The Arctic BioniX F120 is an oversized, exceptionally loud, high-speed, high-torque fan that makes one heck of a noise while cooling your PC.
I received the Arctic BioniX F120 fan as a gift from my parents, and decided to try it out on my computer. I was pleasantly surprised by how well it worked, and the thing is really quiet, especially for how powerful it is. It’s also very easy to install, and I’m happy to report that I’ve been using it for a little over a week now without any issues.
After a couple years of using a noisy laptop fan, it was time to replace my old F120 fan. While the Arctic F120 is a great fan at a great price, it’s noisiness is a problem when I’m gaming. This is a problem that most gamers will face when they’re gaming at a decent level—the noise created by a laptop fan is definitely a negative element in the gaming atmosphere. To remedy this, I decided to look into a few different solutions before I settled on the Arctic BioniX F120 fan.. Read more about arctic bionix p120 review and let us know what you think.
Arctic just unveiled their new Airflow fans, as well as their new Freezer 33 edition CPU coolers. This time, the firm says that the fans have been modified to provide greater airflow while also being more reliable and quieter. I’ve never tried any Arctic goods before, so I can’t compare them to prior Arctic fans to see what has improved and what hasn’t, but I do have a variety of fans from other brands to compare these BioniX AF120 fans to in this review. Let’s see whether the Arctic BioniX F120 is worth the $15 price tag.
|Dimensions||120 mm (L) x 120 mm (W) x 27 mm (H)|
|Fan||200–1800 RPM, 120 mm (Controlled by PWM)|
|Airflow||117 m/h / 69 CFM|
|Bearing||Bearings with Fluid Dynamic Motion|
|The Level of Noise||0.5 Sone|
|Voltage / Current||+ 12 V DC / 0.20 A|
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Arctic makes excellent CPU coolers, and I suggested their F12 fans in my top PC fans post since they are inexpensive and effective. However, there are a few changes that I can certainly say improved the new BioniX F120 fans.
Arctic just gave me their new fans to evaluate, and I appreciate them allowing me to get my hands on them before the majority of customers so that I can tell you whether or not you should acquire these fans for your PC.
There are two sizes of these fans available right now: 120mm and 140mm. Both have the same design but function differently. They are now available in four colors: red, green, yellow, and white.
The package says on the front side that it comes with a 10-year limited guarantee. I’ve never seen such a long warranty on a fan before. I’m sure Arctic is confident in the BioniX fans’ dependability, which is why they’ve extended the guarantee for such a long time. Although it is difficult to verify the dependability of any product, I believe that having it as an official standard from the business is a big plus.
The back of the box describes how it works and includes the basic specifications I mentioned before. The package is not too large nor too tiny. It’s just big enough to accommodate the fan and its attachments.
So, the package came with three items: a QR code, four screws, and one 120mm BioniX F120 fan. This is pretty simple, and that is how the majority of the fans arrive. The instructional instructions, however, is now in the form of a QR code, which is a significant change. Scanning it on your phone will take you to a support website where you can find installation instructions. I’d rather have a physical copy of the manual than go to the online since it makes things so much easier, and utilizing the website requires you to have access to the internet.
Getting a good look at it
With the yellow highlights and an Arctic Logo in the center, the fan looks fantastic. Except for Noctua, almost every fan has a LOGO in the center, however as you can see from the images above, the fan has set color combinations and there is currently no RGB version of this fan. If you want to create a PC with a certain color scheme in mind, you may choose from four colors, which I believe are the most popular. However, once you’ve chosen a certain color scheme for your BioniX fans, you’ll have to stay with it or replace the fans entirely to alter the color scheme. A PRO for people who want a consistent color and a CON for those who prefer to change colors often.
Looking at the sides, it’s constructed nicely with correctly aligned screw holes, which means the screws may run straight from one hole to the next since there’s an extended plastic only touching the holes on one side for easy screw routing. Because certain fans, such as the Corsair SP120, don’t have this feature, the screws tend to move in various directions during installation. However, many fans now utilize the same technique to route the screws. In this scenario, the Corsair HD120 is the best option.
Small rubber cushions are also included in the fan corner to reduce vibration, which is an essential feature.
