ARCTIC 02256 - Arctic 4-Pin PWM Fan Splitter Cable
17.18 EUR
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Expand your ventilation
Even if you don't have enough fan headers on your motherboard, the 4-Pin PWM Fan Splitter Cable allows you to connect up to four case fans to a single header. If you want to connect more than four case fans or the total power consumption exceeds 1 A, use the ARCTIC Case Fan Hub. This has 10 fan slots and is operated directly via SATA power.
Improved cable management
With the 4-pin PWM Fan Splitter Cable, you can simplify your cable management approach and therefore easily place fans in any position in your enclosure. The 70 cm to the first fan connector allows you enough space to route the cable in the invisible area of the enclosure.
EAN: 4895213702256
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Expand your ventilation
Even if you don't have enough fan headers on your motherboard, the 4-Pin PWM Fan Splitter Cable allows you to connect up to four case fans to a single header. If you want to connect more than four case fans or the total power consumption exceeds 1 A, use the ARCTIC Case Fan Hub. This has 10 fan slots and is operated directly via SATA power.
Improved cable management
With the 4-pin PWM Fan Splitter Cable, you can simplify your cable management approach and therefore easily place fans in any position in your enclosure. The 70 cm to the first fan connector allows you enough space to route the cable in the invisible area of the enclosure.
EAN: 4895213702256
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
Careful!
Some PC mainboard connectors are only designed for use with 1 A (12 W) (refer to the motherboard operating instructions for more details). When using the NA-SC1 in PCs, please ensure that the total current or power of the fans does not exceed this value.
The P9 PWM PST CO is a powerful 92-mm fan with a speed of 200 to 3000 rpm. It delivers a static pressure of 3.12 mmH2O and generates an airflow of 38.83 cfm. Thanks to pulse width modulation (PWM), it enables precise fan speed control and is extremely energy-efficient, boasting consumption of just 0.12 A. It also has a 0 dB mode for silent operation when idling.
Optimised for high static pressure
The P9 PWM PST CO delivers a focused stream of air and ensures a high airflow even with particularly high air resistance. This makes the fan ideal for use on heatsinks, radiators, perforated panels and filters.
When the new P8 PWM PST was developed, special emphasis was placed on a focused airflow and high static pressure. The fan therefore guarantees extremely efficient cooling, even with increased air resistance. This makes the P8 PWM PST particularly suitable for use on heatsinks, radiators, perforated panels and filters.
More efficient technology
The motor is powered by the latest-generation PWM-IC, which allows the new P8 PWM PST to work much more efficiently than its predecessors. This saves energy without compromising performance.
Maximum smoothness, minimum vibration
The operating noise of the newly developed ARCTIC motor is barely noticeable, even at the lowest speed. Due to sinus-magnetising, the P-fan motor only creates 5% of the vibration from the commutation of a regular DC motor without a filter. Thanks to the uniform distribution of force, there's therefore no need for a rubber buffer.
Improved service life
A 10°C lower motor temperature roughly doubles the service life.
The P9 PWM PST is a powerful 92-mm fan with a speed of 200 to 3000 rpm. It delivers a static pressure of 3.12 mmH2O and generates an airflow of 38.83 cfm. Thanks to pulse width modulation (PWM), it enables precise fan speed control and is extremely energy-efficient, boasting consumption of just 0.12 A. It also has a 0 dB mode for silent operation when idling.
Optimised for high static pressure
The P9 PWM PST delivers a focused stream of air and ensures a high airflow even with particularly high air resistance. This makes the fan ideal for use on heatsinks, radiators, perforated panels and filters.
0 dB mode - zero rpm
The fan can be throttled to a standstill using PWM, allowing silent operation at idle while ensuring maximum performance when needed. As a result, the P9 PWM PST offers highly flexible speed adjustment to optimally regulate the airflow in each enclosure.
In contrast to normal 120-mm case fans that are 25 mm thick, the P12 Slim PWM PST has a mounting depth of only 15 mm. This makes it the ideal choice for Small Form Factor (SFF) builds. Corresponding screws for mounting on a radiator are included.
