Computer Power Supply ATX 24Pin to 8 x IDE Molex 4Pin and 2 ATX 6Pin Power Connector Breakout Board for CHIA Hard Disk.

Product specifications:

1.This adapter is only suitable for the ATX Power supply, and this adapter can convert 8 PCS 4pin power for 2.5/3.5 SATA HDD, ATX 6Pin power connector for VGA card.

2.Maximum support to 800W power supply.

3. The LED voltage display can display the voltage of the main PSU in real time.

4.Breakout boards is designed for connecting the interconnect cable from PSU 1 to PSU2, PSU 2 to PSU 3, and so on.

5.Output Power: 5V/12V.

6.PCB Color: Purple.

Product Overview:

This ATX24pin power adapter board is a highly integrated and practical power conversion device designed to meet the diverse power supply needs of computer hardware. It features an ATX24pin power input interface as its core, cleverly turning out 8 large 4PIN pins, 2 ATX6Pin power interfaces, one (12V) fan small 4PIN power interface, two small 4PIN power synchronization interfaces, and one induction on/off large 4PIN interface. It is also equipped with an LED voltage display switch and a separate power switch, which can easily meet the power needs of traditional hard drives, optical drives, and other devices, as well as high-performance graphics cards, fan cooling systems, and remote management modules, providing comprehensive protection for the stable operation and convenient management of computer systems.

Product Features

Multiple ATX power interface configurations:

1.The design of 8 large ATX 4PIN pins fully considers the power supply requirements of many traditional devices inside the computer. Each large ATX 4PIN pin is precisely arranged according to the standard specifications of+5V, GND, GND, and+12V, which can perfectly adapt to the power interface of devices such as hard drives and optical drives, providing stable and accurate power support for these storage and reading components, ensuring the continuity and stability of data transmission, and avoiding data loss or device failure caused by insufficient or unstable power supply.

2. Two ATX6Pin power interfaces, designed specifically to meet the power supply requirements of modern high-performance graphics cards, professional computing cards, and other devices. These interfaces are made of high-quality conductive materials and strictly follow industry standards to ensure strong and reliable power supply to devices under high load operation, helping graphics cards to achieve ultimate performance, smooth graphics rendering, and high-speed data processing, meeting the demanding needs of professional users such as gamers and graphic designers.

3. Equipped with a (12V) fan small ATX 4PIN power interface, dedicated to supplying power to the internal cooling system of the computer case. By precise voltage regulation, a stable 12V power supply is provided for the fan to ensure stable fan speed, effectively dissipate heat inside the chassis, prevent hardware performance degradation or damage due to overheating, extend equipment lifespan, and ensure the stability of the computer system under long-term operation.

4. Two small 4PIN power synchronization interfaces provide convenience for devices that require collaborative work and synchronized power supply. Whether it is the linkage control of multiple sets of fans or some special modular device clusters, these two interfaces can be used to achieve unified power allocation and synchronous startup, optimize system operation efficiency, and reduce management complexity.

5. The large ATX 4pin interface for sensing on/off innovatively expands the application scenarios of the adapter board, which can be used for ATX Molex or remote management. Users can easily control the power on and off through external sensing devices or remote commands, achieving intelligent and unmanned power management, especially suitable for special scenarios such as server rooms and remote monitoring, enhancing the flexibility and convenience of device management.

Intuitive and convenient control display:

The built-in LED voltage display switch is like a "rain gauge" for computer power systems. It can display the current voltage value of the power supply in real-time and accurately, allowing users to understand the power supply status at a glance. Whether during the self check phase of computer startup or during load monitoring after prolonged operation, users can observe the voltage data on the display screen to promptly detect potential voltage fluctuations, abnormalities, and other issues, take measures in advance, and ensure the safe and stable operation of the equipment.

The separate power switch design provides users with great operational convenience. In daily computer use, if you need to turn off the computer power for a short period of time, or when maintaining or debugging hardware, there is no need to plug and unplug the power cord. Simply press this independent switch lightly to quickly cut off or restore the power supply, which saves time and avoids the wear and tear caused by frequent plugging and unplugging on the power interface, extending the service life of the equipment.

