Issue with Razer Blade 17 (2022) causes freezing during gaming, requiring a full restart to resolve.
Issue with Razer Blade 17 (2022) causes freezing during gaming, requiring a full restart to resolve.
The latest update shows I used DDU in safe mode to remove the GPU drivers and related programs, then reinstalled them from both Nvidia and Intel GPUs. I verified the BIOS updates were applied, but the problem persists. It’s still frustrating because when I use it in normal mode, the PC functions properly until a game crashes after about two minutes, requiring a hard restart. I’ve attached the HWiNFO sensor readings for reference. A short game session before crashing was recorded: status_14.11.25 and monitor log from 11.11.25.
Use fresh thermal paste on your CPU and GPU!
The HWINFO file indicates thermal throttling on the Intel CPU side.
It operates at a lower clock speed and draws less power to keep your system stable.
Your CPU runs at about 30W with a 2.4GHz frequency, but the temperature is quite high—definitely not ideal.
Another odd thing in your log is the GPU power usage, which also shows very low values.
This suggests the low wattage might still be an issue after applying the new paste.
I own a 15-inch blade similar to yours and am having trouble with power throttling.
Thank you for your feedback. You'll need to have someone handle this since opening Razer laptops is quite complex.
It's not that difficult, but if you prefer, ensure you seek assistance from a professional.
Hi All,
Updated the thermal paste on the CPU and GPU, cleaned the fans and exhaust. The laptop is now much quieter.
Played games again, but FPS dropped then the laptop froze, so I had to restart it as it became unresponsive and locked up.
Took a screenshot after the crashes, and it still shows high temperatures. I’m not sure what to do next.
Info:
Razer Blade 17 - 26.11.25.HTM
Sensor info:
test HWInfo_261125.CSV
&
HWMonitor_261125.txt
HWINFO:
Intel Core i7-12800H
General Details
Processor Name: Intel Core i7-12800H
Original Processor Frequency: 2800.0 MHz
CPU ID: 000906A3
Brand: 12th Gen Intel® Core™ i7-12800H
Vendor: GenuineIntel
CPU Stepping: L0
Code Name: Alder Lake-H 682
Technology: Intel 7
S-Spec: SRLD2/SRMAV
Thermal Design Power (TDP): 45.0 W
VR Thermal Design Current (TDC): 56.0 A
Power Limits (Max): Power = Unlimited, Time = Unlimited
Power Limit 1 (Long Duration)/Processor Base Power (PBP):
Yours: (30.00 W) (56.00 sec) [Unlocked]
Mine: (65.00 W) (56.00 sec) [Unlocked]
CPU Power Limit 2 (Short Duration)/Maximum Turbo Power (MTP): (160.00 W) (2.44 ms) [Unlocked]
CPU Power Limit 4 (PL4): 236.0 W
Configurable TDP Level 1 (Down): 35.00 W (Unlimited range), 1800 MHz
Configurable TDP Level 2 (Up): 65.00 W (Unlimited range), 2800 MHz
Current Configurable TDP Level: Nominal (Legacy) [Unlocked]
Max Junction Temperature (Tj,max): 100 °C
CPU Type: Production Unit
Platform: BGA1744
Microcode Update Version: 423
The watt readings indicate a power-related concern, suggesting possible throttling. The 30W reading seems insufficient.
I’m puzzled by the stated original processor frequency of 2800 MHz, as the Intel datasheet lists 2400 MHz.
HWMonitor:
Max Turbo Multiplier
Yours: 48.00
Mine: 47.00
(Minor discrepancy, but odd since both are identical CPUs)
Given our similar systems, comparison was straightforward. It appears my machine is likely experiencing power throttling. The 30W value is concerning.
I don’t fully grasp why the original frequency is 2800 MHz when the datasheet says 2400 MHz.
We are nearly identical in configuration, making the comparison simple. I suspect the issue stems from power management, possibly throttling. This could explain the low 30W output.
