HM2P67PD5111N9LF

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Backplane Connectors - Hard Metric, Standard.

The HM2P67PD5111N9LF is a backplane connector specifically designed for the high-speed, high-density applications found in modern communication and data processing networks. This special type of backplane connector has been developed for interface operation in the Standards Offering, a group of globally accepted Hard Metric products that are meeting the needs of the industry.

The primary use of the HM2P67PD5111N9LF is in the construction of high-speed, high-contacts backplane architecture. It offers speed and capacity requirements that are much greater than those of standard backplane connectors. It is designed for high-speed, high-density applications and is ideal for applications that require multiple gigabit Ethernet ports, at least one gigabit Serial ATA port, and one gigabit Serial Data Link port.

The HM2P67PD5111N9LF outperforms the conventional backplane connector in several ways. Firstly, it offers the highest levels of contact reliability and performance. This is accomplished by the patented design that features a 1-2-3-4-5 contact pin arrangement, rather than the more common 3-2-1 arrangement. The HM2P67PD5111N9LF also offers a significantly increased density of I/O contacts in comparison to conventional backplane designs. This significantly increased density helps to increase the overall system performance.

The HM2P67PD5111N9LF also offers a higher signal quality. Using two contact layers, as opposed to the more conventional one contact layer approach, the HM2P67PD5111N9LF reduces the amount of crosstalk between signals that is often present in single-layer backplane designs. The result is a higher signal strength and greater signal integrity.

The HM2P67PD5111N9LF also provides high-speed data communication over long distances. It is capable of carrying Gigabit Ethernet to up to three kilometers with a signal-to-noise ratio of 25dB and a maximum data rate of 10Gbps. In addition, the connector also offers a high degree of shielding that helps to reduce high-frequency radiation.

The HM2P67PD5111N9LF is also designed for low-power operation. It offers an internal signal path contact that reduces the total power dissipated by the connector. This provides an efficient method of dissipating power and helps to lower the overall power consumption.

In summary, the HM2P67PD5111N9LF backplane connector offers the highest levels of contact reliability, performance, and data communication speeds. It is capable of handling both the high-speed, high-density applications found in modern communication networks and the more conventional backplane applications. It is a reliable and efficient connector solution for today’s data-intensive network environments.

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