GPU PCI Express 1X To 1X / 4x / 8x / X16 Riser Card Extender With Magnetic Foot

Product Specification

GPU PCI Express 1X To 1X / 4x / 8x / X16 Riser Card Extender With Magnetic Foot Pads.

Specification:

1,Supports high speed PCI-E1x/4x/8x/ 16X card.

2,Dustproof cap and golden finger protection cover design.

3,With 3x solid capacitors, making sure power supply more stable and secure.

4,Experienced design and durable material for High frequency and low attenuation.

5,USB 3.0 cable length: 58cm.

6,12v, 5v and3.3v LED indicator design.

7,Magnetic foot pad design for more secure and reliable installation.

Product Overview:

This product is a unique PCI-E 1X to PCI-E 1X USB 3.0 extension cable, consisting of two independent PCB boards, designed to solve the connection and extension transmission problems between PCI-E devices and USB 3.0 interfaces for users, while providing many practical functions and convenient designs. It can not only achieve the conversion and connection between PCI-E devices with different bandwidths and USB3.0, but also be easily fixed in the chassis through magnetic foot pads. It is equipped with a small 4PIN auxiliary power supply interface that can be converted to SATA for powering PCI-E devices, which is widely used in computer hardware expansion, chassis internal wiring optimization, and various application scenarios that require high flexibility in device connection.

Name	Alternative Name	USB-IF Trademark	Bit Rate	Introduction
USB 1.1	Low - Speed (LS)		1.5Mb/sec.	1996
	Full-Speed(FS)		12Mb/sec.	1996
USB 2.0	High-Speed (HS)		480Mb/sec	2000
USB 3.0	Super-Speed (ss)		5.0Gb/sec	2008

Product features:

1. Flexible PCI-E device compatibility: PCB boards with PCI-E 1X slots demonstrate excellent compatibility and can support devices with different bandwidths such as PCI-E 1X, PCI-E 4X, PCI-E 8X, and PCI-E 16X. Whether users are connecting small expansion cards with relatively low bandwidth requirements or high-performance devices with high bandwidth requirements, stable connections can be achieved through this slot, fully leveraging the performance advantages of the devices, providing users with great flexibility in selecting and matching PCI-E devices, meeting diverse hardware expansion needs, and enabling different types of devices to be integrated into corresponding computer systems.

2. Convenient USB 3.0 extension transfer: The product cleverly connects the PCI-E slot to the USB 3.0 interface through two independent PCB boards, and uses a USB 3.0 extension cable to achieve data transfer. This design breaks the spatial limitations of traditional connection methods. Users can flexibly adjust the position of two PCB boards according to the actual layout and usage needs inside the chassis, conveniently extending the distance between PCI-E devices and other devices (such as computer hosts), optimizing the internal wiring of the chassis, avoiding connection difficulties caused by distance issues, and ensuring stable and efficient data transmission of USB 3.0 interface, meeting the data transmission needs of external storage devices, USB interface expansion devices, etc.

3. Practical magnetic foot pad design: Three magnetic foot pads are equipped under the PCB board with PCI-E 1X slots, which greatly enhances the convenience of the product during use. When the user places the PCB board inside the chassis, the magnetic foot pad can easily adhere to the surface of the chassis, firmly fixing the PCB board in the appropriate position, avoiding PCB board displacement due to chassis vibration or other external factors, ensuring the stability of the connection, and also facilitating the user's disassembly and reinstallation when adjusting the position, providing convenience for hardware layout and maintenance inside the chassis.

4. Multi functional auxiliary power supply interface: The PCB board with slots also has a small 4PIN auxiliary power supply interface, which has the function of converting to SATA, providing reliable power supply for PCI-E devices. In some cases, some PCI-E devices may have high requirements for power supply, or when the motherboard power supply cannot meet the stable operation needs of the device, this auxiliary power supply interface can play an important role. By converting SATA power supply, it provides additional power support for PCI-E devices, ensuring that the device will not experience performance degradation, failure, or other problems due to insufficient power supply during operation, enhancing the stability and reliability of the entire hardware system.

