12 Ports 3Pin DC 5V ARGB and 12V 4Pin PWM Fan Hub Breakout Board With Extension Cable 5V ARGB and 12V PWM DC Fan Hub with Acrylic Case and Magnetic Standoff for ASUS/MSI 5V 3Pin LED Controller

12 Ports 3Pin DC 5V ARGB and 12V 4Pin PWM Fan Hub Breakout Board With Extension Cable 5V ARGB and 12V PWM DC Fan Hub with Acrylic Case and Magnetic Standoff for ASUS/MSI 5V 3Pin LED Controller.

Product specifications:

1.This 3 pin RGB and 4pin PWM hub can extend any 5V addressable RGB products simultaneously, while connecting one RGB cable on your motherboard.

2. This hub is only compatible with 3pin 5V addressable RGB headers or controllers. not connect to 12V RGB strip and M/B.

3.PWM 4pin header x6, compatible with 3pin cable (Speed control function is unavailable for 3 pin fans), The red 4pin 90°pin header is only connect CPU fan.

4.Expand 4-pin fan interfaces, solving the problem of lack of motherboard fan interfaces. Designed for 12V 4-Pin 3-Pin fans, support simultaneous starting at most 10 channel fans.

5.In the hub interfaces, the RED CPU interface is the CPU fan dedicated interface (with speed detection function). Since the mainboard can only receive one rotation speed signal, the remaining nine conventional fan interfaces have the PWM function, but no speed signal.

6.For both 4-Pin and 3-Pin fans. Please note 4Pin fan speed can be adjusted by temperature control. 3Pin fan can also be used, but because 3Pin has no PWM function, it is at fixed speed after inserting.

7. Product Dimension: 100 x 62 x 16mm.

8. RGB cable length:60cm.

9.. Magnetic standoff design for easily fixing the hub in the chassis.

Product Overview:

This product is a feature rich and distinctive hub power expansion board, specially designed for the power supply and lighting control needs of various devices inside computer cases. It is connected through a SATA interface and can expand to 12 different types of power ports, covering 3-pin and 4-pin pins, which can be adapted to various devices, such as 5V LED RGB light strips, system fans, and CPU fans. At the same time, equipped with cool RGB LEDs and independent switches, it adds visual effects to the interior of the chassis. Its A-side interface and B-side interface can accurately connect to the corresponding connectors on the motherboard, and the acrylic transparent panels on both sides, combined with the magnetic foot pads below, are both beautiful and easy to firmly fix on the inner wall of the chassis. They are widely used by computer DIY enthusiasts, e-sports players, and users who have high requirements for the cleanliness, aesthetics, and expandability of the chassis.

Product Features

Rich and diverse power port extensions:

With the help of SATA interface connection, 12 practical power ports have been ingeniously expanded, among which ports 1, 2, 5, 6, 9, and 10 are 3-pin pins, specially tailored for 5V LED RGB light strips and other 3-pin 5V devices, providing sufficient power supply interfaces for lighting decoration inside the chassis, facilitating users to create personalized lighting environments, and meeting the needs of creating e-sports atmosphere and beautifying the interior of the chassis.

3. Ports 4, 7, 8, and 12 are designed as 4-pin pins, which have strong versatility. They can be used not only for common 4-pin system fan connections, but also compatible with 3-pin system fans, providing rich interface options for the construction and expansion of the chassis cooling system, ensuring that all hardware in the chassis can operate stably under good cooling conditions.

The 11th power port has a unique feature, with a 4-pin pin that is only used to connect the CPU fan, accurately meeting the power supply requirements of the CPU's critical hardware cooling fan, ensuring effective cooling protection for the CPU during high load operation, and maintaining overall computer performance stability.

Cool RGB LED and independent switch: Equipped with cool RGB LED, when lit inside the chassis, it can create a visual effect with a strong sense of technology and e-sports atmosphere, adding a lot of color to the chassis. And a special RGB LED independent switch is set up, allowing users to easily control the on and off of RGB LEDs according to their preferences and actual usage scenarios, without the need for complex operations, to create the desired internal lighting effect of the chassis and achieve personalized visual display.

Interface design for motherboard adaptation:

The precise docking of the A-end interface with the 4-pin connector of the GPU fan on the motherboard ensures stable and reliable connection with the graphics card cooling fan, ensuring stable power supply and good heat dissipation during the operation of the graphics card, thereby ensuring stable performance of the graphics card. This is crucial for users with high requirements for graphics card performance, such as gamers and graphics processors.

The B-end interface is connected to the 5V RGB 3PIN connector on the M/B, achieving integration with the RGB lighting control function of the motherboard, further expanding the flexibility of internal lighting control in the chassis, facilitating users to manage and adjust the lighting effects inside the chassis, and creating a coordinated visual feast.

Beautiful and practical appearance structure:

The upper and lower sides are made of acrylic transparent panels, which not only have good transparency and allow the internal circuit structure and lighting effects to appear and disappear, showing a sense of technological beauty, but also have a certain degree of protection to prevent dust and other impurities from easily entering the interior and affecting the normal operation of the circuit.

