HM2R87PA8101N9LF

Backplane connectors are the best way to quickly and reliably connect multiple pieces of hardware. The HM2R87PA8101N9LF is a Hard Metric, Standard (HMS) Backplane Connector that is designed to simplify the complexity of connecting multiple devices and systems and increase performance and reliability.

Application Field:

The HM2R87PA8101N9LF is an ideal solution for applications in a variety of industries, such as telecommunications, industrial automation, computing, consumer products, medical, and defense. It can be used in high-speed, multi-gigabit applications that require precise control, high density, and compact design. It is also used in complicated multi-layer boards and in high-density systems.

Working Principle:

The HM2R87PA8101N9LF connector consists of 2 parts. The first part is a Hard Metric socket (HM socket) which has a right angle orientation with staggered high-densities contacts. The second part is a Standard (SC) Backplane Connector which provides high-speed contacts, robustness, and high density within a small size. The HM Socket connects to the SC Connector via a shielded cable.

In order for the connection to be successful, the signals from the shield and socket have to be properly terminated. The termination is provided by a high-quality metal connector located at the male-end of the cable. This connector is designed to provide superior signal integrity, low inductance, and low cross-talk which allows for high-speed systems.

Once the mating process is complete, the backplane and the device are connected through the HM Socket. The HM Socket provides an enhanced and reliable connection that is able to transfer high-speed data without any signal integrity issues. Additionally, the HM Socket is designed to resist EMI and vibration and is optimized for long-term reliability.

Conclusion:

The HM2R87PA8101N9LF is an excellent choice for any application requiring robust connectivity and performance. With its high-speed data transfer capabilities, low cross-talk, and EMI/vibration resistance, it is an ideal solution for a variety of applications. Additionally, the increased density and compactness make it a great choice for applications where space is of the essence.