After the bearing, the fan blades are the second most essential component of the fan. Because it utilizes a fluid dynamic bearing, the bearing must offer reduced friction to the fans and aid in the achievement of low noise, as we shall soon witness in the actual test.
The fan blades are identical to those seen on the earlier Arctic F12 models. I’m not sure about the stiffness of the F12 fans, but this fan’s rigidity is much superior than any other fan I possess. The blades are extremely thin and the plastic is very strong. They are difficult to bend, and this should result in a faster speed with less vibrations. In comparison to my Corsair AF120 fan, which is also a great Airflow fan, the BioniX F120 fan’s fan blades are broader at the end, while the Corsair AF120 fan’s blades are the same width from start to finish.
The blades of the Corsair AF120, as well as most of the fans I possess, are likewise flexible. This is a Pro and a Con in one instance. A hard blade fan provides greater airflow and allows for faster speeds, but they are also more brittle than flexible plastic blades, which are less brittle but do not offer as excellent performance as a hard blade fan.
The BioniX F120’s fans are likewise longer than the Corsair AF120’s, but they’re on par with Cooler Master’s MasterLiquid 240 120mm fans, which provide excellent air pressure.
It didn’t come with a fan splitter since it already came with a splitter that had one 4 pin female PWM connection for powering the fan and a 3 pin male connector for powering another fan. As a result, powering additional fans without adding an extra fan splitter is a good creative concept.
The cable is well-protected by a thick covering. It’s thicker than Cooler Master’s Air pressure fans, and much superior to Corsair’s AF/SP/HD fans. The length is appropriate, neither too long or short, but longer than most of the air pressure fans I own. [nextpage title=”Benchmarks and Summary”]
Methodology for Testing
It’s not as easy to test a fan as it is to test a CPU cooler or a graphics card. To stress test everything in a PC, at least 4-5 fans of various types are required, which is dependent on the amount of ventilation available in the case. So, the easiest method to see how well a fan cools is to put it on a heatsink. I put this fan to the test on a Cooler Master MasterLiquid Radiator and a Thermaltake Contac 12 air cooler, comparing it to the standard CPU cooler fans.
In terms of noise testing, I utilized five other fans in addition to the BioniX F120 fans and evaluated them at various speeds.
I utilized my testing setup for testing, which I also use for other purposes:-
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I tested the fans at 25 degrees Celsius, which I measured using a Digital LCD thermometer, and kept in mind whether the ambient temperature changed at any point throughout the test. CPUID HWMonitor was used to measure CPU temperature and fan speed, and the Asus AI Suite 3 was utilized to overclock the CPU. I utilized Bios as well as Asus AI Suite 3 to adjust the fan speed.
I used a digital noise tester to test the noise. The how-tos of testing will be covered shortly.
1st Test: Radiator
So I put the two Bionix F120 fans on the Cooler Master ML 240 radiator and evaluated the temperature and noise levels. I compared the performance of these fans to that of the standard Air pressure Cooler Master fans, which are one of the best cooling fans for a radiator, at various speeds and CPU clock rates.
I opened both the side panels and the top mesh panel after installation to allow for optimum airflow through the radiator.
Heavyload was used to stress test each clock for 15 minutes at various fan speeds.
Graph of temperature comparisons:-
Note: The BIOS allows for a minimum fan speed of 750RPM for CM 120 fans and close to 700RPM for BioniX fans. Unfortunately, I neglected to test the BioniX fans at 750RPM, but I believe the comparison is still fair since the change in RPM is just 60RPM.
I examined the temperature of the vehicles at their slowest and fastest speeds. But, to make things even, I increased the BioniX fans’ maximum speed to equal that of the Cooler Master fans.
The Cooler Master air pressure fans are, of course, superior than the BioniX F120 fans, but the important thing to note is that the BioniX fans perform better than the Cooler Master fans when the speed of the BioniX fans is increased to maximum. Cooler Master fans are the obvious victor at low speeds, such as 2000RPM and below, since air pressure fans are specifically designed for cooling heatsinks.
The graph above shows that the BioniX F120 may be a good alternative that will work better at the maximum speed of 2850RPM, which is extremely high.
