0751991011

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Backplane Connectors are essential components in complex assemblies. From tiny motherboard slots to powerful fiber optic cables, backplane connectors provide reliable data transmission and secure a system against common hazards. The 0751991011 is a specialized form of backplane connector and is one of the most reliable solutions for high density networking & communication, server storage and data centers.

This type of backplane connector is an advanced, interconnection device mainly used by the larger telecom operators. It uses a parallel contact system which provides a high speed with low signal integrity and power loss. The connectors come in two main variants: full length housing or internally pointed flanges.

The 0751991011 is designed to provide a high bandwidth connection between equipment modules, being able to carry up to 24 separate channels and a total of 1000 Gbps data. It also supports the SFF-8088 classification, allowing up to 8 X 10 Gb connector assemblies in one board.

The working principle of the 0751991011 backplane connector is quite simple, yet sturdy and reliable. Due to its high connection density, the backplane connector is able to promote cost-effective solutions, as it allows for a smaller amount of "real estate" to be used for connection between boards. This feature is particularly important when creating complex architectures & communication systems.

One of the most useful advantages of the 0751991011 backplane connector is its ability to reduce signal race & power dissipation. This is achieved by providing multiple channels that are capable of handling complex routing tables, while maintaining a low voltage. The connector also uses shielded and polarized cables, further decreasing radiation and ensuring data security during operation.

The 0751991011 backplane connector is an ideal solution for high-density computing and telecommunications. Its design is especially useful for applications that require significant amounts of data in order to be operated efficiently. Furthermore, its shielding and polarization features make it a secure and cost efficient choice for large data centers.

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