The magnetic foot pad at the bottom is a highlight of the design. Through magnetic attraction, it can firmly fix the expansion board on the inner wall of the chassis, which is convenient for installation and disassembly, and avoids problems such as occupying internal space or scratching the chassis that may be caused by traditional fixing methods. This makes the layout of the expansion board inside the chassis more reasonable and tidy.

Product Structure and Interface Introduction

Power port:

3-pin ports (1, 2, 5, 6, 9, 10): Designed strictly according to the standard specifications of 3-pin pins, the internal pins are made of high-quality conductive metal materials to ensure good conductivity and stable output of 5V voltage, providing reliable power supply for connected 5V LED RGB light strips and other 5V devices. The external dimensions of the port are precise, the insertion and removal are smooth, and it is convenient for users to connect various corresponding devices. It also has a certain insertion and removal life and is durable.

4-pin ports (3, 4, 7, 8, 12): Built according to the universal standard of 4-pin pins, the internal pin layout is reasonable, and high-quality conductive materials are also selected to adapt to different specifications of system fans. Whether it is the PWM speed regulation function required by 4-pin fans or the basic power supply requirements of 3-pin fans, they can accurately meet the needs, ensuring stable operation of the fan, effectively regulating the air flow inside the chassis, and achieving good heat dissipation effect.

4-pin Pin Port (No. 11): A 4-pin pin port specifically designed for CPU fans. While meeting basic power supply needs, it focuses on working in conjunction with the CPU fan to ensure accurate and stable power supply. It supports intelligent speed regulation of the fan, allowing it to adjust speed in real time according to the temperature of the CPU, providing protection for CPU heat dissipation.

RGB LED and independent switch:

RGB LED uses high brightness, low power consumption, and colorful beads, and through carefully designed circuit layout, achieves a variety of cool lighting effects, such as flowing light and breathing light effects. It is independent and coordinated with components such as power ports in the circuit, which can independently display lighting effects without interfering with other power supply functions due to its own operation.

The RGB LED independent switch adopts a micro switch design, with comfortable operation and clear feedback when pressed. Through simple circuit connection, it can accurately control the on/off status of the RGB LED. Users can easily operate and freely switch the on/off status of the light, meeting the lighting needs in different scenes.

A-end interface and B-end interface:

A-end interface (connecting to motherboard GPU fan 4-pin connector): Strictly following the compatibility standards with the motherboard GPU fan 4-pin connector, the pin arrangement, size and other parameters inside the interface are precisely matched with the corresponding interface of the motherboard. High quality metal materials are used to create contact points, ensuring good conductivity and stable connection, ensuring stable power transmission to the GPU fan, and providing reliable support for graphics card heat dissipation.

B-end interface (connected to the 5V RGB 3PIN connector on the M/B): Designed according to the specifications of the 5V RGB 3PIN connector, the internal pin layout is reasonable and can be perfectly integrated with the RGB lighting control circuit of the motherboard, achieving unified control of the relevant RGB devices inside the chassis. It can flexibly adjust the lighting color, brightness, flashing mode, and create personalized chassis lighting effects.

1.2.5.6.9.10 :Connect to 5V LED Stip	A:Gonnect to GPu fan 4pin header on M/B
	B:Connectto5V RGB 3PiN header on M/B
3.4.7.8.12 : Gonnect to systemm fan	C:LED power control switch
11 : Only connect to cPu fan	D:Gonnect to SATA 15pin power

Acrylic transparent panel and magnetic foot pad:

Acrylic transparent panel: Made of high-quality acrylic material, it undergoes fine cutting and polishing processes to achieve a smooth and flat surface with high transparency. It not only clearly displays the internal circuits and lighting conditions, but also has a certain strength to effectively resist minor external impacts and scratches, protecting internal components. The panel and expansion board are tightly integrated through a reasonable fixing method to ensure the overall structural stability.

Magnetic foot pad: composed of magnetic material and wear-resistant, anti slip rubber material, the magnetic part can produce strong magnetic attraction with the metal material on the inner wall of the chassis, making the expansion board firmly fixed on the chassis; The rubber part directly contacts the inner wall of the chassis, playing a buffering and anti slip role, preventing the expansion board from sliding inside the chassis, and avoiding scratching the inner wall of the chassis, ensuring a clean and beautiful interior of the chassis.

Performance advantages:

Powerful device scalability: With rich power port configurations, it can simultaneously meet the power supply needs of multiple different types of devices inside the chassis. Whether it is adding more RGB light strips to create dazzling lighting effects, expanding system fans to enhance chassis heat dissipation capabilities, or ensuring stable power supply for CPU fans and GPU fans, it can be easily achieved, effectively solving the problem of insufficient power supply interfaces when expanding internal devices in the chassis, and improving the overall functionality and scalability of the chassis.

Personalized lighting control experience: The cool RGB LED paired with independent switches allows users to freely control the lighting effects inside the chassis, creating a unique gaming atmosphere or personalized chassis appearance according to different moods, usage scenarios, or personal preferences. There is no need to rely on complex motherboard BIOS settings or third-party software, and the operation is simple and convenient, greatly improving the user's experience and personalized customization ability.

