M.2 NGFF Key M To PCI-E Express Extender Cable Graphics Card 16x PCIE Riser

Product Specification

M.2 NGFF Key M To PCI-E Express Extender Cable Graphics Card 16x PCIE Riser Adapter Card Nvme.

Product specifications:

1.Allow user to PCI-e 16X graphics card in M2 M-Key slot of laptop or desktop.

2.High Speed Cable: Using high quality foiled cable, high frequency support PCI-e 3.0 X16 8G/bps stable transfer.

3.PCB use high frequency low resistance of materials with high quality, PCB using high TG board, copper thickness thicken to 1oz, gold finger plating enough gold, Good conductive performance, can reduce oxidize higher impedance caused by the crash blue screen.

4. Support graphics card: GTX1080ti High-end graphics CARDS, fireprow7100, radeon RX580, VEGA64, prowx5100, quadroK1200 professional graphics card, support for all the PCI-e Card after 2015 years.

5.Cable length: 19CM.

Product Overview:

This product is a carefully designed PCI-E16X to NGFF (M.2) KEY-M extension cable, which serves as a key link for connecting devices with different interface types. It can accurately transmit signals from devices that support PCI-E16X to the NGFF (M.2) KEY-M slot on the motherboard. Specially optimized for the case where the NGFF (M.2) KEY-M slot on the motherboard is located on the left side, the NGFF (M.2) KEY-M interface is facing left in reverse, greatly facilitating hardware installation and expansion requirements under specific motherboard layouts, effectively solving device connection problems caused by differences in interface position and type, ensuring high-speed and stable data exchange between devices, and meeting various application scenarios that require transmission performance.

Product features:

1.Accurate interface conversion and directional design.

Interface conversion professionalism: Professional implementation of the conversion function from PCI-E16X to NGFF (M.2) KEY-M interface, strictly following the standard specifications of both interfaces to ensure the integrity and accuracy of the signal during the conversion process. Whether it is high-end graphics cards, professional sound cards and other PCI-E16X devices, or high-speed solid-state drives and wireless network card modules that are compatible with NGFF (M.2) KEY-M interfaces, seamless integration can be achieved through this extension cable, expanding the device's usage scenarios.

Reverse left facing interface adaptation: The NGFF (M.2) KEY-M interface is ingeniously designed to face left in reverse, accurately matching the motherboard NGFF (M.2) KEY-M slot on the left side of the model. This directional design avoids problems such as cable bending and signal interference caused by mismatched interface directions, ensuring a smooth and unobstructed installation process, stable and reliable device connection, saving users installation time and energy, and improving overall hardware construction efficiency.

2.High speed and stable transmission performance.

PCI-E3.0 standard speed support: We fully guarantee that the data transmission speed meets the PCI-E3.0 standard, theoretically achieving a transmission rate of up to 8GT/s, with a bandwidth of up to 1GB/s per channel. In practical use, it can fully meet the needs of data intensive tasks such as real-time material reading and writing for 4K video editing, high-speed texture loading for large 3D games, and retrieval of massive material libraries for professional design software, greatly reducing data waiting time and making the system response silky smooth.

Signal optimization guarantee: In the internal structure design of the cable, multi-layer shielding technology is adopted to tightly wrap the signal line, effectively isolate external electromagnetic interference, and carefully plan the wiring layout to reduce the risk of signal crosstalk, ensuring that data remains stable and accurate during long-distance transmission, avoiding transmission errors or performance degradation caused by signal attenuation, and safeguarding high-speed transmission.

3.Thoughtful power supply auxiliary design.

Small 4Pin Power Supply Interface: Add a small 4Pin power supply interface at the PCI-E16X slot end. Considering that some high-power PCI-E16X devices may not be able to meet their power needs when running under high loads for a long time, the motherboard's native power supply may not be sufficient. This power supply interface serves as a supplementary power supply solution, effectively sharing power pressure, ensuring stable equipment operation, and preventing performance bottlenecks, equipment crashes, and even hardware damage caused by insufficient power supply.

