55004-102002LF

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Backplane Connectors - Specialized are now an essential element in the development of sophisticated and complex data connections. As the demand for high speed, low latency applications increases, these specialized connectors are rapidly gaining in popularity. The 55004-102002LF connector is an example of this trend.

The 55004-102002LF is an ultra-high-speed backplane connector designed for a wide range of applications. It is a single work group connectivity component used to support multiple data lines. The connector is built using ultra-durable components and allows for significant flexibility in system design.

One advantage of using the 55004-102002LF backplane connector is that it is fully compliant with the SFF-8470 and QDR specifications. This makes it a popular choice for use in data centers and for data interconnects. The 55004-102002LF connector is also highly reliable in operations and has a wide temperature range. This connector also features an excellent signal integrity, which makes it suitable for use in high-speed applications.

In terms of working principle, the 55004-102002LF follows a multi-lane architecture, which allows for simultaneous data transmission and reception. This connector is designed to provide a very low frame latency, allowing it to operate at faster speeds. Each of the signal pairs is routed to the 55004-102002LF connector by a separate differential pair. This setup ensures that electromagnetic interference (EMI) is kept to a minimum.

The design of the 55004-102002LF makes it ideal for use in applications that require high-speed data communication. It can be used in hot-swappable systems, in-circuit testing, SerDes protocol testing, and board-to-board communication. This connector is also suitable for use in applications where efficient, low-power data transfer is required.

The 55004-102002LF backplane connector is an excellent choice for any application that requires high-speed, reliable data transfer. Its multi-lane architecture allows for concurrent data transmission and reception, its low frame latency makes it suitable for high-speed applications, and its EMI-suppressing properties make it suitable for low-power operations. Its popularity is only expected to increase as the demand for high-speed, low latency applications continues to rise.

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