Stable and reliable connection and heat dissipation guarantee: precise adaptation to key interfaces on the motherboard ensures stable power transmission to various important devices, such as CPU fans and GPU fans, guaranteeing the heat dissipation requirements of these hardware under high load operation, thereby maintaining the overall performance stability of the computer and reducing the risk of hardware failure caused by overheating. At the same time, a reasonable power port design also ensures stable power supply for various fans and other devices, avoiding equipment abnormalities caused by unstable power supply.

Beautiful and tidy chassis layout: The design of acrylic transparent panels and magnetic foot pads not only gives the expansion board a beautiful appearance, but also makes its fixation inside the chassis more stable and reasonable, avoiding problems such as messy wiring and traditional fixing methods that may cause space occupation and scratching of the chassis. This makes the interior of the chassis look cleaner and more orderly, enhancing the overall aesthetics of the chassis and meeting the pursuit of modern computer DIY users for a balance between aesthetics and practicality inside the chassis.

Usage method

Connect the power supply to the motherboard:

Use SATA power cables to connect the SATA interface of the hub power expansion board to the corresponding SATA interface of the computer power supply, ensuring a secure connection and avoiding loose or virtual connections, providing stable power input for the expansion board.

Connect the A-side interface of the expansion board accurately to the GPU fan 4-pin connector on the motherboard, ensuring that the pins are perfectly aligned, and gently insert until a stable connection is felt; Similarly, when connecting the B-end interface to the 5V RGB 3PIN connector on the M/B, it is necessary to ensure a tight connection, establish a stable electrical connection between the expansion board and the motherboard, and achieve the docking of power transmission and lighting control functions.

Connecting devices:

For 5V LED RGB light strips and other 3-pin 5V devices, select the 1, 2, 5, 6, 9, and 10 pin ports on the expansion board, align the device's plug with the port, slowly and smoothly insert it, ensuring that the plug is fully attached to the port and achieving stable power supply.

To connect the system fan, select the 4-pin ports 3, 4, 7, 8, and 12 based on the pin type of the fan (3-pin or 4-pin), and also pay attention to the correct insertion direction to ensure that the fan is tightly connected to the port, so that the fan can operate normally and achieve the corresponding speed control function (if it is a 4-pin fan).

Insert the plug of the CPU fan into the 4-pin pin port on the 11th, ensuring a secure connection, so that the CPU fan can receive stable power supply and automatically adjust the speed according to the CPU temperature, ensuring the heat dissipation effect of the CPU.

Control RGB LED lighting: According to personal needs, control its on or off by pressing the RGB LED independent switch. If you want to switch lighting effects, you can refer to the product manual for the introduction of preset lighting modes (if any), follow the corresponding operation methods to switch, create the desired internal lighting effect of the chassis, and create a unique usage atmosphere.

Daily use and monitoring: During the normal operation of the computer, pay attention to the working status of various connected devices, such as whether the fan is rotating normally and whether the RGB light strip is emitting light normally. If an abnormality is found in the device, first check if the connection between the device and the expansion board port is loose, and try unplugging the relevant plug again for troubleshooting. At the same time, attention should also be paid to the connection between the expansion board, power supply, and motherboard to ensure stable and reliable overall power supply and control links. If necessary, regularly clean the dust on the surface of the expansion board to avoid dust accumulation affecting heat dissipation and electrical performance.

Applicable scenarios:

Computer DIY and Personalized Customization: For computer DIY enthusiasts, this hub power expansion board is a powerful assistant for creating personalized computer cases. They can use rich power ports to connect multiple RGB light strips, various specifications of fans and other devices, control the RGB LED lighting effect through independent switches, and combine magnetic foot pads to easily fix the expansion board in the appropriate position on the inner wall of the chassis, creating a unique, beautiful, cool and powerful internal environment of the chassis, fully showcasing their creativity and personality.

Esports gaming scene: Esports players pursue the ultimate gaming experience, not only requiring computers to have powerful performance, but also paying attention to creating an atmosphere inside the chassis. This expansion board can provide stable power supply for the GPU fan inside the chassis, ensuring the stable performance of the graphics card. At the same time, it can connect multiple RGB light strips, creating an environment full of e-sports atmosphere through cool lighting effects, allowing players to have a more immersive gaming experience and enhance the gaming experience.

High performance computer cooling requirements: In high-performance computers, such as those used in professional fields such as graphics processing, video editing, 3D modeling, etc., hardware generates a large amount of heat during operation, requiring a powerful cooling system to ensure stable operation. The multiple fan power ports of this expansion board can easily connect multiple system fans. In addition, the precise power supply interface specially designed for CPU fans and GPU fans can effectively build a complete chassis heat dissipation system, ensuring that all key hardware can receive good heat dissipation during high load operation, maintaining the overall performance stability of the computer, and avoiding hardware failures and performance degradation caused by overheating.

Package included:

1x LED Splitter Hub.

1x LED controller cable.

1x PWM controller cable.

1xManual.