Categorization:Harness Component
In high-speed data systems such as servers, storage devices, high-performance computing (HPC), and medical imaging equipment, the stability and bandwidth capability of PCIe signal transmission are crucial. The 3M 8KH2-0723-0150 introduced by 3M is a PCIe high-speed extender component based on a twin axial (Twin Axial) cable structure design, which can achieve stable and high-bandwidth data transmission in a limited space. This type of cable assembly is usually used for PCIe card expansion, GPU/accelerator card connection, and high-speed interconnection within servers, providing more flexible layout solutions for system design.

Introduction to 3M 8KH2-0723-0150 cable assembly component
The 3M 8KH2-0723-0150 is a typical model in the 8KXX series PCIe high-speed cable assembly, adopting a flat double-axis structure with shielding design, which can effectively reduce signal loss and electromagnetic interference, suitable for high-speed data transmission environments.
Main technical characteristics:
PCIe x8 interface design, 98-bit connection structure
Receptacle to Card Edge connection method
Cable Length: 150 mm
Dual-axis flat cable structure, 30 AWG wire
Shielding design, improve signal integrity
Operating temperature range: -20℃~85℃
Support PCIe 2.0/PCIe 3.0 high-speed standards
Differential impedance about 85Ω
This series of PCIe dual-axis cable components adopts a continuous shielding structure, which can maintain stable signal performance under smaller bending radii, while reducing signal reflection and crosstalk, thereby enhancing the overall data transmission reliability of the system. Such products are often used as PCIe extension or adapter connections between server motherboards and expansion cards.

Two, selection and compatibility and alternative solutions reference and suggestions
For system design or equipment maintenance using the 3M 8KH2-0723-0150 system, the following aspects can be focused on in terms of cost control, supply cycle, or domestic substitution:
1. Key compatibility parameters
Replacement products should maintain the following core indicators consistent:
PCIe x8 interface structure
98Pin connection specification
Twinax high-speed cable
85Ω differential impedance
150mm line length or the same electrical length
• 屏蔽结构与30AWG线径
2. Compatible series reference
• Models of the same series with different lengths (e.g., 250mm, 500mm)
• PCIe x8 Twinax high-speed cable assembly
PCIe High-Speed Extension Cable or Riser Cable
3. Domestic substitution suggestions
In the design of domesticated solutions, substitution can be achieved in the following ways:
Equivalent Twinax high-speed cable structure
Use PCIe card edge connector scheme
Perform high-speed signal integrity (SI) verification
Customize line length based on server or device structure
By this means, it is possible to achieve a cost-effective and supply-stable domestic cable assembly component replacement while ensuring the integrity of high-speed signals.

The 3M 8KH2-0723-0150 PCIe x8 dual-axis cable assembly is a PCIe extension solution designed for high-speed computing platforms, featuring high bandwidth, low loss, and good flexibility. It is widely used in server, storage, and medical equipment fields. During the system design process, reasonable attention to key parameters such as PCIe channel count, impedance, cable length, and shielding structure can effectively ensure the quality of high-speed signal transmission. At the same time, through compatible design and the promotion of domestic substitution solutions, it can also bring more stable supply chains and more competitive cost structures for equipment manufacturers.
We have been focusing on the domestic substitution research and application scheme development of high-speed connectors and harness components of this brand for a long time. If you are interested in related substitution products, selection schemes, or procurement cooperation, or are evaluating the direction of domestic substitution, welcome to contact: Manager Zhang18665383950, same WeChat numberLooking forward to in-depth communication and cooperation with more customers and industry partners.