Product Structure and Interface Introduction

1. ATX24pin power input interface:

Carefully crafted in strict accordance with the ATX 24 Pin standard, the internal 24 pins are made of high-purity metal material with excellent conductivity, ensuring efficient and stable power input. The interface shell is made of high-strength engineering plastic, which has excellent insulation performance and mechanical strength, effectively resisting static interference and external collision, ensuring the integrity and safety of the interface. The plug-in design is tightly fitted and can automatically lock after insertion to prevent loosening, laying a solid foundation for subsequent power transfer.

2. Big 4PIN pins:

The internal wires of each large 4PIN pin are made of high-quality copper cores to ensure low resistance and high efficiency in power transmission. The plastic casing is sturdy and durable, with neatly arranged pins and clear labeling of+5V, GND, GND, and+12V for easy identification and connection by users. When connected to the device, the plug and socket are tightly engaged, and the internal elastic buckle design ensures a stable connection. Even in environments such as chassis vibration, it will not easily fall off, ensuring continuous power supply.

3. ATX6Pin power interface:

Following strict industry standards, the internal pin layout is scientifically reasonable, and multi-layer composite metal materials are used to enhance conductivity and anti-interference ability. The interface design is compact, making it easy to plug and unplug in the narrow space of the chassis, and has extremely high compatibility with the power interface of high-performance devices. Whether it is the native 6Pin interface of high-end graphics cards or other adapter interfaces connected through adapter cables, seamless integration and stable power supply can be achieved.

4. (12V) fan small 4PIN power interface:

The internal circuit precisely regulates the output of 12V stable voltage, customized for the cooling needs of fans. The interface adopts a compact and flexible design, suitable for various common fan power plugs. Through internal guiding and fixing structures, the fan plug can be accurately aligned and quickly fixed after insertion, ensuring stable operation of the fan and providing reliable power for chassis cooling.

5. Multi small 4PIN power synchronization interface:

The design is unique, and the internal circuit has synchronous signal transmission function, which can not only achieve power supply, but also coordinate the start-up and operation rhythm of multiple devices. The interface spacing is reasonable, making it convenient to connect multiple small devices at the same time. The universal 4PIN interface standard is adopted, which is easy to expand and be compatible with various modular devices, creating favorable conditions for system collaboration.

6. 4-pin interface for sensing on/off:

Equipped with advanced sensing control chips, it can receive external sensing signals or remote commands to achieve intelligent power on and off. The appearance of the interface is similar to a regular 4PIN interface, but the internal structure is more complex, with signal processing and transmission functions, providing technical support for remote management and intelligent control.

7. LED voltage display switch and separate power switch:

The LED voltage display switch adopts a high brightness digital tube display screen, combined with a high-precision voltage detection chip, to collect and display voltage information in real time and accurately. The individual power switch uses high-quality micro switches, which have a crisp feel, reliable action, good electrical life, and can withstand frequent opening and closing operations, providing users with a convenient and stable control experience.

Performance advantages:

Comprehensive power supply solution: With a rich variety of interface types and sufficient quantity configurations, it can meet the power supply needs of almost all components in the computer system, from traditional storage devices, high-performance graphics cards to cooling fans, remote management modules, etc., in one stop. Users do not need to purchase various complicated power adapter accessories separately, simplifying the hardware construction process, reducing costs, and improving installation efficiency.

Accurate and stable power guarantee: Whether it is the ATX24pin power input interface or various power output interfaces, high-quality materials and scientifically reasonable designs are used to ensure that each power output is accurate and stable. In the face of various load changes during computer operation, such as the high power demand of graphics cards during game running and the continuous reading and writing of hard drives during data storage, it can effectively avoid equipment failures caused by voltage fluctuations and insufficient power supply, extend the service life of equipment, and provide users with a reliable user experience.