Optimised for high static pressure
The fan design of the P12 Slim PWM PST is optimised for focused airflow, thus generating high static pressure. The fan enables extremely efficient cooling and a good airflow, even with increased air resistance. This makes the P12 Slim PWM PST particularly well suited to use on concealed case intakes, dust filters, radiators, and generally in small enclosures that have little space for free airflow due to compactly placed hardware.
When the new P8 PWM PST was developed, special emphasis was placed on a focused airflow and high static pressure. The fan therefore guarantees extremely efficient cooling, even with increased air resistance. This makes the P8 PWM PST CO particularly suitable for use on heatsinks, radiators, perforated panels and filters.
Designed for continuous operation
The premium quality of the Japanese double ball bearing allows continuous operation 24/7 without compromising on performance. Dirt and high temperatures affect this bearing much less than generic sleeve or single ball bearings. That is why the double ball bearing is the perfect choice if you want to guarantee continuous operation.
In contrast to normal 120-mm case fans that are 25 mm thick, the P12 Slim PWM PST has a mounting depth of only 15 mm. This makes it the ideal choice for Small Form Factor (SFF) builds. Corresponding screws for mounting on a radiator are included.
Optimised for high static pressure
The fan design of the P12 Slim PWM PST is optimised for focused airflow, thus generating high static pressure. The fan enables extremely efficient cooling and a good airflow, even with increased air resistance. This makes the P12 Slim PWM PST particularly well suited to use on concealed case intakes, dust filters, radiators, and generally in small enclosures that have little space for free airflow due to compactly placed hardware.
The hydrodynamic slide bearing is equipped with an oil capsule to avoid any loss of lubricant. This makes the bearing as quiet as a slide bearing but with a significantly longer operating life.
Perfect fan regulation through the PWM
The PWM-function indicates exactly the speed at which the fan must run via the motherboard. This guarantees maximum cooling performance at minimum noise levels.
PWM Sharing Technology (PST) reduces noise levels
If you want to improve the efficiency of your cooling in the PC, you can also connect several chassis fans in parallel (only 10 fans or more makes the noise twice as loud). But how does it help you if they don't work together? The PST function ensures that all chassis fans are working on one signal. For example, you share your CPU cooler PWM signal, ensuring that your chassis fans only speed up and slow down when necessary.
In contrast to normal 140-mm case fans that are 27 mm thick, the P14 Slim PWM PST has a mounting depth of only 16 mm. This makes it the ideal choice for Small Form Factor (SFF) builds. Corresponding screws for mounting on a radiator are included.
Optimised for high static pressure
The fan design of the P14 Slim PWM PST is optimised for focused airflow, thus generating high static pressure. The fan enables extremely efficient cooling and a good airflow, even with increased air resistance. This makes the P14 Slim PWM PST particularly well suited to use on concealed case intakes, dust filters, radiators, and generally in small enclosures that have little space for free airflow due to compactly placed hardware.
The P14 PWM PST A-RGB has 12 digital A-RGB LEDs in the centre fan wheel. These can be controlled independently of each other and are compatible with the common A-RGB standards of leading motherboard manufacturers. This means the fab can be fully illuminated directly via the A-RGB mainboard connection or via an external controller and synchronised with the lighting of other hardware.
ARCTIC's Partner SignalRGB provides a comprehensive solution for synchronising and customising lighting.
0 dB mode - zero rpm
The speed of the fan can be reduced to a standstill using PWM. This allows silent operation at idle while guaranteeing maximum performance when required.
The low installation height of 15 mm and extremely energy-efficient operation make the P8 Slim PWM PST perfect for small PCs, such as single-board computers and the entire SFF range.
300 to 3000 rpm controlled via PWM PST
With a wide speed range and the innovative PWM Sharing Technology (PST), the fan speed of the P12 PWM PST can be synchronously controlled with other fans. ARCTIC PST fans come with their own daisy chain solution by default and, in addition to the plug-in connection, have an additional socket to which an additional fan or up to four other PST fans can be connected in series.
