47x (3-4c), 45x (5-6c)
CPU Current: 4500.0 MHz = 45 x 100.0 MHz @ 1.1986 V
LLC/Ring Maximum: 4500.0 MHz = 45.00 x 100.0 MHz
LLC/Ring Current: 3600.0 MHz = 36.00 x 100.0 MHz
CPU Bus Type: Intel Direct Media Interface (DMI) v2.0
Number of Overclocking Bins: Unlimited
[IA Overclocking]
Voltage Offset: Supported
Voltage Override: Supported
Ratio Overclocking: Supported
Fused Ratio Limit: 85x
OC Ratio Limit: 49x
Voltage Mode: Interpolative
Voltage Offset: 0 mV
IccMax: Unlimited
[GT Overclocking]
Voltage Offset: Supported
Voltage Override: Supported
Ratio Overclocking: Supported
Fused Ratio Limit: 42x
OC Ratio Limit: 29x
Voltage Mode: Interpolative
Voltage Offset: 0 mV
IccMax: Unlimited
[CLR (CBo/LLC/Ring) Overclocking]
Voltage Offset: Supported
Voltage Override: Supported
Ratio Overclocking: Supported
Fused Ratio Limit: 85x
OC Ratio Limit: 45x
Voltage Mode: Interpolative
Voltage Offset: 0 mV
[GT Media Overclocking]
Voltage Offset: Supported
Voltage Override: Supported
Ratio Overclocking: Supported
Fused Ratio Limit: 42x
OC Ratio Limit: N/A
Voltage Mode: Interpolative
Voltage Offset: 0 mV
[SA Overclocking]
Voltage Offset: Supported
Voltage Override: Supported
Ratio Overclocking: Not Supported
Fused Ratio Limit: N/A
OC Ratio Limit: N/A
Voltage Mode: Interpolative
Voltage Offset: 0 mV
IA Domain Loadline (AC/DC): 0.700 / 0.900 mOhm
GT Domain Loadline (AC/DC): 4.000 / 4.000 mOhm
[Cache and TLB]
L1 Cache (P-Cores): Instruction: 6 x 32 KBytes, Data: 6 x 48 KBytes
L1 Cache (E-Cores): Instruction: 4 x 64 KBytes, Data: 4 x 32 KBytes
L2 Cache (P-Cores): Integrated: 6 x 1280 KBytes
L2 Cache (E-Cores): Integrated: 2 MBytes
L3 Cache: 20 MBytes
Instruction TLB: 2MB/4MB Pages, 8-way set associative, 4 sets
Unified TLB: 4KB/2MB/4MB Pages, 8-way set associative, 128 sets
[Standard Feature Flags]
FPU on Chip Present
Enhanced Virtual-86 Mode Present
I/O Breakpoints Present
Page Size Extensions Present
Time Stamp Counter Present
Pentium-style Model Specific Registers Present
Physical Address Extension Present
Machine Check Exception Present
CMPXCHG8B Instruction Present
APIC On Chip / PGE (AMD) Present
Fast System Call Present
Memory Type Range Registers Present
Page Global Feature Present
Machine Check Architecture Present
CMOV Instruction Present
Page Attribute Table Present
36-bit Page Size Extensions Present
Processor Number Not Present
CLFLUSH Instruction Present
Debug Trace and EMON Store Present
Internal ACPI Support Present
MMX Technology Present
Fast FP Save/Restore (IA MMX-2) Present
Streaming SIMD Extensions Present
Streaming SIMD Extensions 2 Present
Self-Snoop Present
Multi-Threading Capable Present
Automatic Clock Control Present
IA-64 Processor Not Present
Signal Break on FERR Present
Virtual Machine Extensions (VMX) Present
Safer Mode Extensions (Intel TXT) Present
Streaming SIMD Extensions 3 Present
Supplemental Streaming SIMD Extensions 3 Present
Streaming SIMD Extensions 4.1 Present
Streaming SIMD Extensions 4.2 Present
AVX Support Present
Fused Multiply Add (FMA) Present
Carryless Multiplication (PCLMULQDQ)/GFMUL Present
CMPXCHG16B Support Present
MOVBE Instruction Present
POPCNT Instruction Present
XSAVE/XRSTOR/XSETBV/XGETBV Instructions Present
XGETBV/XSETBV OS Enabled Present
Float16 Instructions Present
AES Cryptography Support Present
Random Number Read Instruction (RDRAND) Present
Extended xAPIC Present
MONITOR/MWAIT Support Present