I’m currently exploring solutions with Razer support, but they haven’t provided clear guidance.
I recently purchased a CH341A programmer and am awaiting its delivery. Once it arrives, I’ll be able to inspect the BIOS and EC chip for further insight. Hopefully, this will clarify the problem and offer a resolution.
Components in my RZ09-0421:
- GD25Q64... – VRM, C states, power management EC
- GD25Q80... – touchpad, keyboard... EC
- WB25R256JVEQ – BIOS EC
I have clean BIOS files ready; I successfully opened them using the AMIBCP BIOS Editor.
I discovered several hidden BIOS menus and even found an overclocking option. However, the BIOS doesn’t seem customized for this CPU—it offers many default settings, which suggests it’s reading values directly from the CPU rather than applying BIOS overrides.
The GD25Q64 is an SPI flash chip that stores the Embedded Controller (EC) firmware.
This firmware governs all low-level hardware operations that the main BIOS doesn’t manage.
Power management aspects: startup/shutdown handling, fan control, temperature response, VRM limits and throttling, battery charging protection, lid status detection, thermal safety, emergency shutdown decisions based on EC logic.
I suspect this chip may be storing incorrect values, possibly due to a corrupted update. Once the CH341A programmer arrives, I’ll be able to read and test it, then provide an update.
I recommend downloading ThrottleStop and reviewing the Limits page—it will display the current throttling thresholds.
In summary:
- Yellow = once occurred
- Red = happening now
My advice for preventing freezes is to use Razer Synapse in Balanced mode instead of Custom (Turbo) settings.
I have received the latest updates:
The official datasheet for the 12th Gen Intel CPU does not mention any information regarding the PL2 160W.
Source
I also verified that Intel has never released a mobile CPU with a PL2 of 160W in any datasheet. They offered one at 157W, but it remains a fixed figure; if it were 157W, the BIOS should reflect that value rather than rounding it up to 160W.
Image
I also believe the PL1 should be set to 45W instead of 65W. The documentation lists the Processor Base Power (TDP) and frequency specifications:
Image
There are three options listed—35W, 45W, and 65W—when referring to Processor Base Power [w].
In the HWINFO report I found these entries, if accurate, they correspond to the following levels:
Configurable TDP Level 1 (Down): 35.00 W (Unlimited range), 1800 MHz
Configurable TDP Level 2 (Up): 65.00 W (Unlimited range), 2800 MHz
Based on this, I can confidently state that Razer, as an OEM, provided incorrect CPU values when programming these Razer EC or BIOS settings.
I will discuss this matter with Razer Support and provide further updates once resolved.
Thanks for the guidance. I’m about to receive my laptop again, and the latest advice suggests the motherboard might need an upgrade because of overheating concerns. I plan to try your recommendation first before opting for the more expensive replacement option—provided I manage to find a suitable one!
I have some exciting updates!
I managed to read the current BIOS chip using the Intel Flash Programming Tool (FPTW64.EXE) without needing a physical reader.
I also discovered a way to manually update Intel ME with some modding skills. This could potentially offer a significant upgrade if the BIOS values were incorrect, as razer didn't include this feature in their BIOS updates and updating it usually requires rewriting the BIOS file—something that can be tricky.
My CH341A programmer arrived yesterday, but I wasn’t aware at the time that I needed to purchase a WSON 8 (8 X 6) adapter for easier BIOS chip reading and writing without soldering. I ordered it today.
I expect about two more weeks until it arrives, after which I’ll be able to confirm a complete status report on the system.
If I proceed carefully, I hope to have a fully functional, modded and unlocked BIOS with many hidden features and possibly improved CPU performance through a manual Intel ME update.
I also forgot to ask about the results—just need a bit more time until the adapter is here.
It was taken to a repair shop, and I received the part back. The shop said the issue is with the cooling module or vapor chamber, but they mentioned it might be integrated into the motherboard. I’ll wait to see how things go before taking further action. Thanks for your guidance and support.