17 ATX PCI-E 6Pin 12V Connector Power Converter Breakout Board for 750W 1100W 1600W 2000W 2400W Daier Server PSU.

Product specifications

Product Name: Power Supply Breakout Board Adapter for ETH/Bitcoin mining.

1.Output Power: 12V.

2.PCB Color: Black.

3.Applicatioin: for mining graphics card power.

4.Maximum Support up to 120Amp / 2400Watts

5.Electronic on/off switch. Retains its state.

6.17 PCIe ports, for 6pin connectors.

7.On-board LED voltage meter display.

8.Confirmed Power Supply Compatibility List.

Product Overview:

This ATX power adapter board, specially designed for Daier power supplies, is like a powerful power hub that perfectly adapts to Daier power supplies and injects surging power into computer hardware systems. By precisely connecting with Daier's unique golden finger, efficient power input can be achieved, which can stably carry various high-power specifications such as 750W, 1100W, 1600W, 2000W, 2400W, etc., meeting the needs of devices with different performance levels. It innovatively switches out 17 12V PCI-E 6PIN ports, like paving a power highway for high-performance devices. Whether it's the ultimate rendering of top-level graphics cards or the high-intensity computing of professional computing devices, they can all receive sufficient and stable power support. At the same time, equipped with eye-catching LED indicator lights, precise LED voltage display screens, thoughtful independent power toggle switches, and foam design with insulation protection at the bottom, it comprehensively ensures the convenience, stability, and safety of power transfer, making it a core tool for building high-end and stable computer systems.

Product Features

Excellent Daier power adaptability:

The carefully designed gold finger interface on one end of the adapter board strictly follows the interface specifications of the Daier power supply, and every subtle pin layout and electrical parameter is seamlessly matched with the Daier power supply. This highly customized design ensures smooth and unobstructed power transmission when connecting to the Daier power source, introducing the electrical energy of the Daier power source into the adapter board in the most efficient way possible, laying a solid foundation for subsequent power distribution and completely avoiding the thorny problems of power loss and signal interference caused by incompatible interfaces.

Super strong high-power carrying capacity:

Being able to support a wide and high-power range of 750W to 2400W with ease is considered first-class among similar products. Whether it is a top-level graphics card designed to meet the pursuit of ultimate graphics by gamers, the instantaneous high-power demand for high-intensity graphics rendering at 4K, 8K, or even higher resolutions; It still meets the rigorous scenarios of multiple high-performance computing devices running in parallel and consuming a large amount of electricity for a long time in the field of professional scientific research. It can stably output, ensuring that the equipment will not experience frequency reduction, crashes, or other situations due to power shortages under any high load working state, and always maintain peak performance.

Diverse and rich power supply interfaces:

The 17 12V PCI-E 6PIN ports transferred out fully consider the urgent demand for high-performance device power interfaces in modern computer systems. In a professional graphics workstation, multiple high-end graphics cards work together to accurately restore every detail rich 3D model; Or in deep learning computing clusters, numerous high-performance computing cards work side by side to quickly process massive amounts of data. In these scenarios, rich power supply interfaces can provide continuous power to devices, completely breaking the bottleneck of insufficient power supply interfaces and fully unleashing the potential of devices.

Intuitive and convenient status display and control:

The eye-catching LED indicator light is like a caring little guard, providing real-time feedback to users on the working status of the adapter board. When the power supply is connected normally and stably, the indicator light will turn green, allowing the user to confirm that the system power supply is normal at a glance; If abnormal situations occur, such as power overload, loose connections, etc., the indicator light will flash red, promptly alerting the user and facilitating quick troubleshooting.

The precise LED voltage display screen is like the "power dashboard" of the device, which can present the current voltage value in real time and accurately. When running applications that are extremely sensitive to power stability, such as large games, professional design software, and complex scientific computing programs, users can intuitively understand voltage fluctuations through the display screen at any time. Once abnormalities are detected, measures can be taken in a timely manner, such as checking power connections, adjusting equipment loads, etc., to ensure the safe and secure operation of equipment and safeguard the smooth progress of critical tasks.

The independent power toggle switch brings great operational convenience to users. During the installation and debugging phase of the device, or when the device needs to be powered off for a long time without use, there is no need to plug and unplug the power cord. Simply gently toggle the switch to quickly achieve power on/off control, which not only saves time but also effectively avoids physical damage to the interface caused by frequent plugging and unplugging, extending the service life of the device.

Comprehensive protection and safety design:

The carefully laid foam at the bottom is made of high-quality insulation materials, which not only effectively buffers external impact forces and protects the precision components inside the adapter board from collision damage, but more importantly, its excellent insulation performance builds a strong safety line for the adapter board in complex computer chassis environments, preventing short circuit accidents caused by accidental contact with metal parts, ensuring electrical safety, and leaving users with no worries.

Product Structure and Interface Introduction

Daier Power Gold Finger Interface:

Adopting ultra precision molds for stamping and forming, ensuring that the dimensional accuracy and surface flatness of the gold fingers reach the top level in the industry. The material of the Golden Finger is made of high-density sunken gold copper alloy, which has extraordinary conductivity and a special anti-oxidation treatment on the surface. During frequent insertion and removal, it can maintain good electrical contact performance and effectively resist oxidation erosion, ensuring long-term stability when connected to the Daier power supply. The pin layout inside the interface strictly follows the Daier power specification, and is firmly connected to the power supply through card slots and buckle devices to prevent loosening and displacement, ensuring the continuity of power transmission.