Product Structure and Interface Introduction:

PCI-E slot PCB board:

PCI-E 1X slot: Designed and manufactured strictly in accordance with the PCI-E standard, the internal gold finger contact point layout is reasonable, using high-quality conductive materials and finely gold-plated, with excellent conductivity and oxidation resistance, ensuring stable and reliable electrical connections between the gold fingers of PCI-E devices with different bandwidths. The slot is equipped with a stable fixed structure around it, which is fixed by buckles or screws (depending on the device design) to ensure that the device will not loosen or shift due to vibration, collision, and other factors after insertion, ensuring the stability of device operation and allowing the device to continuously and stably exchange data with other devices under long-term high load operation.

USB 3.0 interface: Following the USB 3.0 standard specification, the pin layout inside the interface is precise, and high-quality metal materials are used to create contact points with good conductivity and signal transmission capabilities. It can achieve a tight and stable connection with USB 3.0 extension cords, ensuring high-speed and stable data transmission. At the same time, the external design of the interface focuses on durability and ease of insertion and extraction, making it convenient for users to plug and use multiple times. Proper reinforcement treatment has been carried out around the interface to prevent damage caused by external forces such as pulling, ensuring the continuity of USB 3.0 data transmission.

Small 4PIN auxiliary power supply interface: designed according to the corresponding electrical specifications, it has stable voltage output and suitable current carrying capacity, and can provide additional power support for PCI-E devices by converting to SATA. The pin definition of the interface is clear, and it has good compatibility with the SATA power supply line. Users only need to connect it according to the correct wiring method to achieve the power supply function, ensuring that it can meet the normal operation requirements of PCI-E devices in different power supply demand scenarios.

PCI-E 1X Gold Finger PCB Board:

PCI-E 1X Gold Finger: It is also strictly built in accordance with the PCI-E 1X standard, using high-quality alloy materials and fine processing technology to ensure that the size accuracy and shape tolerance of the gold finger meet the requirements. It can be accurately inserted into the corresponding PCI-E 1X, PCI-E 4X, PCI-E 8X, and PCI-E 16X slots on the motherboard (depending on the motherboard support), achieving reliable electrical connections. The surface of the golden finger has been specially treated to have good conductivity and oxidation resistance, ensuring stable electrical performance even after multiple insertions and long-term use, providing a solid foundation for the entire hardware connection system.

USB 3.0 interface: Consistent with the USB 3.0 interface specifications on the PCI-E slot PCB board mentioned above, designed and manufactured strictly in accordance with the USB 3.0 standard, with the same high-quality contact points and stable signal transmission capabilities, ensuring seamless connection with the USB 3.0 interface on the other end through the USB 3.0 extension line, ensuring accurate and fast data transmission between the two PCB boards, and meeting users' data transmission needs for USB 3.0 interfaces, such as connecting USB storage devices, USB docking stations, etc.

Transmission advantages:

USB 3.0 Stable and High Speed Transmission: With carefully designed USB 3.0 interfaces and high-quality USB 3.0 extension cables, the product can achieve stable and high-speed data transmission. USB 3.0 itself has a high theoretical transfer rate, which is sufficient to meet the needs of common application scenarios such as large capacity file transfer (such as high-definition videos, large software installation packages, etc.), and data exchange with multiple devices connected simultaneously (such as multiple USB storage devices reading and writing data simultaneously). In practical use, by optimizing internal circuit design and ensuring signal integrity, signal attenuation and interference can be effectively reduced, ensuring the integrity and accuracy of data during transmission, avoiding problems such as transmission lag and packet loss, and providing users with a smooth data transmission experience.

Adapt to different PCI-E devices for transmission: Due to the support for multiple bandwidth PCI-E device connections and reliable electrical connection design and circuit optimization, both low bandwidth PCI-E 1X devices and high bandwidth PCI-E 16X devices can achieve stable data transmission through the adapter of this product. When connecting different types of PCI-E devices, such as graphics cards, sound cards, network cards, and other expansion devices, the product can fully leverage its adaptability advantages. According to the actual performance requirements of the device, the corresponding bandwidth PCI-E channel is used for data transmission, avoiding the impact of interface mismatch or insufficient bandwidth on device performance, ensuring stable operation of each device in the computer system, and meeting the diverse hardware expansion needs of different users.