Thermal Monitor 2 Present
Enhanced SpeedStep Technology Present
L1 Context ID Not Present
Send Task Priority Messages Disabling Present
Processor Context ID Present
Direct Cache Access Not Present
TSC-deadline Timer Present
Performance/Debug Capability MSR Present
IA32 Debug Interface Support Present
64-Bit Debug Store Present
CPL Qualified Debug Store Present
[Extended Feature Flags]
64-bit Extensions Present
RDTSCP and TSC_AUX Support Present
1 GB large page support Present
No Execute Present
SYSCALL/SYSRET Support Present
Bit Manipulation Instructions Set 1 Present
Bit Manipulation Instructions Set 2 Present
Advanced Vector Extensions 2 (AVX2) Present
Advanced Vector Extensions 512 (AVX-512) Foundation Not Present
AVX-512 Prefetch Instructions Not Present
AVX-512 Exponential and Reciprocal Instructions Not Present
AVX-512 Conflict Detection Instructions Not Present
AVX-512 Doubleword and Quadword Instructions Not Present
AVX-512 Byte and Word Instructions Not Present
AVX-512 Vector Length Extensions Not Present
AVX-512 52-bit Integer FMA Instructions Not Present
Secure Hash Algorithm (SHA) Extensions Present
Software Guard Extensions (SGX) Support Not Present
Supervisor Mode Execution Protection (SMEP) Present
Supervisor Mode Access Prevention (SMAP) Present
Hardware Lock Elision (HLE) Not Present
Restricted Transactional Memory (RTM) Not Present
Memory Protection Extensions (MPX) Not Present
Read/Write FS/GS Base Instructions Present
Enhanced Performance String Instruction Present
INVPCID Instruction Present
RDSEED Instruction Present
Multi-precision Add Carry Instructions (ADX) Present
PCOMMIT Instructions Not Present
CLFLUSHOPT Instructions Present
CLWB Instructions Present
TSC_THREAD_OFFSET Present
Platform Quality of Service Monitoring (PQM) Not Present
Platform Quality of Service Enforcement (PQE) Present
FPU Data Pointer updated only on x87 Exceptions Present
Deprecated FPU CS and FPU DS Present
Intel Processor Trace Present
PREFETCHWT1 Instruction Not Present
AVX-512 Vector Bit Manipulation Instructions Not Present
AVX-512 Vector Bit Manipulation Instructions 2 Not Present
AVX-512 Galois Fields New Instructions Present
AVX-512 Vector AES Present
AVX-512 Vector Neural Network Instructions Not Present
AVX-512 Bit Algorithms Not Present
AVX-512 Carry-Less Multiplication Quadword (VPCLMULQDQ) Present
AVX-512 Vector POPCNT (VPOPCNTD/VPOPCNTQ) Not Present
User-Mode Instruction Prevention Present
Protection Keys for User-mode Pages Present
OS Enabled Protection Keys Not Present
Wait and Pause Enhancements (WAITPKG) Present
Total Memory Encryption Present
Key Locker Present
57-bit Linear Addresses, 5-level Paging Not Present
Read Processor ID Present
Cache Line Demote Not Present
MOVDIRI: Direct Stores Present
MOVDIR64B: Direct Stores Present
ENQCMD: Enqueue Stores Not Present
SGX Launch Configuration Not Present
Protection Keys for Supervisor-Mode Pages Present
Control-Flow Enforcement Technology (CET) Shadow Stack Present
AVX-512 4 x Vector Neural Network Instructions Word Variable Precision Not Present
AVX-512 4 x Fused Multiply Accumulation Packed Single Precision Not Present
Fast Short REP MOV Present
User Interrupts Not Present
AVX-512 VP2INTERSECT Support Not Present
AVX-512 FP16 Not Present
MD_CLEAR Support Present
SERIALIZE Present
Hybrid Processor Present
TSX Suspend Load Address Tracking Not Present
Platform Configuration (PCONFIG) Present
