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The Gamemax GMX-WFWT-PWM is a standard 120 x 120 x 25 mm case fan in a white frame, driven by a 4-pin PWM connector. It fits the mounting points found in nearly every ATX and micro-ATX case, so it drops into an existing build as an intake, an exhaust or a radiator fan.

The Gamemax GMX-WFWT-PWM is a standard 120 x 120 x 25 mm case fan in a white frame, driven by a 4-pin PWM connector. It fits the mounting points found in nearly every ATX and micro-ATX case, so it drops into an existing build as an intake, an exhaust or a radiator fan.

The 4-pin PWM connection lets the motherboard set fan speed anywhere between 800 and 1600 rpm, within 10%. That means the fan idles quietly during browsing and ramps only when temperatures call for it, instead of running flat out constantly as a 3-pin fan on a fixed header would.

The 4-pin PWM connection lets the motherboard set fan speed anywhere between 800 and 1600 rpm, within 10%. That means the fan idles quietly during browsing and ramps only when temperatures call for it, instead of running flat out constantly as a 3-pin fan on a fixed header would.

Noise tops out at 30 dBA with the fan at 1600 rpm, and falls away as PWM winds it back down. For a machine sitting on a desk rather than under it, the peak figure is the one that matters, because that is the level you hear during a game or a long render.
Noise tops out at 30 dBA with the fan at 1600 rpm, and falls away as PWM winds it back down. For a machine sitting on a desk rather than under it, the peak figure is the one that matters, because that is the level you hear during a game or a long render.


Maximum airflow is 41 CFM, within 10%, which is the figure that counts for an open intake or exhaust position where air moves freely. Two or three of these moving air through a case is what keeps ambient temperatures down around a GPU and drive cage.

Maximum airflow is 41 CFM, within 10%, which is the figure that counts for an open intake or exhaust position where air moves freely. Two or three of these moving air through a case is what keeps ambient temperatures down around a GPU and drive cage.

Maximum static air pressure is 1.83 mm-H2O, the specification that determines whether a fan can push air through something dense. Radiators, mesh filters and packed heatsink fins all resist airflow, and static pressure rather than raw CFM is what gets air through them.
Maximum static air pressure is 1.83 mm-H2O, the specification that determines whether a fan can push air through something dense. Radiators, mesh filters and packed heatsink fins all resist airflow, and static pressure rather than raw CFM is what gets air through them.


The fan runs on a hydraulic bearing with a mean time between failures of 30,000 hours. Hydraulic bearings sit between sleeve and ball designs, staying quieter than ball bearings while lasting considerably longer than a plain sleeve, which is the right trade for a fan that runs whenever the PC is on.

The fan runs on a hydraulic bearing with a mean time between failures of 30,000 hours. Hydraulic bearings sit between sleeve and ball designs, staying quieter than ball bearings while lasting considerably longer than a plain sleeve, which is the right trade for a fan that runs whenever the PC is on.

Nine white blades sit in a matching white frame, which suits the white and pastel builds that have become common and keeps the interior looking deliberate rather than assembled from leftovers. There is no LED lighting on this model, so it stays neutral behind a tinted side panel.
Nine white blades sit in a matching white frame, which suits the white and pastel builds that have become common and keeps the interior looking deliberate rather than assembled from leftovers. There is no LED lighting on this model, so it stays neutral behind a tinted side panel.


Eight shock-absorbing rubber pads sit between the fan and the case, isolating the vibration that otherwise transfers into a steel panel and turns into an audible hum. It is a small addition that often does more for perceived noise than the fan's own rating.

Eight shock-absorbing rubber pads sit between the fan and the case, isolating the vibration that otherwise transfers into a steel panel and turns into an audible hum. It is a small addition that often does more for perceived noise than the fan's own rating.

The 4-pin PWM cable is 500 mm long with both male and female connectors, so fans can be chained together off a single motherboard header. Mounting screws are supplied in the box, which means nothing else needs buying to fit it.
The 4-pin PWM cable is 500 mm long with both male and female connectors, so fans can be chained together off a single motherboard header. Mounting screws are supplied in the box, which means nothing else needs buying to fit it.


Rated voltage is 12 V with a current draw of 0.15 A, rising to a maximum of 0.18 A, which is 1.8 W typical and 2.16 W at peak. It operates across a 5 to 13.8 V range and starts turning from 5 V, so it spins up reliably even on a header set to a low minimum.

Rated voltage is 12 V with a current draw of 0.15 A, rising to a maximum of 0.18 A, which is 1.8 W typical and 2.16 W at peak. It operates across a 5 to 13.8 V range and starts turning from 5 V, so it spins up reliably even on a header set to a low minimum.
Everything you need to know about this product
It measures 120 x 120 x 25 mm, the standard 120 mm case fan format.
It runs between 800 and 1600 rpm, within a 10% tolerance, under PWM control.
Maximum noise is 30 dBA at full speed, and it drops as the motherboard reduces the fan speed.
Maximum airflow is 41 CFM, within 10%.
Maximum static air pressure is 1.83 mm-H2O, which suits radiators and restricted mounting positions.
It uses a hydraulic bearing with an MTBF rating of 30,000 hours.
No, this model has no LEDs; it is a plain white frame with white blades.
It has nine blades, finished in white to match the frame.
Yes, eight shock-absorbing rubber pads reduce vibration transfer into the case panels.
The cable is 500 mm long with a 4-pin PWM male and female connector for chaining fans.
Yes, screws are supplied as accessories with the fan.
It is rated at 12 V and 0.15 A, drawing 1.8 W typically and up to 2.16 W at maximum.
AI-Generated Content: These FAQs are generated by an automated AI system and may contain inaccuracies or omissions. Evetech makes no warranties, express or implied, regarding their completeness or reliability. For definitive information, please refer to the manufacturer's official specifications.







Please Note: Product images are for illustrative purposes only and may differ from the actual product.
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