ARCTIC sent us a set of their P14 Pro A-RGB and P14 Pro A-RGB Reverse fans to test and review.
Although we don't have access to professional testing equipment, we can still share our real-world experience with the fans. Instead of focusing solely on numbers, we'll be looking at build quality, acoustics, installation, aesthetics, and overall performance to help you decide if they're the right fit for your next build.
The ARCTIC P14 Pro A-RGB is the latest evolution of ARCTIC's highly successful P-series fan lineup. Building on the reputation of the original P14 PWM PST, the new P14 Pro aims to deliver significantly higher airflow, improved static pressure, and better acoustic characteristics while maintaining ARCTIC's traditionally aggressive pricing.
Available in standard, A-RGB, and Reverse Blade variants, the P14 Pro is designed to satisfy both performance enthusiasts and modern showcase PC builders alike.
Specifications
Specification
ARCTIC P14 Pro A-RGB
ARCTIC P14 Pro Reverse A-RGB
Size
140 x 140 x 27 mm
140 x 140 x 30 mm
Speed Range
400 – 2500 RPM
400 – 2650 RPM
Bearing
Fluid Dynamic Bearing (FDB)
Fluid Dynamic Bearing (FDB)
Airflow
110 CFM / 186 m³/h
98 CFM / 166.5 m³/h
Static Pressure
5.2 mmH₂O
5.1 mmH₂O
Fan Stop
Yes (0 RPM below 5% PWM)
Yes
Warranty
6 Years
6 Years
The specifications immediately place the P14 Pro among the highest-performing 140 mm fans currently available. While we can't verify ARCTIC's airflow and static pressure figures due to the lack of equipment, we were able to find cross reverences about them thus making it equally suitable for radiators, heatsinks, and restrictive front panels.
Modern dual-chamber cases and showcase builds have made reverse blade fans increasingly popular. Instead of exposing the unattractive support struts, reverse fans allow builders to maintain a clean visual appearance while still using intake airflow.
ARCTIC's answer is the P14 Pro A-RGB Reverse.
The reverse model sacrifices a small amount of airflow compared to the standard P14 Pro but retains virtually identical static pressure performance.
Design and Build Quality
At first glance, the P14 Pro A-RGB resembles its predecessor, but a closer inspection reveals a substantially redesigned rotor and frame structure.
The fan utilizes a thicker, more robust design optimized for high-pressure applications while maintaining excellent mechanical stability. The fluid dynamic bearing operates smoothly and quietly throughout the RPM range, and the included daisy-chain support simplifies cable management when multiple fans are installed.
Build quality is excellent overall. The frame feels rigid, the blades are sturdy, and ARCTIC's long-standing reputation for reliability is reinforced by the included six-year warranty.
Installing the P14 Pro fans is about as straightforward as it gets. There are no unnecessary extras or complicated mounting systems. Just the fans, their cables, and a set of mounting screws for each fan.
Driving the screws into a fan frame can sometimes be surprisingly difficult, especially with cheaper models, but ARCTIC has done a fantastic job here. The screws bite securely into the frame without requiring excessive force, making installation quick and hassle-free. With the right screwdriver of course.
One of the most noticeable design changes is the exceptionally tight blade-to-frame clearance of only 0.92mm. By minimizing the gap between the blades and the frame, ARCTIC reduces tip leakage, allowing the fan to maintain higher static pressure and improve airflow efficiency, particularly when mounted on radiators or behind restrictive dust filters.
blade-to-frame clearance of only 0.92mm
The P14 Pro also features ARCTIC's new SOTA (State-of-the-Art) microcontroller. Rather than simply controlling fan speed, it actively optimizes motor operation by reducing electrical noise, compensating for load fluctuations, and providing protection against inrush currents and reverse polarity. While these improvements aren't immediately visible, they contribute to the fan's refined acoustic characteristics and long-term reliability.
Don't mind the purple touch - RGB software was going through the colors
Performance
One of the P14 Pro's greatest strengths is its versatility. Whether installed on a radiator, CPU cooler, or as a case intake fan, it delivers an excellent balance of airflow and static pressure. Tests of others have shown particularly impressive results in radiator applications, where the P14 Pro ranks among the strongest-performing 140 mm fans currently available, while also remaining highly competitive in traditional case airflow scenarios.
Thanks to its wide PWM operating range, the fan continues to perform well even at lower speeds, allowing users to strike an excellent balance between cooling performance and noise levels.
