Notebook Samsung Odyssey superaquecendo em jogos

22 de maio de 2019

Meu notebook está chegando a 94 graus quando estou jogando, é um samsung odyssey com 8gb ram, i7700HQ, gt 1050 4gb e está com uma base cooler da multilaser embaixo em mesmo assim não da mais conta de jogos assim, até no cs go com tudo no mínimo ele chega à 80 graus mesmo rodando à 60fps sem drops. Se alguém puder ajudar.. Obrigado.

Fiz um teste no far cry 5 com tudo no mínimo em full hd 1920x1080, fps fica à 60 e com drops de 5-10 fps as vezes.

CPUID HWMonitor Report
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Binaries
-------------------------------------------------------------------------

HWMonitor version 1.3.9.0

Monitoring
-------------------------------------------------------------------------

Mainboard Model NP800G5M-XG2BR (0x00000391 - 0x6984A9A8)

LPCIO
-------------------------------------------------------------------------

Hardware Monitors
-------------------------------------------------------------------------

Hardware monitor       ACPI
   Temperature 0       88 degC (190 degF) [0xE1C] (TZ00)
   Temperature 1       88 degC (190 degF) [0xE1C] (TZ01)

Hardware monitor       Battery
   Voltage 0       12.73 Volts [0x31BC] (Current Voltage)
   Capacity 0       43092 mWh [0xA854] (Designed Capacity)
   Capacity 1       42180 mWh [0xA4C4] (Full Charge Capacity)
   Capacity 2       33744 mWh [0x83D0] (Current Capacity)
   Level 0           3 pc [0x61] (Wear Level)
   Level 1           80 pc [0x50] (Charge Level)

Hardware monitor D3D

Hardware monitor       Intel I/O
   Temperature 0       73 degC (163 degF) [0x49] (GPU)
   Clock Speed 0       0.00 MHz [0x0] (Graphics)

Hardware monitor D3D

Hardware monitor       NVIDIA NVAPI
   Voltage 0       0.63 Volts [0x271] (GPU)
   Temperature 0       67 degC (152 degF) [0x43] (GPU)
   Clock Speed 0       670.50 MHz [0x29E] (Graphics)
   Clock Speed 1       810.00 MHz [0x29E] (Memory)

Processors
-------------------------------------------------------------------------

Number of sockets 1
Number of threads 8

APICs
-------------------------------------------------------------------------

Socket 0
   -- Core 0 (ID 0)
       -- Thread 0   0
       -- Thread 1   1
   -- Core 1 (ID 1)
       -- Thread 2   2
       -- Thread 3   3
   -- Core 2 (ID 2)
       -- Thread 4   4
       -- Thread 5   5
   -- Core 3 (ID 3)
       -- Thread 6   6
       -- Thread 7   7

Timers
-------------------------------------------------------------------------

   ACPI timer       3.580 MHz
   Perf timer       2.742 MHz
   Sys timer       1.000 KHz

Processors Information
-------------------------------------------------------------------------

Socket 1           ID = 0
   Number of cores       4 (max 4)
   Number of threads   8 (max
   Name           Intel Core i7 7700HQ
   Codename       Kaby Lake
   Specification       Intel(R) Core(TM) i7-7700HQ CPU @ 2.80GHz
   Package (platform ID)   Socket 1440 FCBGA (0x5)
   CPUID           6.E.9
   Extended CPUID       6.9E
   Core Stepping       B0
   Technology       14 nm
   TDP Limit       45.0 Watts
   Tjmax           100.0 °C
   Core Speed       2799.3 MHz
   Multiplier x Bus Speed   28.0 x 100.0 MHz
   Base frequency (cores)   100.0 MHz
   Base frequency (ext.)   100.0 MHz
   Stock frequency       2800 MHz
   Max frequency       3800 MHz
   Instructions sets   MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, EM64T, VT-x, AES, AVX, AVX2, FMA3
   Microcode Revision   0x8E
   L1 Data cache       4 x 32 KBytes, 8-way set associative, 64-byte line size
   L1 Instruction cache   4 x 32 KBytes, 8-way set associative, 64-byte line size
   L2 cache       4 x 256 KBytes, 4-way set associative, 64-byte line size
   L3 cache       6 MBytes, 12-way set associative, 64-byte line size
   Max CPUID level       00000016h
   Max CPUID ext. level   80000008h
   Cache descriptor   Level 1, D, 32 KB, 2 thread(s)
   Cache descriptor   Level 1, I, 32 KB, 2 thread(s)
   Cache descriptor   Level 2, U, 256 KB, 2 thread(s)
   Cache descriptor   Level 3, U, 6 MB, 16 thread(s)
   FID/VID Control       yes

   IBRS           supported, disabled
   IBPB           supported
   STIBP           supported, disabled
   RDCL_NO           no
   IBRS_ALL       not supported
   Turbo Mode       supported, disabled
   Max non-turbo ratio   28x
   Max turbo ratio       38x
   Max efficiency ratio   8x
   Speedshift       Autonomous
   O/C bins       none
   Ratio 1 core       38x
   Ratio 2 cores       36x
   Ratio 3 cores       35x
   Ratio 4 cores       34x
   IA Voltage Mode       PCU adaptive
   IA Voltage Offset   0 mV
   GT Voltage Mode       PCU adaptive
   GT Voltage Offset   0 mV
   LLC/Ring Voltage Mode   PCU adaptive
   LLC/Ring Voltage Offset   0 mV
   Agent Voltage Mode   PCU adaptive
   Agent Voltage Offset   0 mV
   TDP Level       45.0 W @ 28x
   TDP Level       35.0 W @ 17x

   Temperature 0       86 degC (186 degF) (Package)
   Temperature 1       86 degC (186 degF) (Core #0)
   Temperature 2       83 degC (181 degF) (Core #1)
   Temperature 3       84 degC (183 degF) (Core #2)
   Temperature 4       76 degC (168 degF) (Core #3)
   Voltage 0       +0.00 Volts (IA Offset)
   Voltage 1       +0.00 Volts (GT Offset)
   Voltage 2       +0.00 Volts (LLC/Ring Offset)
   Voltage 3       +0.00 Volts (System Agent Offset)
   Voltage 4       0.92 Volts (VID #0)
   Voltage 5       0.92 Volts (VID #1)
   Voltage 6       0.92 Volts (VID #2)
   Voltage 7       0.93 Volts (VID #3)
   Power 00       14.66 W (Package)
   Power 01       12.01 W (IA Cores)
   Power 02       0.61 W (GT)
   Power 03       2.04 W (Uncore)
   Power 04       0.97 W (DRAM)
   Clock Speed 0       2799.33 MHz (Core #0)
   Clock Speed 1       2799.33 MHz (Core #1)
   Clock Speed 2       2799.33 MHz (Core #2)
   Clock Speed 3       2799.33 MHz (Core #3)
   Core 0 max ratio   38.0 (effective 36.0)
   Core 1 max ratio   38.0 (effective 36.0)
   Core 2 max ratio   38.0 (effective 36.0)
   Core 3 max ratio   38.0 (effective 36.0)

mick 07 · 22 de maio de 2019

Não tem o que fazer amigo. Faça um undervolt, continue utilizando a base cooler e se quiser, troque a pasta térmica. Você também pode limitar o turbo do processador, mas pode perder desempenho em alguns jogos.

Fora isso, não há o que fazer. Todo notebook gamer tem problema de aquecimento, salvo os que custam R$15mil ou mais.