Usage:

Connecting PCI-E devices: First, carefully align the gold finger of the PCI-E device that needs to be connected (such as an expansion card that meets the bandwidth of PCI-E 1X, PCI-E 4X, PCI-E 8X, or PCI-E 16X) with the slot on the PCB board with the PCI-E 1X slot. Pay attention to the anti insertion error markings on the gold finger of the device and the corresponding features of the slot to ensure correct orientation. Then, smoothly insert the device into the slot until it is fully inserted and firmly secured by the fixed structure of the slot, avoiding damage to the device or slot caused by forced insertion.

Connect USB 3.0 extension cable: Insert one end of the USB 3.0 extension cable into the USB 3.0 interface on a PCB board with a PCI-E 1X slot, ensuring that the interface is fully inserted and securely connected. Then insert the other end of the extension cable into the USB 3.0 interface on the PCB board with a PCI-E 1X gold finger, ensuring that it is inserted properly to avoid loosening. This establishes a data transmission channel between the two PCB boards through the USB 3.0 extension cable.

Fixed PCB board: Place the PCB board with PCI-E 1X slot and magnetic foot pad below it in a suitable position inside the chassis, and use the suction effect of the magnetic foot pad to firmly attach it to the surface of the chassis, ensuring that it will not easily shift under chassis vibration and other situations. For PCB boards with PCI-E 1X gold fingers, they can be inserted into the corresponding PCI-E slots on the motherboard (such as PCI-E 1X, PCI-E 4X, PCI-E 8X, or PCI-E 16X slots, with the motherboard supporting the corresponding bandwidth) according to actual connection requirements, and ensure that the insertion is firm. This can be confirmed by checking whether the buckle is stuck or whether the screw is tightened.

Connecting auxiliary power supply (if necessary): If the connected PCI-E device has additional requirements for power supply, or if unstable power supply is found during use, a suitable power cord can be used to connect the small 4PIN auxiliary power supply interface on the PCB board with slots to the SATA power supply interface of the power supply through SATA conversion, providing stable power supply for the PCI-E device and ensuring its normal operation.

Applicable scenarios:

Computer hardware expansion and optimization layout: In the process of computer assembly or upgrade, when users need to add PCI-E devices (such as high-performance network cards, sound cards, etc.), but the internal space of the chassis is limited, the connection distance between the device and the motherboard is restricted, or they want to optimize the internal heat dissipation and wiring of the chassis by adjusting the device position, the USB3.0 extension line and magnetic foot pad design of this product can play an important role. Users can flexibly place PCI-E devices in suitable positions, achieve stable connections through extension cords, and use magnetic foot pads to fix the PCB board, making the hardware layout inside the chassis more reasonable and beautiful, and improving the overall user experience.

Multi device connection and data sharing: For users who need to simultaneously connect multiple different types of PCI-E devices and multiple USB interface devices, this product provides a convenient solution. For example, on a computer, a professional graphics card is connected for graphics processing work, and multiple USB storage devices need to be connected for data backup and sharing. Through the PCI-E to USB3.0 conversion function and compatibility with different bandwidth PCI-E devices of this product, it is easy to achieve simultaneous connection and stable data interaction of multiple devices, meeting diverse work and entertainment needs.

Solving the problem of insufficient power supply: Some high-performance PCI-E devices require high power supply during operation, and sometimes the power provided by the motherboard itself may not be able to meet their stable operation needs. In this case, the function of converting the small 4PIN auxiliary power supply interface to SATA that comes with this product comes in handy. Users can provide additional power support for the device through this interface, ensuring that the device will not experience performance degradation, crashes, or other issues due to insufficient power supply during high load operation (such as large-scale game rendering, professional audio processing, etc.), ensuring the normal use and performance of the device.

Package Contents:

1x 1X to 1X Riser Card.

1x USB 3.0 Cable.

1x SATA to 4 PIN power Cable.