PCI-E Express 5.0 16X Male to Female Extender Riser Card Adapter Pcie 5.0 16x 180 degree height increasing card.

Product description:

1.No Driver necessary and not support hot swap.

2. 4 layer PCB board design.

3.Support PCI-e 5.0 16X card.

4. Don't support PCI port.

Product Overview:

In the forefront of computer hardware expansion, this PCI-E16X to PCI-E 16X 5.0 series 180 ° adapter card is like a high-speed information bridge, carefully designed to solve the bottleneck problems of PCI-E device interface adaptation and data transmission. It innovatively integrates the PCI-E16X interfaces at both ends, and the PCI-E16X slot above, with excellent compatibility, can seamlessly accommodate devices of PCI-E 1X, 4X, 8X, and 16X specifications. Whether it is powerful independent graphics cards, feature rich professional sound cards, or various high-speed expansion cards, they can all be accurately docked here; The PCI-E 16X gold finger below is precisely adapted to the PCI-E16X slot on the computer motherboard, and most importantly, its data transmission speed can perfectly meet the ultra high speed standard of PCI-E 5.0, opening a new chapter of efficient hardware expansion for users and fully unleashing the potential of computer hardware.

Product features:

1. Ultra high speed PCI-E 5.0 data transmission: As a 5.0 series adapter card, its biggest highlight is its support for ultra high speed data transmission of PCI-E 5.0 protocol. Compared to the previous generation PCI-E standard, PCI-E 5.0 has significantly increased bandwidth and can achieve bidirectional data transmission rates of up to 32GT/s. This means that when connecting PCI-E devices, whether it is real-time editing of 4K videos, high-definition texture loading for large 3D games, or fast reading and writing of large-scale data, it can be completed at an astonishing speed, greatly reducing waiting time and significantly improving the overall operating efficiency of the computer, meeting the extremely demanding requirements of professional applications and high-end entertainment for data transmission speed. ​

2. Wide and intelligent device compatibility: The electrical architecture inside the PCI-E16X slot has been deeply optimized, with intelligent recognition and adaptive functions. It can accurately detect the PCI-E specification of the connected device, whether it is the basic expansion device of PCI-E 1X or the flagship graphics card of PCI-E 16X, it can automatically match and establish stable connections. This extensive compatibility provides users with a wide range of hardware expansion options, without worrying about the inability to use due to mismatched device interfaces. Whether it is upgrading old computers or strengthening new computer functions, it can be easily handled, fully meeting the diverse hardware configuration needs of different users. ​

3. Unique 180 ° adapter design: The 180 ° adapter angle design is an innovation in the utilization of internal space in computer cases. Compared to traditional direct insertion adapter solutions, this design can cleverly avoid complex wiring and other hardware inside the chassis, effectively solving equipment installation problems caused by limited space. Users can flexibly adjust the installation direction of the equipment, making the internal layout of the chassis more orderly. This not only improves the cleanliness of the chassis, but also optimizes the air circulation path, which helps to reduce the operating temperature of the equipment, further ensuring the stability of the equipment during high load operation and extending the hardware service life.
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4. Durable and excellent quality: The adapter card is made of high-quality materials, and its PCB board is made of high-quality FR-4 material with excellent electrical insulation performance and mechanical strength, which can effectively resist vibrations, collisions, and electrostatic interference in daily use. The PCI-E slot and gold finger section are made of high-purity copper material, which has been finely polished and treated with multiple layers of gold plating to ensure a tight connection and good contact, greatly improving conductivity, while effectively preventing oxidation and corrosion, avoiding data transmission interruption or instability caused by interface problems, and providing a solid and reliable guarantee for long-term stable use.

Product Structure and Interface Introduction:

1.PCI-E16X slot: Using high-precision mold manufacturing technology to ensure precise and error free slot dimensions, the interface compatibility with PCI-E 1X, 4X, 8X, and 16X devices is almost perfect. The metal pins inside the slot have been carefully polished and gold-plated, possessing excellent conductivity and oxidation resistance, and can maintain stable electrical connections during long-term use. The edge of the slot is designed with clear and distinct directional markings, making it easy for users to insert the device accurately and without error. At the same time, it is equipped with an elastic buckle structure that automatically locks the device when it is inserted into place, effectively preventing it from loosening and providing reliable support for the stable operation of the device.
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2.PCI-E 16X Gold Finger: Designed strictly in accordance with the PCI-E 16X interface standard, the size, shape, and pin definitions of the gold finger are precisely controlled. The surface is made of high-purity copper material and treated with advanced multi-layer gold plating technology to further enhance conductivity and oxidation resistance. When inserting into the PCI-E16X slot on a computer motherboard, the gold fingers can tightly adhere to the contacts inside the slot, achieving stable and high-speed data transmission and power supply, effectively avoiding equipment failures or performance degradation caused by poor contact.
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3.PCB board design: As the core component of the adapter card, the PCB board adopts advanced multi-layer wiring technology to plan the signal transmission and power lines reasonably and precisely, minimizing signal interference and transmission loss to the greatest extent possible. A high-performance shielding layer has been specially added to the critical high-speed signal transmission line, which can effectively resist external electromagnetic interference and ensure the accuracy and integrity of data transmission. At the same time, a series of necessary filtering capacitors and voltage stabilizing chips are integrated on the PCB board to deeply purify and stabilize the power supply, providing stable and reliable power support for the connection between the device and the motherboard, ensuring the stability of PCI-E 5.0 ultra high speed data transmission.

