ATX 24PIN To 17 x 12V PCI-E 6Pin Connector Breakout Board Support Max 800W Computer Power Supply

ATX 24PIN To 17 x 12V PCI-E 6Pin Connector Breakout Board Support Max 800W Computer Power Supply.

Product specifications:

1.Power Supply Breakout Board Adapter for ETH/Bitcoin mining.

2.Output Power: 12V.

3.PCB Color: Purple.

4.Applicatioin: for mining graphics card power.

5.This adapter is only suitable for the ATX Power supply

6.Maximum support to 800W power supply.

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

Product Overview:

This ATX power adapter board is an innovative product carefully developed to meet the power needs of modern high-performance devices. It integrates an ATX24pin interface for connecting power input and a 17 port ATX 6-pin power interface for power output, like a power distribution hub, designed to provide sufficient and stable power supply for graphics cards and various high-performance devices. With a powerful power support of up to 800W, combined with practical LED voltage display screens, standby and power normal indicator lights, independent switches, and bottom insulation foam, it comprehensively ensures the convenience, stability, and safety of equipment power supply, and is an essential key component for building high-performance computer systems.

Product Features

Multiple ATX 6-pin pin interface designs to expand power supply potential:

Equipped with 17 ATX6pin power interfaces, this design fully considers the strict demand for power interfaces in high-performance devices, especially computers with multiple graphics cards. Whether it's multiple high-end graphics cards working in parallel in a professional graphics workstation or multiple top-level graphics cards installed in a high-end gaming console to pursue ultimate graphics, stable power can be obtained through these rich interfaces, completely solving the problem of insufficient traditional power interfaces and providing solid guarantees for the high-performance operation of equipment.

Powerful power carrying capacity, escorting ultimate performance:

With a power support capacity of up to 800W, it stands out among similar products. This means that it can easily cope with the instantaneous high power demand of high-end graphics cards for 4K or even 8K graphics rendering, as well as the power consumption of professional computing devices for long-term full load calculations, ensuring that the device will not experience issues such as frequency reduction or crashes due to power shortages during high-intensity operation, and always maintain peak performance.

Real time voltage monitoring to control power supply status:

The integrated LED voltage display screen is like the "power dashboard" of the device, which can display the voltage value of the main PSU in real time and accurately. Users can intuitively understand the power supply situation at any time when running applications that are sensitive to power stability, such as large games and professional design software. Once abnormal voltage fluctuations are detected, potential risks can be promptly investigated to ensure the safe operation of equipment and safeguard critical tasks.

Intuitive indicator light, convenient status discrimination:

Equipped with standby and LED indicator lights showing normal power supply, allowing users to have a clear understanding of the working status of the power adapter board. Before starting the computer, the standby indicator light lights up to indicate that the power has been connected and is in standby mode; When the computer is running normally, the power indicator light continues to light up, providing users with a convenient and intuitive basis for confirming whether the power supply system is working stably, effectively reducing the time and energy wasted due to difficulties in troubleshooting power failures.

Independent switch control, flexible power management:

The ATX24pin power supply comes with an independent switch, which gives users the ability to flexibly control power supply with its thoughtful design. When not using the computer for a long time or when hardware maintenance and debugging are needed, there is no need to frequently plug in and out the power plug. Simply toggle the switch to cut off the power, which is convenient and fast, and avoids the wear and tear on the power interface caused by frequent plugging and unplugging, extending the service life of the equipment.

Bottom foam protection enhances insulation safety:

The carefully designed foam at the bottom not only effectively buffers external impact forces and protects the precision components inside the adapter board from collision damage, but more importantly, it has excellent insulation performance. In complex computer chassis environments, preventing short circuit accidents caused by accidental contact with metal components, ensuring electrical safety, and building a solid safety defense line for the entire power supply system.

Product Structure and Interface Introduction

1. ATX24pin interface:

Strictly designed according to the ATX 24 pin interface standard, the internal 24 pins are arranged neatly and made of highly conductive metal material to ensure stable and efficient power input. The interface shell is made of high-strength engineering plastic, which has good insulation performance and mechanical strength, effectively preventing damage to the interface caused by static interference and external collision. Its tightly fitting plug-in design ensures the stability of the connection and facilitates user insertion and removal operations, laying a solid foundation for subsequent power transfer.

2.17 ATX6pin power interface:

Each ATX6pin interface is also built in accordance with industry standards, with precise internal pin layout and the use of high-quality metal materials to ensure the stability and reliability of power transmission. The interface spacing is reasonable, fully considering the space requirements when connecting multiple devices at the same time, making it convenient for users to plug and unplug power cords of different sizes, and avoiding mutual interference. Whether it is the ATX 8-pin to ATX 6-pin power cord connecting high-power graphics cards or other compatible 6-pin power cords, tight and efficient power transmission can be achieved.