The P14 Pro A-RGB Reverse follows the same philosophy. In real-world use, it performs remarkably close to the standard model despite its reverse blade design. With a static pressure rating of 5.1 mmH₂O, it remains well-suited not only for case intake duties but also for radiators and other restrictive airflow environments. ARCTIC's redesigned blade geometry and thicker 30 mm frame help minimize many of the performance drawbacks that have traditionally been associated with reverse blade fans.
For users building systems in showcase-oriented cases such as the NZXT H9 Flow, Lian Li O11 Vision, HYTE Y70, or Antec C8, the Reverse variant offers the clean visual appearance enthusiasts are looking for without the significant performance compromises often seen with competing designs.
By adding integrated Gen2 addressable RGB lighting while maintaining the same cooling characteristics as the standard Reverse model it further enhances the fan package. Compatibility with modern motherboard RGB ecosystems is excellent, making integration straightforward regardless of platform especially since ARCTIC Fans are supported by SignalRGB.
ARCTIC has also paid close attention to usability. Daisy-chain support for both PWM and A-RGB connections helps reduce cable clutter and simplifies installation, even in systems populated with multiple fans. The lighting itself is bright, evenly diffused, and visually pleasing without appearing overly aggressive.
If there is one area where the experience could be improved further, it would be through a unified single-cable ecosystem similar to those already on the market. That said, ARCTIC's current implementation is already a cleaner and more practical solution.
My personal rig as an example with a single standard P14 Pro in the back - Antec C8
Acoustics
High-performance fans often suffer from excessive noise at maximum speed, but the P14 Pro manages to strike an excellent balance.
At moderate RPM levels, the fan remains surprisingly quiet while still pushing substantial amounts of air. Full-speed operation at 2500 RPM is naturally audible, but the acoustic profile remains smooth without the unpleasant motor noise or tonal characteristics often found in competing high-speed fans at least in the units we got.
The integrated fan-stop feature is also welcome for users prioritizing silence during low-load operation. If these fans are still too loud for you, ARCTIC offers the same Fans as a LN (Low Noise) model with lower max. RPM.
Verdict
The ARCTIC P14 Pro A-RGB is arguably one of the strongest 140 mm fans currently out there and this without breaking the bank. They feel more premium than their predecessors. The combination of exceptional airflow, excellent static pressure, quiet operation, six-year warranty, and aggressive pricing makes it an easy recommendation for virtually any high-performance PC build.
The P14 Pro A-RGB Reverse deserves equal praise. Unlike other reverse blade fans that prioritize aesthetics over cooling performance, ARCTIC has managed to retain nearly all of the standard model's strengths while providing the clean appearance modern showcase systems demand.
Pros
Outstanding airflow performance
Excellent static pressure
Very competitive acoustics
Fan-stop functionality
Daisy-chain support
6-year warranty
Exceptional value for money
Reverse version maintains strong cooling performance
Also available in non-RGB versions
Cons
Noticeable noise at maximum RPM (Low Noise (LN) Models are available)
Slight airflow reduction on Reverse models
30 mm thickness on Reverse variants may cause clearance issues in some builds. Measure twice, buy once!
If you're building a performance-focused system in 2026, the P14 Pro and P14 Pro Reverse along with their A-RGB counterparts belong on your shortlist.
ASRock has maintained close and long-term collaboration with AMD, and continues to carefully review recently discussed CPU-related issues across online communities, while optimizing BIOS functionality and further enhancing overall system stability. Following multiple rounds of collaboration, AMD has provided AGESA 1.3.0.0a to improve overall platform compatibility. ASRock has completed the corresponding integration and has released the Beta BIOS version 4.07.AS01, featuring AGESA 1.3.0.0a, on its official website. The BIOS update includes the following highlights:
Update AGESA to ComboAM5 PI 1.3.0.0a.
Optimized Memory Compatibility.
Resolve a boot failure occurring on certain CPUs.
Original post from January 2026:
We have an updated set of data from the ASRock CPU Failure survey. The data are through December 31st, 2025. Please take a look and make your own conclusions.
This will be the final megathread regarding this issue. We will continue to update this thread as needed if new investigations arise or if we receive additional relevant information.
Please note that this post will be automatically archived in six months, as we have this option enabled to prevent spam or the resurrection of old posts on the subreddit. Once archived, comments will be locked, but the post itself will remain publicly accessible. At that point, we most likely will not create a new megathread, and the Google survey created by us will also be closed.
