TZMRIT Interstellar-V2 Reverse Flow Infinity Mirror ARGB PWM 120mm Triple Pack (White)
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Product description
The essentials for a cleaner-looking build
If you’re after a PC fan that looks a bit more “designed” than standard RGB, the TZMRIT Interstellar-V2 Reverse Flow Infinity Mirror triple pack is aimed squarely at that. On paper, you’re getting three 120mm white reverse-flow fans with an ARGB infinite-mirror style effect across a three-sided setup.
What “reverse flow” means in practice is simply that the airflow direction is designed for specific case layouts and fan mounting approaches. So before you buy, it’s worth checking whether your case supports that style of fan arrangement, because aesthetics are only half the story—airflow still needs to end up going the right way.
Key takeaways
The standout is the infinity mirror lighting: each fan is built to throw ARGB effects around the infinite mirror area, aiming for a 3D look rather than plain ring lighting. You also get a PWM/ARGB-ready approach for smoother control (depending on your system setup), and the package includes three fans, which suits setups where you want consistent lighting across the front/intake or side area.
That said, this isn’t positioned like a “no compromises” cooling solution with the highest possible specs—more like a mid-range visual upgrade that also tries to be practical day to day.
What you’ll notice in everyday use
The reverse-flow idea can be a win if you’re building in a case where fan orientation matters for clearance or airflow routing. If you’ve ever tried to balance cable management, mounting space, and “does the air actually go where I want?”, you’ll understand why people seek these layout-friendly designs.
For the look: the infinite mirror effect is described as being based on infinite geometry on both the left and right sides of the fan. In a darkened room, that kind of layered mirror approach tends to look deeper than flat lighting.
The fans are also described as using hydraulic bearings, with the intent to run at high speed while reducing wear and noise, and improving service life. No fan is silent in all cases (fan speed and your case acoustics still matter), but the design signals a focus on longevity rather than purely flashy lighting.
Diffs that can make installation easier
One detail that’s easy to overlook until you’re actually building: the daisy chain design uses a sliding pin-to-pin locking mechanism. If you’re planning to connect three fans in a tidy way, that sort of system can reduce fiddly rework compared with more basic connectors.
Also, the lower part includes a magnetic suction described as pulling a steel column to the side of the fan. It’s not something you’ll use often during setup, but it hints at how the assembly is designed to stay put.
Tech specs
- Name: TZMRIT Interstellar-V2 Reverse Flow Infinity Mirror ARGB PWM PC Fans 120mm White
- Type: Reverse-flow ARGB PC case fan
- Format: Triple pack (3 fans)
- Size: 120mm
- Capacity: 68 CFM (around the infinite mirror, per fan description)
- Bearings: Hydraulic bearings
- Airflow/lighting concept: Infinity mirror with three-sided light effect ARGB and “infinite geometry” on both left and right sides
- Mounting/connection notes: Daisy chain with sliding pin-to-pin locking mechanism, magnetic suction described on the lower part
Where it shines (and where you might want to look elsewhere)
Worth considering if you want a consistent ARGB infinity-mirror look across multiple 120mm positions, and you’re building around a case layout where reverse-flow fan orientation makes sense.
It’s not the best choice if your priority is maximum cooling performance above all else, or if your case layout doesn’t support the fan orientation you’re planning. Also, while it’s described as PWM/ARGB, you’ll still want to confirm your motherboard or controller setup can drive those signals correctly—otherwise you may be stuck with more limited lighting/control than you expected.
Care and common-sense checks before you buy
This kind of fan is best evaluated as “lighting + a practical cooling component”, not purely a spec chase. Before checkout, it’s smart to double-check:
- Your case mounting positions for 120mm reverse-flow fans (so airflow direction and clearance line up)
- Whether your control hardware supports the ARGB and PWM approach described
- Whether you prefer the look of an infinite mirror effect—because it’s the main visual selling point here
Finally, if your build is airflow-critical (heavy sustained loads), remember that any lighting-focused design can be a trade-off. It may still cool adequately, but it’s wise to judge it against your cooling plan, not just the lighting.
Mini FAQ
Who is this for?
It suits builders who want three matching 120mm reverse-flow fans with an ARGB infinity-mirror look, especially if you care about a deeper 3D-style lighting effect rather than simple rings.
Will the lighting be noticeable?
The description focuses on an infinite mirror effect and ARGB illumination around that area. In practice, that’s the kind of feature you’ll see most in darker rooms.
Does the daisy chain help?
The sliding pin-to-pin locking daisy chain is designed to make installation quicker and easier when wiring multiple fans, which is exactly what you’re doing in a triple pack.
Is reverse flow always the right choice?
Not necessarily. It depends on your case layout and how you’re trying to route airflow.
What’s the biggest limitation?
The “value” here is heavily tied to the look. If you’re primarily chasing top-end cooling performance, you may find other fan priorities make more sense.
When it makes sense
Buy the TZMRIT Interstellar-V2 Reverse Flow Infinity Mirror ARGB PWM 120mm triple pack if you’re planning a clean, consistent triple-fan setup and you want that infinite mirror ARGB effect to be the visual focus. It’s also a sensible fit for builders who prefer daisy-chain installation and want the benefit of hydraulic bearings and noise/wear-focused design choices. Skip it if your case layout doesn’t match reverse-flow mounting, if you can’t confirm ARGB/PWM compatibility in your system, or if cooling performance is your only priority over lighting aesthetics.