3. LED voltage display screen and indicator lights:

The LED voltage display screen adopts high brightness and low-power digital tubes, which can display voltage values clearly and stably. Its high-precision voltage detection chip collects and converts voltage signals in real time to ensure the accuracy of display data. The standby and power normal indicator lights are made of high penetration LED beads, paired with eye-catching lampshade design. Even in low light environments inside the chassis, users can easily identify their working status.

4. Independent switch and bottom foam:

The independent switch uses high-quality micro switches, which have a crisp feel, reliable action, good electrical life, and can withstand frequent opening and closing operations. The bottom foam is made of high-quality rubber material with fire resistance, insulation, and buffering properties. It is tightly adhered to the bottom of the adapter plate through special processes, which not only does not affect heat dissipation but also provides comprehensive protection for the product.

Performance advantages:

Multi device power supply solution: With rich interface configuration and powerful power carrying capacity, it provides multi interface power supply services for various high-performance devices in computer systems. Users no longer need to worry about finding multiple power sources or facing complex power expansion accessories. With just one adapter board, they can meet the power supply needs of multiple devices, from graphics cards to professional computing cards, simplifying the hardware construction process and improving installation efficiency.

Accurate and stable power guarantee: Real time voltage monitoring combined with powerful power support ensures that equipment receives accurate and stable power supply during operation. Whether facing routine workloads in daily office work or high-intensity tasks in professional fields, it can effectively avoid equipment failures caused by unstable voltage and insufficient power, extend equipment service life, reduce maintenance costs, and provide users with a reliable user experience.

Convenient and intelligent control experience: The independent switch and intuitive indicator light design make it convenient and intelligent for users to control the power adapter board. Users can easily manage power supply according to their actual usage needs, while quickly understanding equipment status through indicator lights, reducing uncertainty caused by power issues, and enhancing a sense of security and control during use.

Safe and worry free protection mechanism: The insulation and buffering protection of the bottom foam provides comprehensive security for the product in complex chassis environments. Not only does it reduce the risk of product damage caused by accidental collisions, but it also eliminates the risk of short circuits, allowing users to enjoy the excellent experience brought by high-performance equipment without worrying about safety issues during use.

Usage method

Installation of adapter board:

Firstly, open the computer case and select a flat, well ventilated, and convenient location to install the adapter board. Align the ATX24pin interface with the corresponding output interface of the power supply, slowly and smoothly insert it, ensuring that all 24 pins are fully inserted into place, and snap the buckle on the interface 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 appropriate power cord based on the number and interface type of high-performance devices (such as graphics cards, professional computing cards, etc.) that require power supply. Insert one end into the ATX6pin power interface of the adapter board and connect the other end to the device's power interface. During the connection process, pay attention to the correct insertion direction, ensure that the power cord plug is tightly connected to the interface, and avoid virtual connections. For some devices that require an 8-pin power supply, an adapter cable can be used for connection.

Pre startup inspection:

After connecting all devices, observe whether the standby indicator light on the adapter board is on. If it is not on, check if the power connection is correct. Meanwhile, check the LED voltage display screen to confirm if the initial voltage value is within the normal range. If everything is normal, the ATX24pin power adapter board can be used normally.

Usage and monitoring:

After starting the computer, pay attention to whether the power indicator light is on. If it is on, it indicates that the power supply is normal. During computer operation, you can always pay attention to the LED voltage display screen 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 fever level game console: Among players who pursue the ultimate gaming experience, building a multi graphics card combat system to improve game frame rates and special effects performance is a common requirement. This ATX power adapter board, with its 17 ATX6pin interfaces and powerful 800W output, can simultaneously power multiple top tier graphics cards. Coupled with real-time voltage monitoring and convenient switch control, it allows players to enjoy an immersive gaming experience without fear of power bottlenecks while playing large 3D games.

Professional graphic design workstation: For professionals engaged in graphic design, film and television post production and other professional fields, the workstation is usually equipped with multiple high-end professional graphics cards and other high-performance computing devices. This adapter board can meet the huge power demand of these devices, ensuring fast loading of massive materials and efficient rendering of complex graphics through stable power supply. It helps designers present their creative inspiration perfectly, improve work efficiency and work quality.

Deep learning computing cluster: In the field of artificial intelligence, deep learning computing clusters require a large number of high-performance computing cards for parallel computing, and have extremely high requirements for the stability and power of power supply. The high power carrying capacity, precise voltage monitoring, and rich interface configuration of this adapter board can precisely meet the needs of such scenarios, providing reliable power support for deep learning model training and accelerating scientific research and project development processes.

Package Contents:

1 x Board Adapter (Not including ATX 2*3Pin power cable).