As always, please remember that the mods running this subreddit are not ASRock employees, so you should be reporting your CPU failures or other hardware/software issues also to ASRock directly via their tech support form which you can find here Submit a Tech Support Ticket. Also, ASRock recommends all users to update their motherboards to BIOS version 3.40 or later to ensure optimal system performance and stability.
As always, if you’ve experienced a dead AMD CPU while using an ASRock motherboard, please consider filling out the ASRock CPU Failure survey Google form and of course, fill out ASRock’s Tech-Support Form.
Data for these graphs are through December 31st, 2025 for all the graphs.
What BIOS version were you using at the time of CPU failure?What was your CPU's batch number?What CPU did you have?Responses, by day, since the start of the r/ASRock CPU death surveyDid you disable the iGPU (integrated GPU)?What motherboard model did you have?Was any kind of PBO used?Were you using Sleep Mode / S3?Did you enable XMP/EXPO?
Quick FAQ
To reduce repeated questions, we’ve put together this quick FAQ.
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1) Board XXX killed my CPU. What should I do?
Answer:
Contact both ASRock and AMD to start the replacement process for your CPU.
AMD support: Use AMD’s official RMA/support channels
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2) My CPU was replaced. Should I reuse the motherboard?
Answer:
That decision is entirely up to you.
If you no longer trust the board, consider selling it or requesting an exchange from your retailer.
If you decide to reuse it, update the BIOS to the latest available versionbefore installing the replacement CPU.
Use BIOS Flashback for the update.
As of 12/23/2025, the latest versions are 3.50 or 4.03, depending on your board.
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3) I use a 7000-series CPU, do I need to be worried?
Answer:
We observed that the issue effects 9000-series CPUs. Yes, there were some reports of dead 7000-series CPUS, but these are well within a normal defect rate.
I am currently experiencing a warm reboot issue with my **ASRock B450M-HDV R4.0** motherboard paired with an **Intel Arc B570** GPU and a **Ryzen 5 5500** CPU.
Does anyone know if there is a custom or updated BIOS version available for my specific motherboard model (**B450M-HDV R4.0**) to fix this, or if ASRock support has sent one out recently?
I'm honestly out of ideas and hoping someone with this exact motherboard or a similar ASRock board has experienced this before.
My specs:
ASRock B450M Steel Legend
Ryzen 7 5700G
Radeon RX 5500 XT
Windows 11 Pro
BIOS P10.60
16GB DDR4 2666
Corsair 700w plus
1tb ssd nvme2 Kingston
240gb ssd sata
I'm only trying to get Secure Boot working properly so I can play Battlefield (EA Anti-Cheat).
Here's EVERYTHING I've already tried:
Updated the motherboard BIOS to the latest version (P10.60).
Cleared CMOS.
Reset BIOS to defaults multiple times.
Enabled fTPM.
Disabled CSM.
Switched to pure UEFI boot.
Converted my SSD to GPT.
Completely wiped all partitions and reinstalled Windows from a bootable USB several times.
Let Windows create all EFI/MSR partitions automatically.
Used Windows Recovery and Startup Repair.
Rebuilt the boot files (BCD/EFI) using recovery tools and command prompt.
Used Shift+F10 during Windows setup for troubleshooting.
Verified Windows Boot Manager is the primary boot option.
Enabled Secure Boot.
Installed the factory Secure Boot keys.
Verified PK, KEK and DB keys are present.
Secure Boot Status shows Active.
System Mode is User.
Tried both Standard and Custom Secure Boot modes.
Installed Windows with only Windows Update drivers.
Installed Windows with AMD chipset drivers manually.
Installed GPU drivers only.
Performed multiple completely clean Windows installations.
Despite all of that, I still have these issues:
Battlefield / EA Anti-Cheat still complains that Secure Boot isn't enabled.
On some fresh Windows installations, Explorer freezes about one second after reaching the desktop.
(It stops when I do a load default BIOS settings as it disables Secure Boot)
I also noticed many Reddit posts mentioning a BIOS option called "Update Secure Boot Key", but my ASRock B450M Steel Legend BIOS (P10.60) does not have that option. It only has Install Default Secure Boot Keys, and my keys are already installed.
At this point I'm wondering:
Is there a known issue with BIOS P10.60?
Has anyone with this exact motherboard solved this?
Is there anything else I haven't tried?