Intelligent and convenient control management: The combination of LED voltage display switch and separate power switch makes the user's control of the power adapter board intelligent and convenient. Users can not only monitor the power supply voltage in real-time and detect potential problems in a timely manner, but also flexibly control the power supply through simple switch operations. Whether it is daily use or hardware maintenance, it can be easily handled, reducing uncertainty caused by power issues and improving the sense of security and control during use.

Expanding innovative application scenarios: The setting of a large 4-pin interface for sensing on/off provides a new application scenario for power adapter boards, meeting special needs such as remote management of server rooms and power control of unmanned equipment, broadening the product's applicability and benefiting both general computer users and professional users, enhancing the flexibility and intelligence of equipment management.

Usage method

Installation of adapter board:

Open the computer case and place the adapter board in a well ventilated location that is convenient for wiring and away from high-temperature components. Align the ATX24pin input interface of the ATX24pin power adapter board with the corresponding output interface of the power supply, slowly and smoothly insert it, ensuring that the 24 pins are fully inserted into place, and the snap on the ATX24pin interface can be connected in place to indicate a secure connection. At this point, gently pull the interface to check for any signs of looseness.

Device connection:

Select the corresponding interface for connection based on the type of equipment that requires power supply. For traditional devices such as hard drives and optical drives, select the large 4PIN pin and connect it accurately to the device power interface according to the corresponding relationship of+5V, GND, GND, and+12V. Pay attention to the correct insertion direction, ensure that the plug is tightly connected to the interface, and avoid virtual connections. For high-performance graphics cards, using the ATX6Pin power interface also ensures a stable connection. To power the fan, insert the small 4PIN power plug of the fan into the (12V) fan small 4PIN power interface. For equipment groups that require synchronous power supply, connect them using a multi small 4PIN power synchronization interface. To use the induction on/off function, connect the corresponding external induction device or remote control module to the large 4-pin interface for induction on/off.

Pre startup inspection:

After connecting all devices, observe the LED voltage display switch to confirm if the initial voltage value is within the normal range. At the same time, check whether the connections between each interface and the device are secure, and whether there are any looseness, misalignment, or other issues. If everything is normal, press the separate power switch and prepare to start the computer.

Usage and monitoring:

After starting the computer, pay attention to whether the system starts normally and whether there are any error messages. During computer operation, you can always pay attention to the LED voltage display switch to check if the voltage is stable and if there are any abnormal fluctuations. If abnormal voltage, unstable equipment operation, or flashing indicator lights are found, the machine should be stopped immediately to check for loose power connections and equipment interfaces, identify potential faults, and ensure stable operation of the power supply system.

Applicable scenarios.

Building a home multimedia computer: In the home environment, multimedia computers used for daily internet browsing, watching videos, and playing casual games usually require connecting various devices such as hard drives, optical drives, graphics cards, and chassis fans. This ATX24pin power adapter board, with its rich interfaces, can provide stable power supply for these devices. At the same time, through LED voltage display switches and separate power switches, users can easily control the power status at any time, ensuring stable computer operation and meeting home entertainment needs.

Gaming gaming console assembly: For esports players who pursue the ultimate gaming experience, the console is often equipped with high-performance graphics cards, multiple storage devices, and powerful cooling fans. The 2 ATX6Pin power interfaces of this adapter board can meet the high-power power supply needs of graphics cards. The 8 large 4PIN pins provide protection for hard drives, optical drives, etc. The (12V) fan small 4PIN power interface ensures stable heat dissipation of the fan, helping players to enjoy a smooth gaming experience without fear of power problems during intense battles.

Small server operation and maintenance: In server scenarios for small businesses and studios, multiple hard drives, professional computing cards, and modules with remote management capabilities need to be powered. This adapter board not only meets the power supply needs of devices through multiple interfaces, but also utilizes a large 4-pin interface for remote power control through induction on/off. With precise voltage monitoring, it facilitates the management of servers by operation and maintenance personnel, ensuring stable business operation.

Package Contents:

1 x Board Adapter (Not including power cable).

1x 4Pin Cable.

1x SATA to Molex 4Pin Cable.