Ideal for small spaces
In contrast to normal 80-mm case fans that are 25 mm thick, the P8 Slim PWM PST has a mounting depth of only 15 mm. This makes it the ideal choice for Small Form Factor (SFF) builds.
The operating noise of the newly developed ARCTIC motor is barely noticeable, even at the lowest speed. Due to sinus-magnetising, the F-fan motor only creates 5% of the vibration from the commutation of a regular DC motor without a filter.
Perfect fan regulation through the PWM
The PWM-function indicates exactly the speed at which the fan must run via the motherboard. This guarantees maximum cooling performance at minimum noise levels.
Long operating time
The hydrodynamic slide bearing is equipped with an oil capsule to avoid any loss of lubricant. This makes the bearing as quiet as a slide bearing but with a significantly longer operating life.
The P12 PWM PST RGB has 12 analogue RGB LEDs in the centre fan wheel. These can be controlled independently of each other and are compatible with the common RGB standards of leading motherboard manufacturers. This means the fab can be fully illuminated directly via the RGB mainboard connection or via an external controller and synchronised with the lighting of other hardware.
0 dB mode - zero rpm
The speed of the P12 PWM PST RGB can be reduced to a standstill using PWM. This allows silent operation at idle while guaranteeing maximum performance when required.
Maximum smoothness, minimum vibration
The operating noise of the newly developed ARCTIC motor is barely noticeable, even at the lowest speed. In addition, the P12 PWM PST RGB has rubberised support surfaces, thus reducing audible vibrations to a minimum.
When the new P8 PWM PST was developed, special emphasis was placed on a focused airflow and high static pressure. The fan therefore guarantees extremely efficient cooling, even with increased air resistance. This makes the P8 PWM PST particularly suitable for use on heatsinks, radiators, perforated panels and filters.
More efficient technology
The motor is powered by the latest-generation PWM-IC, which allows the new P8 PWM PST to work much more efficiently than its predecessors. This saves energy without compromising performance.
Maximum smoothness, minimum vibration
The operating noise of the newly developed ARCTIC motor is barely noticeable, even at the lowest speed. Due to sinus-magnetising, the P-fan motor only creates 5% of the vibration from the commutation of a regular DC motor without a filter. Thanks to the uniform distribution of force, there's therefore no need for a rubber buffer.
Improved service life
A 10°C lower motor temperature roughly doubles the service life.
Please note!
Common motherboard fan connectors support up to 9.6 or 12 W (see the motherboard manual for details). Therefore, make sure that the combined power consumption of the fans operated by means of a NA-YC1 adapter on one connection does not exceed this value!
Please note!
Common motherboard fan connectors support up to 9.6 or 12 W (see the motherboard manual for details). Therefore, make sure that the combined power consumption of the fans operated by means of a NA-YC1 adapter on one connection does not exceed this value!
Please note!
Common motherboard fan connectors support up to 9.6 or 12 W (see the motherboard manual for details). Therefore, make sure that the combined power consumption of the fans operated by means of a NA-YC1 adapter on one connection does not exceed this value!
Please note!
Common motherboard fan connectors support up to 9.6 or 12 W (see the motherboard manual for details). Therefore, make sure that the combined power consumption of the fans operated by means of a NA-YC1 adapter on one connection does not exceed this value!
Please note!
Common motherboard fan connectors support up to 9.6 or 12 W (see the motherboard manual for details). Therefore, make sure that the combined power consumption of the fans operated by means of a NA-YC1 adapter on one connection does not exceed this value!
The PWM version uses Noctua's specially designed NE-FD1 IC for fully automatic speed control via 4-pin connections and is supplied with a low-noise adapter as well as an OmniJoin adapter set for operation on proprietary connections. Its outstanding smoothness, the SSO2 industry benchmark bearing and Noctua's proven premium quality make the NF-A4x10 PWM a great choice for the highest demands.
Award-winning NF-A4x10 design
With more than 100 recommendations and awards from the international trade press, the NF-A4x10 has become a benchmark in the area of high-quality 40-mm fans. Its outstanding efficiency has already convinced tens of thousands of customers around the world.