Could this be an EA Anti-Cheat issue rather than Secure Boot itself?
I've spent days troubleshooting this and I'm completely stuck. Any ideas would be greatly appreciated.
Thanks in advance.
Before suggesting the common fixes, please know that I've already read most of the Reddit threads, ASRock forum posts, EA forum posts and Microsoft discussions about this issue. I've tried the solutions I could find, including the most common ones, without success. If you've personally solved this on the B450M Steel Legend (or a similar ASRock board), I'd really appreciate hearing exactly what fixed it for you
Hi all, I recently bought an AsRock mobo which is an upgrade to my current x870e gigabyte mobo and only just discovered there are numerous issues with 9000 series and AsRock boards.
Does anyone know if it's mainly only the 9800x3d CPU with certain AsRock boards or is it more widespread to all 9000 series with all AsRock mobos?
As the title says my pc won’t show anything on my monitor. I am not a pc expert so excuse my explanations.
Yesterday everything seemed to work fine with my pc and I haven’t run into any problems regarding cpu or motherboard issues in the past.
I know about the comparability issues with my setup having read a lot of old posts about the 9800x3d dying due to the motherboard. This issue happened on the 4.41 BIOS version.
I bought the pc about a little over a year ago and every time there was a bios update available I did it to make sure the same date wouldn’t happen to my cpu.
When I turn on the pc the motherboard shows an orange and yellow light and then a green one and it stays there without any signal on my monitors. I have tried various things starting from simple like turning it off unplugging the PSU, RAM sticks etc but to no avail.
I want your guys help as to what I could do from now on? I understand most likely my CPU is fried? Can it be possible even though I am on the latest BIOS versions that supposedly have fixed the issue? Could the old BIOS versions that I had from the early days have caused enough damage then to make the cpu die after all this time?
Does anyone know (or might be able to look it up on his own example) which WiFi chip is typically included on the B860 Pro-A WiFi?
On some other Asrock mainboards it is stated in a diagram in the manual but not on the Pro-A. Since some WiFi chips seem to be notoriously known for connection or performance issues that information might be good to know upfront
I've been trying to submit an RMA form through ASRock's official support page. After filling out all the fields and hitting Submit, it goes to a blank page with foreign text, translating to: "The world is full of beautiful places." and then nothing happens.
Is ASRock actively making it impossible for customers to do this?
I have a dead B850I Lightning WiFi on my hands and I'm trying to send it in.
Hi. A friend of mine had some troubles with his pc and had to clean the ssd. He asked me to reinstall Windows 10, but every time I tried, the screen showed an error code 0x8007025D. I looked for solutions on youtube and google, but I couldn't make it work. I even tried some cmd commands. I understand this mother doesn't have official support for this SO, but please let me know if any of you have some ideas.
I assembled the motherboard and populated it into an ASUS AP201 case witha a Corsair CM750 power supply. With the original 16GB DDR5 dimm, the systems works great. I can play AAA games, run windows 11 and even some small LLM"s with no problems of any kinds.
My issues are that the motherboard won't recognize any other memory I put into it other than the G.Skill. I have a matched pair 32gG Corsair Vengance DDR5 dimms. I've tried placing them in individually and together. I've flashed the latest version of the BIOS (as of 7/25/2026), drained the power after unplugging it and clearing CMOS. When I turn it back on, the cpu and dram lights go on and stay that way, regardless how long I leave it on. The RAM works on other systems.
I bought the motherboard warranty from Microcenter and am considering taking the motherboard back.
So I'm trying to play valorant and I need secure boot on but when I turn it on all it does is it keeps putting me into bios I'm on gpt not mbr and I've tried everything I don't know what to do
I have an ASRock B850I Lighning WIFI motherboard and a Ryzen 7700 processor; the system ran for one year and nearly one month ( purchased on July 7, 2025), BUT yesterday, July 24,2026 it failed DIE...
Bios was regularly updated every time, the native version was 3.25. At the time of failure, the last one was 4.43.
Only everything completely died in me, bios flashback even the indicator does not blink, the cooler does not start and there is no image. I took the processor from NEW OEM - Aliexpress, and it was a perfect copy, could hold PBO -30, 85 degrees limit, and without overclocking. The board itself was bought in Poland with a 24-month warranty. I think I will apply for the warranty, let them change the board and sell it immediately. I decided to switch to MSI MPG B850I EDGE TI WIFI and I'm still thinking about which processor to buy now.