Graph of noise comparison:
Note: The decibel levels in the graph below are for 2-2 fans from each manufacturer, plus the sound of the pump. Noise testing is challenging in a loud setting, but I was able to keep the room as quiet as possible. However, as I already said, +-1dbA error is to be anticipated, and as I previously stated, I neglected to test the BioniX fans at 750RPM speed, so I measured noise of BioniX F120 at 690RPM. The change in noise levels between 690RPM and 750RPM will not be apparent.
When compared to the Cooler Master Air pressure fans, the BioniX F120 fans are much quieter, with a difference of 10dbA at the exact same speed of 2030RPM. I wasn’t expecting much. They didn’t disturb me at all while they were rotating at 2030RPM. They seemed to be bouncing back and forth between a quiet and a normal profile. So, even if the fans are set to maximum speed, they are almost equal to the Cooler Master fans, providing somewhat superior cooling, as seen in the graph above.
Second test: on the heatsink
The second test I performed was on the heatsink of the Thermaltake Contac Silent 12 CPU cooler, which I will be reviewing shortly. In terms of temperature and noise, I compared the BioniX F120 fan to the standard cooler fan, which is an air pressure fan. After installation, I opened all of the panels to allow for maximum overflow and stress tested the cooler with both fans running at various clocks and speeds.
Fortunately, the same clamps that secured the TT Contac Silent 12’s fan to the heatsink worked well with the BioniX F120 fan.
Graph of Temperature:
The BioniX F120, as previously, is unable to outperform the Thermaltake Air pressure fan. The rationale behind this is the same as before. The TT fan is an air pressure fan, whereas the BioniX fan is an air flow fan. However, just like previously, running the fan at maximum speed gives the standard TT fan a run for its money in terms of cooling. However, it is obvious that the TT fan is not the winner here, since it provides the same amount of cooling at almost half the speed of the BioniX F120. However, if you just increase the speed to maximum, it may be a good substitute here.
Graph of Noise:
When the BioniX F120 fan was operated at the comparable speed of the TT Contac Fan, which is also the maximum speed, 1520RPM, it won again by a large margin. Things were similar at 700RPM, although the BioniX F120 is a very quiet machine.
Noise Test Comparison (Test #3)
I compared the BioniX fan to five different fans to determine which was louder. The graphs for lowest and maximum fan speeds have been split. I had to use the Minimum and Maximum speed graphs since the monitoring program couldn’t identify the fan speeds of certain units. I set the fan speed of some of the fans I was able to adjust to the same as BioniX fans and included the decibels in the maximum speed graph. The noise levels are measured in decibels (dbA).
For the purpose of putting each of these fans to the test Depending on the length of the fan’s cable, I attached them to a 4 pin fan header on my motherboard and kept the fan outside the casing. As a result, the PSU fan noise interferes even less.
These are the 3rd and 4th noise graphs, which show the BioniX F120 fans’ excellent performance in quiet. Although I was disappointed not to have any Noctua Fans, which are reputed to be the quietest fans on the market, the other fans I compared are equally popular among PC builders.
I created the top three bars in various colors, with the exception of the Red one, which describes the decibels of each fan at a constant speed of 2000RPM. I don’t need to describe the difference since you can see it for yourself. The BioniX F12 outperformed all other fans in terms of silent operation, however it fell short in terms of cooling.
When I finished all of these tests, I just had one thought: Damn Silent Operation![rwp box id=”0′′] rwp box id=”0′′] rwp box
– Understand the significance of these honors
Arctic BioniX F120 gaming fan is a high-performance fan that’s designed for gaming fans and intended to cool gaming devices fast. It’s a quiet and extremely reliable fan that’s also quite efficient. It’s a perfect choice for users who want a durable, high-performance cooling solution for gaming devices.. Read more about arctic bionix f140 and let us know what you think.
Frequently Asked Questions
Are Arctic bionix fans good?
Arctic bionix fans are good.
What are the best Arctic fans?
Arctic fans are a type of computer cooling fan. They have been around for decades and have been used in many different industries, including the gaming industry.
What is PST in Arctic fans?
PST stands for Pacific Standard Time. It is a time zone that is used in North America and Mexico.