Indirect Branch Restricted Speculation (IBRS), Indirect Branch Predictor Barrier (IBPB) Present
Single Thread Indirect Branch Predictors (STIBP) Present
L1D_FLUSH Support Present
IA32_ARCH_CAPABILITIES MSR Present
IA32_CORE_CAPABILITIES MSR Present
Speculative Store Bypass Disable (SSBD) Present
Control-Flow Enforcement Technology (CET) Indirect Branch Tracking Present
Advanced Matrix Extensions (AMX) Tile Architecture Not Present
Advanced Matrix Extensions (AMX) bfloat16 Support Not Present
Advanced Matrix Extensions (AMX) 8-bit Integer Operations Not Present
AVX (VEX-encoded) Vector Neural Network Instructions Present
AVX-512 BFLOAT16 Instructions Not Present
Fast Zero-Length MOVSB Not Present
Fast Short STOSB Present
Fast Short CMPSB, SCASB Not Present
History Reset Present
Linear Address Masking Not Present
[Vulnerability Mitigation Mechanisms]
Rogue Data Cache Load (RDCL) Not Susceptible
Speculative Store Bypass (SSB) Susceptible
Microarchitectural Data Sampling (MDS) Not Susceptible
MCE on modifying code page size without TLB invalidation Not Susceptible
Transactional Asynchronous Abort (TAA) Not Affected
Indirect Branch Restriction Speculation (IBRS) Supported
RSB Alternate Not Supported
L1D Flush on VM Entry Not Needed Supported
Energy Filtering Control Supported
Energy Filtering Status Disabled
[Enhanced Features]
Thermal Monitor 1: Supported, Enabled
Thermal Monitor 2: Supported, Enabled
Enhanced Intel SpeedStep (GV3): Supported, Enabled
Bi-directional PROCHOT#: Enabled
Extended Auto-HALT State C1E: Enabled
MLC Streamer Prefetcher Supported, Enabled
MLC Spatial Prefetcher Supported, Enabled
DCU Streamer Prefetcher Supported, Enabled
DCU IP Prefetcher Supported, Enabled
Intel Dynamic Acceleration (IDA) Technology: Not Supported
Intel Dynamic FSB Switching: Not Supported
Intel Turbo Boost Technology: Supported, Enabled
Programmable Ratio Limits: Supported, Disabled
Programmable TDC/TDP Limits: Supported, Disabled
Hardware Duty Cycling: Not Supported
Intel Speed Select: Not Supported
[CPU SKU Features]
NVME: Supported
DMI x4 Width: Supported
DRAM ECC: Not Supported
VT-d: Supported
DMI in Gen2 Mode: Supported
PEG in Gen2 Mode: Supported
1N Mode DDR Timings: Supported
Camarillo (DTT) Device: Supported
2 DIMMs per Channel: Supported
X2APIC: Supported
Dual Memory Channel: Supported
Integrated GPU (IGD): Enabled
2 Level Memory (2LM): Not Supported
DDR Overclocking: Enabled
Maximum Memory Size per Channel: 32 GB (unlimited)
IMGU Device: Not Supported
Intel Processor Trace (Northpeak): Supported
Overclocking: Enabled
Hyper-Threading (SMT): Supported
SVM: Supported
Additive Graphics: Supported
Additive Graphics: Disabled
PCIe Gen 3: Supported
DMI Gen 3: Supported
HDCP: Supported
L Technology: 1LM
VMD: Supported
PCIe Gen 5: Supported
PCIe Gen 4: Supported
BCLK OC Limit: Unlimited
DDR4: Supported
LPDDR4: Not Supported
Dynamic Memory Frequency (QCLK GV): Supported
Software Guard Extension (SGX): Not Supported
DDR5: Supported
LPDDR5: Not Supported
[Voltage Regulator (SVID)]
VCC VR: Intersil ISL69269, IMVP9.1
VR Thermal Sensor: Supported
[Memory Ranges]
Maximum Physical Address Size: 46-bit (64 TBytes)
Maximum Virtual Address Size: 48-bit (256 TBytes)
[MTRRs]
Range 0-800000000 (0MB-32768MB) Type: Write Back (WB)
Range 40000000-80000000 (1024MB-2048MB) Type: Uncacheable (UC)
Range 80000000-100000000 (2048MB-4096MB) Type: Uncacheable (UC)
 