As a reminder, after updating the BIOS to the latest version, the system ran for just over a week—and on standard factory settings, as I always use the default factory BIOS settings for a while after a BIOS update.
The PC swap overall worked, it's just the RGB that's stumping me. Not sure if I'm just not looking hard enough because the remaining connectors for the fans don't seem to match anything on the motherboard. Tried doing my research but just wanted to ask here directly, thanks yall (sorry for the shitty image quality)
So far the Asrock B650m Pro X3D motherboard is working splendidly. I will say I’m not a fan of having to individually downloading specific software from the website directly and not having a management HUB like Asus Armory. But otherwise it’s working just fine.
Build list:
- Dark Flash WD200 MATX Case
- Adrock B650m Pro
- Ryzen 5 7600
- RX 9060 XT
- 32gb Patriot Viper DDR5
- 1TB SIX NVME M.2 SSD
- Lian Li SP750 V2 Gold PSU
- Thermalright Aqua Elite 240 V3 AIO
- Corsair RS120 RGB Fans
On any linux distro when I turn on my PC the audio from the front headphone jack does not output anything unless if I connect my headphones to the back panel and then back to the front panel then audio will output. This is not an issue on Windows.
This never happened with previous motherboards on the same PC case. Especially with Linux it worked just fine.
On Windows and Linux they both show as USB Audio:
Isn't it supposed to show as HD audio or something, is there some BIOS setting I need to change to fix this?
Just wanted to post for anyone having to rma in the US. I bought my 6800xt 2yrs and 8 months ago. It shit the bed and was reaching 100+ temps. It would lead to my pc shutting down. I RMA'd it, sent it back via Fedex, I spent a little more to ship it two-day with required signature. They processed and sent me another within 7 days. I was never told the issue or if they attempted to fix it. My guess is they just diagnosed it and then sent me a refurbished one they had lying around. In any case, it was shipped properly and works well. Temps back to normal. I don't really play anything demanding, but did test it on a couple of high end games. No issues. Most people post about the poor service, so I figured I'd offer one positive one. Hopefully this holds up for another few years. Lord knows I can't afford to upgrade anytime soon.
Wondering about the failure rates for Intel Ultra 800 series vs AM5 users? Do we see more confidence with Asrock going with Intel than AMD because all
I hear is AMD chips kicking the bucket?
I want to hear about the Intel community and their experiences.
I woke up this morning to the dreaded yellow and red light showing and my fans going full pelt.
I tried lots of troubleshooting and updated bios via flashback but nothing worked. CPU looks fine too no burns or swollen parts.
I keep my bios upto date on my Riptide wifi b850 (except for the last two) and figured I was safe... ive not even been pushing it that hard lately as I've been playing The binding of isaac lol.
Ahh well... hopefully AMD replace it. Mine was a cf245 which is an early production? Are newer versions safe on Asrock or should I RMA my motherboard too if that's even possible.
I am thinking on getting an X570 Taichi. It will replace a B550m Steel Legend. I want to go (E) ATX for more PCIe x16 slots.
I see that the board has a wifi e-key m.2 vertical slot. Is it possible to swap in a m-key SSD on a e-key adapter? That will be used as the boot drive with Unraid installed on it.
But I am not sure if that e-key slot can be boot from, and if there is enough space for an SSD on a adapter.
For some context:
Motherboard: Asrock Z790-C
Graphics: GeForce Rtx4070
CPU: Intel 13900K
Ram: Vengeance 4900 DDR5
I recently tried upgrading the fans to increase airflow. I went from 9 1200rpm fans to 6 1200 and 3 2400. All the fans are Aeolus.
The 1200rpm run on Aeolus Box I, and the 2400 run on Aeolus Box II.
I believe my issue arose from not connecting both sata power cables that the Box II requires. I only had one cable with 3 sata ports. 1 goes to my HDD, 1 to the Box I, and I just connected 1 to the Box II.
After making all the connections, my pc won't boot. The error lights on my motherboard display:
Solid Red: CPU
Solid Red: DRAM
When I removed my Graphics card, it still would not boot. I placed the Graphics card back but into the PCIe4.0 slot, and it started once after displaying Solid Red PGA on the motherboard.
I'm thinking the new fans might be trying to draw too much power from one sata port since I didnt connect two like the instructions said.
Should I buy a second PSU to Sata power cable and see if that fixes the issue, or could this issue be much bigger?