17 Pcs 12V PCI-E 6PIN ports:

Each PCI-E 6PIN port is strictly built according to standards, with neatly arranged internal pins and high-purity metal materials used to ensure efficient and reliable power transmission. Considering the ease of operation when multiple devices are connected simultaneously, the port spacing design is reasonable, making it convenient for users to plug and unplug power cords of different sizes and avoiding mutual interference. The port housing is made of high-strength engineering plastic, which has good insulation performance and mechanical strength, effectively preventing damage to the port caused by static interference and external collision, and providing solid guarantee for the safe power supply of the equipment.

LED indicator light and LED voltage display screen:

The LED indicator light uses high brightness and high stability light-emitting diodes, paired with carefully designed lampshades, to display the working status prominently even in low light environments inside the chassis. Its internal circuit is closely connected to the power monitoring system of the adapter board, which can quickly and accurately reflect power supply abnormalities.

The LED voltage display screen adopts high brightness and low-power digital tubes, combined with high-precision voltage detection chips, to collect and convert voltage signals in real time, ensuring the accuracy of displayed data. The installation position of the display screen is eye-catching, making it easy for users to check the voltage value and timely grasp the power supply dynamics when the chassis is turned on or off.

Independent power switch and bottom foam:

The independent power switch adopts high-quality mechanical switches, with smooth feel, reliable action, excellent electrical life, and can withstand frequent opening and closing operations. Its shell design conforms to ergonomics and is easy for users to operate. Whether it is the feedback of finger movement force or the layout of switch position, it fully considers the convenience of use.

The bottom foam is tightly attached to the bottom of the adapter plate through a special process, which not only does not affect the heat dissipation performance of the adapter plate, but also provides comprehensive protection for the product. Its material has multiple characteristics such as fire resistance, insulation, and buffering, providing a solid support for the safe operation of the adapter board.

Performance advantages

Efficient and stable power conversion: With the precise adaptation of Daier power supply's gold finger interface and rigorous circuit design, the electrical energy of Daier power supply can be converted and output with extremely high efficiency, minimizing power loss. When supplying power to high-performance equipment, ensure that the equipment receives stable and pure electricity, effectively avoiding problems such as equipment performance degradation and frequent failures caused by power fluctuations and low conversion efficiency, extending equipment service life, and improving overall system stability.

Powerful device power expansion: The powerful lineup of 17 12V ATX6PIN ports provides a one-stop solution for multi device power supply needs. Compared to traditional power supply modules, it does not require additional adapter accessories to meet the power supply requirements of multiple high-end graphics cards, professional computing cards, and other devices, simplifying the hardware construction process, reducing costs, improving installation efficiency, and allowing users to easily build high-performance device clusters.

Intelligent and convenient control experience: The independent power switch, LED voltage display screen, and LED indicator light work together to give users an intelligent and convenient power control experience. Users can not only flexibly control the power on and off according to their actual needs, but also monitor the voltage in real time, as if equipping the equipment with a caring power manager. This intelligent control method effectively reduces the uncertainty caused by power issues, enhances the sense of security and control during use, and allows users to fully immerse themselves in work or entertainment.

Comprehensive and reliable security protection: 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 find a suitable installation location, usually in an area with good ventilation, easy wiring, and away from high-temperature components. Align the gold finger of the ATX power adapter board suitable for Daier power supply with the corresponding interface of Daier power supply, slowly and steadily insert it, ensuring that the gold finger is fully inserted into place. At this time, gently pull the interface to check for any signs of looseness.

Device connection:

Select the appropriate power cord based on the number and type of high-performance devices (such as graphics cards, professional computing cards, etc.) that require power supply. Insert one end into one of the 17 12V ATX6PIN ports on 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 the LED indicator light and LED voltage display screen on the adapter board to confirm that the indicator light is green and 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, turn the independent power switch to the on state 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 indicator light and 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:

Top gaming and esports consoles: For esports players who pursue the ultimate gaming experience, the console is often equipped with top-notch graphics cards, high-performance processors, and a range of high-end esports peripherals. This ATX power adapter board for Daier power supplies provides sufficient and stable power for these top of the line hardware with its powerful power carrying capacity and rich power supply interfaces. With real-time voltage monitoring and convenient switch control, players can enjoy an immersive gaming experience without fear of power bottlenecks while playing large 3D games, adding wings to the esports arena.

Professional graphic design workstation: In the fields of graphic design, film and television post production, the workstation needs to be equipped with multiple high-end graphics cards, large capacity memory, and high-speed storage devices to meet the extremely high requirements for graphic processing capabilities and data read and write speeds in complex 3D model rendering, high-definition video special effects production, and so on. 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: Deep learning tasks rely on a large number of high-performance computing cards for parallel computing, which requires extremely high stability and power supply. This adapter board can precisely meet the needs of such scenarios through stable power conversion and rich interface configuration, providing reliable power support for deep learning model training and accelerating scientific research and project development processes. At the same time, real-time voltage monitoring function helps to detect potential problems in a timely manner and ensure the stable operation of the computing cluster.

Package Contents:

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