< BackJul 10, 2022
copy

be quiet! Light Wing 120 Review

Introduction

be quiet!s Light Wing 120 set of fans promises the usual be quiet! level of performance paired with some outstanding RGB light shows. And all of that should combine into a neat little package in form of 120mm Case Fans!

For this review, we will focus on the 120mm PWM Tripple Pack which be quiet! is offering. Please note that there also exists a Light Wing 120mm High-Speed pack which, despite the name suggesting differently, should be treated as two entirely separate lineups of fans.

 

Positive

  • Excellent Performance
  • Excellent Noise-to-Performance
  • Excellent Build Quality

Neutral

  • Included RGB Hub

Negative

  • Should include a PWM Splitter

 

 

What's in the Box?

be-quiet-light-wings-120-box

 

Except for the mandatory 3x Light Wing 120mm PWM High-Speed which the name is already suggesting, these multi-pack includes be quiet!'s first RGB hub.

But don't mistake the hub as an RGB controller, its sole purpose is to take an ARGB signal and spread it across multiple RGB devices.

For the rest of the box, we will also find the mandatory fan screws from every fan ever created.

 

bq-light-wing-rgb-hub

 

Below we also included a summarized spec sheet:

Name be quiet! Light Wings 120mm PWM 
Size 120x120x25mm
Speed 1700RPM
Airflow 41.51 CFM
Static Pressure 1.66mm/H2O
Noise

20.6db

Connection PWM
Bearing Rifle
RGB 3-Pin ARGB

Installation

be-quiet-light-wings-120-installed

 

Installing a pack of Light Wings is significantly easier if you know how painful a Silent Wing's mounting system was. Instead of any choices, the Light Wing's frame is coming completely assembled (or more in a single piece) and you directly start positioning the fan and attaching the screws.

 

be-quiet-light-wings-120-rgb

 

From there, we can hook up the Fan to a PWM header and the ARGB to an ARGB header. Luckily, the ARGB header on the Fan is including a splitter at the end, so that we are able to install all of our fans to a single ARGB header on the motherboard.

Appearance

be-quiet-light-wings-120-design1

 

As expected, the most important change between the newest Light Wings and every previous be quiet! fan is the RGB imlpementation.

But we shouldn't completely ignore the rest of the fan. Just like any other be quiet! fan we have seen before, the Light Wings feature the same grooves on the fan wings while sharing the same level of rigidness and excellent build quality that we came to expect.

 

be-quiet-light-wings-120-design2

 

That being said, the RGB implementation is as be quiet! as it gets. With a thin semi-transparent ring around the fan, be quiet! used 18 LED's to create a controllable light around the fan. Additionally to that, be quiet! made sure to include 4x even thinner cut-ins on the backside of the fan to make the light visible from the other side. This creates a fan that looks great from both sides.

All in all the RGB implementation for the Light Wings is incredibly well executed. There is not a single light visible to the naked eye and the transitions between the individual LED's is very clean and creates a stunning light show.

Benchmark

No matter if RGB or not, a fan still needs to perform.

 

be-quiet-light-wings-120-benchmark1

 

While performing our usual Benchmark and letting the Light Wings spin at 100% Fan speed, they were able to keep the 3700x at 56°C.

Considering their 1500RPM and their Case-Fan use cases, this result was exactly what we expected.

 

be-quiet-light-wings-120-benchmark2

 

Once the fan speed was reduced and the numbers normalized by noise, we were able to observe that the Case-focused regular Light Wings are not that far behind their High-Speed Counterparts. Although they are seemingly giving up (which was absolutely expected once you let the high-speed's spin above 1500RPM), the regular 1500RPM versions are actually pretty much on the same level as their static pressure-focused counterparts.

Up until the very end, slim to no change was observed. From there, the High-Speed 120mm Light Wings just kept going for a little further.

Conclusion

be-quiet-light-wings-120-deisgn3

 

Considering that these 120mm Light Wings are supposed to be a "slower", "Case Airflow focused" version of the much better 120mm High-Speed counterparts, they do keep the fight going significantly longer than expected.

 

be-quiet-light-wings-120-design2

 

From a raw performance standpoint, it is undeniable that their 120mm High-Speed counterparts can go on a little bit further. But once you boil these results down to Noise-to-Performance and consider the fact that these regular 120mm Light Wings are supposed to be solely for Case-Fan usage, they do perform amazingly.

 

be-quiet-light-wings-120-design4

 

On the quality side, they are also exactly where they should be, at the level of a be quiet! Silent wing. From the sturdy wings and unbreakable frame to the decently implemented double-sided RGB ring. These Light Wings are a real treat to the eye.

 

be-quiet-light-wings-120-design7

 

Considering the outstanding design and quality, we can only recommend these regular 1500RPM quick Light Wings for any sort of Case Fan usage. For radiator usage, however, we would recommend to go for the quicker and static-pressure focused High-Speed version.

 

strumace
Introduction
What's in the Box?
Installation
Appearance
Benchmark
Conclusion
Top Reviews
Arctic BioniX F140 Review

Arctic BioniX F140 Review

Arctics BioniX series already proved itself to be an overpowered version of their Normal P and F counterparts. Knowing that i

Read More
Arctic P14 PWM PST Review

Arctic P14 PWM PST Review

We were already impressed by the Arctic P12, now we will take a closer look at the Arctic P14. Lets see if the bigger 140mm m

Read More
BitFenix Spectre ARGB SE Kit Review

BitFenix Spectre ARGB SE Kit Review

There are a lot of ARGB Case Fan kits available out there. In this review, we will have a closer look at BitFenix and their S

Read More
Recommended
Gelid Liquid 240 Review

Gelid Liquid 240 Review

Although the Gelid Liquid 120 did not perform exceptionally well, this might have been caused by the form factor alone. Lets

Read More