Performance advantages:

1.Ultimate hardware expansion performance: With extensive device compatibility and the ultra high speed transmission capability of PCI-E 5.0, users can freely and efficiently expand computer hardware according to their own needs. Whether adding multiple PCI-E 16X top-level graphics cards to professional workstations to accelerate the rendering process of complex 3D models; It is still to connect the PCI-E 4X high-speed sound card to the game console to create an immersive gaming sound experience. This adapter card can be perfectly adapted, fully tapping into the potential performance of computer hardware and meeting the strict requirements of various professional applications and high-end entertainment scenes.
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2.Smooth and stable data interaction: In scenarios such as multitasking, big data transmission, and high load computing, stable signal transmission performance makes the adapter card perform exceptionally well. It can ensure fast, stable, and accurate data exchange between devices and motherboards, avoiding system lag, software crashes, or slow device response caused by poor data transmission. For example, when performing large-scale data storage and reading, it can complete operations at a high speed of PCI-E 5.0, greatly improving work efficiency; When running virtual reality (VR) applications that require extremely high real-time data transmission, it can ensure the smoothness and real-time performance of the screen, bringing users an immersive experience.
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3.Internal space and heat dissipation optimization of the chassis: The unique 180 ° design not only optimizes the spatial layout inside the chassis, but also plays a positive role in heat dissipation management. Reasonable equipment installation angles and neat and orderly wiring improve the air flow inside the chassis, which helps the equipment to dissipate heat better. Lowering the operating temperature of the equipment can effectively reduce the performance degradation caused by overheating, improve the stability and reliability of the equipment, and extend the service life of the hardware, creating an efficient, stable, and durable computer hardware environment for users.

Usage:

1.Preparation work: Confirm the PCI-E device specifications that need to be expanded (1X, 4X, 8X, or 16X), prepare the PCI-E16X to PCI-E 16X 5.0 series 180 ° adapter card, and necessary installation tools such as screwdrivers, anti-static gloves, etc. Before operation, be sure to turn off the computer power, disconnect the power adapter, open the side cover of the chassis, release body static electricity, and ensure safe operation.

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2.Install adapter card: Find the appropriate PCI-E16X slot position on the computer motherboard, align the PCI-E 16X gold finger of the adapter card with the motherboard slot, and slowly insert it in the correct direction to ensure that the interface is fully compatible. After insertion, the interface will automatically lock to prevent loosening. During the insertion process, it should be kept vertical and stable to avoid damaging the interface or motherboard with excessive force. Be careful not to collide with other components on the motherboard during installation, especially fragile electronic components. ​

3.Connecting devices: Align the interface of the PCI-E device (such as graphics card, sound card, etc.) that needs to be expanded with the PCI-E16X slot of the adapter card. Also, pay attention to the correct insertion direction and slowly insert with moderate force until the device is fully inserted into the slot. At this time, the elastic buckle inside the slot will automatically fasten the device to ensure a firm fixation. If the buckle is not fully fastened, gently press it to make it tightly fit the device, but pay attention to the strength to avoid damage to the device.
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4.Inspection and organization: After installation, carefully check the connection between the adapter card and the motherboard, as well as the connection between the device and the adapter card, for tightness, looseness, misalignment, and other conditions. At the same time, comprehensively organize the wiring inside the chassis, sort and fix the cables in an orderly manner, and avoid entanglement with other components, which may affect the air circulation and aesthetics inside the chassis. When closing the side cover of the chassis, ensure that the side cover is installed in place and the screws are tightened.
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5.Power on and testing: Reconnect the power adapter and turn on the device. The computer system will automatically recognize newly installed devices, and users can check whether the devices are recognized properly in the device manager. If necessary, install the corresponding device drivers. Afterwards, professional hardware testing software such as 3DMark (used to test graphics card performance), AIDA64 (used to comprehensively test hardware performance), etc. can be used to test device performance, ensure normal operation of the device, and evaluate whether its performance meets expectations, such as data transfer speed under PCI-E 5.0 standard.

Applicable scenarios:

High end gaming console upgrade: gamers pursue the ultimate gaming experience, and this adapter card can help gaming console performance leap forward. For example, by installing a high-end PCI-E 16X graphics card into the PCI-E16X slot on the motherboard through an adapter card, and leveraging the ultra high speed transmission of PCI-E 5.0, high frame rate and high-resolution output of game graphics can be achieved, significantly improving the smoothness and image quality details of the game.
At the same time, it can also expand the gaming grade sound card of PCI-E 4X to create an immersive gaming sound environment, bringing players an immersive gaming experience and seizing the opportunity in intense gaming battles.

Professional graphics workstation enhancement: In professional fields such as film and television post production, 3D modeling, animation design, etc., there are extremely high requirements for computer graphics processing capabilities and data transmission speed. Through this adapter card, professionals can easily add multiple PCI-E 16X professional graphics cards, accelerate the rendering speed of complex 3D scenes, and significantly shorten the project production cycle. At the same time, with the PCI-E 8X high-speed data acquisition card, high-definition video materials can be collected in real time, meeting the strict requirements for high-speed and stable data transmission in professional work, improving work efficiency and work quality, and helping to create more exciting visual feasts. ​

Data center server expansion: In a data center environment, servers need to have strong scalability and high-speed data processing capabilities. This adapter card can be used on server motherboards to connect to high-speed PCI-E 1X network cards, improving network data transmission speed and meeting the fast upload and download needs of large amounts of data; Alternatively, a high-performance solid-state drive expansion card with PCI-E 16X can be connected to increase the storage capacity and read/write speed of the server, ensuring efficient storage and fast retrieval of data, and providing strong support for the stable operation and efficient service of the data center.

Package Content:

1x PCI-E 5.0 16X Adapter.