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Noel1987

BIOS-Overclocker(in)
Die Temperatur in Prime ist normal
Es ist halt ne 240er aio
Diese ist zu vergleichen mit stärkeren Luftkühler und nicht mit einer custom Wasserkühlung.

Du kommst ins thermal Limit
Bei so ca.150 Watt
Mehr schafft deine Kühlung nicht
Deine CPU taktet so auf ca. 4250 MHz runter


Also Powerlimit auf 140 Watt setzen da dein kühler nur 150 Watt packt
Das ist aber auch nur Prime da du dort eine extreme Last hast
Dennoch wird auch bei anderen Anwendungen die 150 Watt ziehen thermische Grenzen eingreifen

Deswegen ist 140 Watt ein guter Wert und wenn du nur spielst kommst du eh nicht daran
 
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TE
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Airfrischung

Airfrischung

Schraubenverwechsler(in)
Finale Lösung:

War mit dem Problem so nicht zufrieden und habe mal weiter nachgehakt. Wie sich herausgestellt hat, war mein Gigabyte MoBo zu instabil für den Sockel inkl. eingelegter CPU und bog sich so sehr, dass meine WaKü nur zu Teilen auf dem CPU saß. (Dank an Alphacool für die Offenlegung der Probleme beim Sockel LGA 1700)

Habe mir ein anderes Board gekauft (MSI MPG Z690 Edge Wifi D4) und das alte an den Händler mit der Reklamation geschickt (seitens Händler gab es noch keine Rückinfo). Die Boards von MSI haben eine relativ massive Backplate, das Board biegt sich nicht am Sockel, der Kühler sitzt optimal und die Temperaturen sind im absolut grünen Bereich.

Ärgerlich dass hier am Endverbraucher getestet wird, vor allem bei den MoBo Preisen.
 

IICARUS

Kokü-Junkie (m/w)
Mir kam es auch komisch vor, denn 150 Watt sind jetzt auch nicht viel gewesen. Mit über 250 Watt hätte ich auch auf selbe geschlossen, aber nicht bereits mit nur 150 Watt. Habe dasselbe MSI Board verbaut und kann bestätigen, dass es ein sehr gutes Board ist und bei mir sich auch nichts durchbiegt. Auch bei mir sind sehr gute Temperaturen vorhanden.

War eine sehr gute Wahl, dir das Edge Board zu kaufen.
Bin auch sehr begeistert, wie gut es abscheidet. :daumen:
 
TE
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Airfrischung

Airfrischung

Schraubenverwechsler(in)
Du hast den blend Test gestartet oder ?
Warte Mal ein paar min 😂

Tatsache! Das Thema ist für mich schon durch, da ich keine Probleme mehr habe. Wollte nur fix zahlen liefern und bin da etwas zu schnell gewesen.

Hier ist nochmal der "smallest FFTs", bei 15 Minuten Laufzeit. Ist nicht repräsentativ als Dauertest, hätte es damals aber nicht so lange geschafft.
 

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