Flexible power conversion: Equipped with a dedicated power cord, the SATA power interface can be easily converted and connected to the small 4pin power port of the PCI-E16X slot. Given that most computer power supplies are equipped with rich SATA power interfaces, this design greatly improves power supply compatibility and convenience. Users can easily achieve multi interface power integration without the need to purchase complex conversion devices, meeting the diverse power supply needs of devices.

Usage method:

1.Equipment connection preparation: Firstly, confirm the PCI-E16X supported devices that need to be connected and the NGFF (M.2) KEY-M slot position and specifications on the motherboard, ensuring that both are in a power-off state to avoid hardware damage caused by live plugging and unplugging.

2.Expansion cable connection: Insert the PCI-E16X device smoothly into the PCI-E16X slot of the extension cable, ensuring that the golden finger fits perfectly. Apply even force during insertion to avoid skewed or hard insertion; Then, hold the other end of the expansion cable and align the NGFF (M.2) KEY-M interface precisely with the corresponding slot on the motherboard. According to the design feature of the interface facing left in reverse, carefully insert it until a slight "click" sound is heard, indicating that the interface is firmly connected. At this point, the expansion cable should naturally hang down without obvious pulling or bending.

3.Power line connection (if required): If the PCI-E16X device connected has high power and requires additional power supply, remove the accompanying power line and connect one end to the SATA power interface of the computer power supply to ensure a tight connection without any signs of looseness; Insert the other end into the small 4pin power supply interface on the PCI-E16X slot of the expansion cable, ensuring full insertion to form a complete circuit for the power supply line.

4.Power on inspection and debugging: After completing the above connection steps, carefully check whether each connection part is secure, confirm that there are no errors, and then turn on the computer power. During the startup process, pay close attention to the device startup status and observe whether the computer recognizes the connected PCI-E16X device properly. This can be done through the device manager, BIOS settings interface, or professional hardware detection software. If the device fails to recognize properly, produces abnormal errors, or works unstably, the power should be immediately turned off, the connection steps should be rechecked, hardware compatibility issues should be investigated, or after-sales technical support should be contacted.

Applicable scenarios:

Computer hardware upgrade and optimization: For DIY computer players who pursue ultimate performance, if they find that the original high-performance PCI-E16X device cannot be directly used due to mismatched interface types after upgrading the motherboard, or if the NGFF (M.2) KEY-M slot position on the motherboard is special and conventional adapter solutions are ineffective, this extension cable becomes an ideal choice. For example, by connecting a top of the line PCI-E16X solid-state drive to a motherboard with a left NGFF (M.2) KEY-M slot, the high-speed transfer performance can be fully utilized to improve the overall read and write speed of the system, achieve instant boot and software loading, and create a super smooth computer user experience.

Professional Workstation Construction: In the construction of workstations in professional fields such as graphic design, video editing, 3D modeling and rendering, it is often necessary to simultaneously connect multiple high-performance PCI-E devices, such as professional graphics cards, high-speed storage array cards, Thunderbolt 3 expansion cards, etc., and are limited by the internal space of the chassis and the layout of the motherboard interface. This expansion cable can cleverly solve the wiring problem caused by the NGFF (M.2) KEY-M slot position on the motherboard, ensuring stable connection of various devices, high-speed data transmission, helping professionals efficiently complete complex projects, significantly reducing workflow time, and improving creative efficiency.

Adaptation of industrial control and testing equipment: In scenarios such as industrial automation control and electronic equipment testing, some special PCI-E16X industrial control cards and data acquisition cards need to be connected to specific motherboards for device debugging and operation monitoring. When encountering compatibility issues between the motherboard interface and the device or inconvenient connection of the interface location, this product can provide reliable interface conversion and extension functions, ensuring stable operation of industrial equipment in complex environments, accurate data transmission, and providing solid hardware connection guarantee for industrial production and research and development.

Package Content:

1x M.2 NVMe to PCI-e 16X cable.

1x 4Pin to SATA Power cable.

1x screwdriver.

2x M2 screw.