40x20 mm format
Compared to Noctua's award-winning NF-A4x10, the NF-A4x20 has twice the depth of its construction. This enables higher pressure performance and makes the NF-A4x20 the perfect choice for applications with higher air resistance.
Flow Acceleration Channels
The impeller of the NF-A4x20 is equipped with so-called flow acceleration channels on the suction side. The acceleration of the air flow in the critical outer regions of the fan blades reduces the suction-side vortex-ablation, resulting in higher efficiency and lower turbulence-related noise emission.
AAO frame system
Noctua's AAO (Advanced Acoustic Optimization) frames have built-in vibration buffers and a stepped inlet design (stepped inlet Design) and an interior microstructure (Inner surface Microstructures), which enable even better performance/noise efficiency.
Stepped Inlet Design
The stepped inlet area of the stepped inlet design creates more turbulence in the inlet. This facilitates the transition from laminar to turbulent flow, which is better attached to the frame (flow attachment) and thus increases the suction capacity of the fan, especially when the intake area is limited.
Inner Surface Microstructures
The microstructure inside the frame (Inner surface Microstructures) creates a boundary layer through which the tips of the fan blades move. This reduces the current separation from the suction side of the leaf tips, which results in a significant reduction of the rotton and an increase in the efficiency of the pressure and airflow.
Anti-Vibration Pads
The anti-vibration pads, made from extra-soft silicone, reduce the transmission of minimal vibrations and are compatible with all standard screws as well as standard mounting systems or fan clips used in CPU coolers.
PWM IC WITH SCD
The fan supports fully automatic speed control via PWM and uses Noctua's specially designed NE-FD3 chip for this purpose. This 5V PWM IC integrates Noctua's smooth commutation Drive (SCD) technology, which minimizes PWM switching noise and makes the fan even quieter at low speeds.
OmniJoin Adapter set
Since many devices, in which 40 mm fans are used, have proprietary fan connectors, the NF-A4x20 is supplied with Noctuas OmniJoin...
Scope of Delivery
2x NA-YC1 Y-Cables
Scope of Delivery
3x NA-EC1 Extension Cables
Flow Acceleration Channels
The impeller of the NF-A4x10 is equipped with so-called Flow Acceleration Channel at the suction side. The acceleration of the air flow in the critical outer regions of the fan blades reduces the suction-side vortex-ablation, resulting in higher efficiency and lower turbulence-related noise emission.
AAO frame system
Noctua's AAO (Advanced Acoustic Optimization) frames have built-in vibration buffers and a stepped inlet design (stepped inlet Design) and an interior microstructure (Inner surface Microstructures), which enable even better performance/noise efficiency.
Stepped Inlet Design
The stepped inlet area of the causes more turbulence in the inlet. This facilitates the transition from laminar to turbulent flow, which is better attached to the frame (flow attachment) and thus increases the suction capacity of the fan, especially when the intake area is limited.
Integrated Anti-Vibration Pads
The anti-vibration pads, made from extra-soft silicone, reduce the transmission of minimal vibrations and are compatible with all standard screws as well as standard mounting systems or fan clips used in CPU coolers.
PWM IC WITH SCD
The NF-A6x25 PWM supports fully automatic speed control via PWM and uses Noctua's specially designed NE-FD1 chip for this purpose. This new PWM IC integrates Noctua's smooth commutation Drive (SCD) technology, which minimizes PWM switching noise and makes the fan even quieter at low speeds.
Low-Noise Adapter
The NF-A6x25 PWM is supplied with a (L.N.A.) that reduces the maximum speed from 3000 to 2300rpm. This allows you to operate the fan at a constant 2300rpm or limit the maximum speed in PWM operation.
Comprehensive Connectivity Options
While the 20cm short primary cable helps to avoid cable clutter in typical applications, the included 30cm extension provides extra range for all cases. Both cables are fully sheathed and a 4-pin Y-cable allows a second PWM fan to be controlled at the same connection.
