50004-1464FLF

Backplane connectors are an important element in any computing devices like servers, workstations, and storage systems. The 50004-1464FLF is a specialized type of backplane connector which offers more flexibility, speed and durability than traditional ones. This article will discuss about the application field and working principle of this particular type of connector.

Application field of 50004-1464FLF

50004-1464FLF backplane connectors are designed to be used in high-speed computing systems, such as high-end servers, workstations and storage systems. It is also suitable for use in dense computing environments, such as clustered systems.

The 50004-1464FLF is capable of supporting a wide variety of bus protocols and data rates, including PCI Express, serialATA, and Ethernet over copper. It can also be used in telecom and networking applications, such as transport systems and routers.

The main benefit of using the 50004-1464FLF is that it enables higher data rates and greater system flexibility in a wide range of application scenarios. It also offers superior signal integrity and fault tolerance compared to other backplane connectors.

Working principle of 50004-1464FLF

The 50004-1464FLF connector is designed to provide maximum flexibility, speed and reliability. It features a high-speed connector system with a deep insertion depth that enables more reliable mating and greater bandwidth performance. Additionally, the connector is designed with a unique design that allows it to occupy a small space, making it ideal for use in densely populated systems.

The 50004-1464FLF connector also features four contact bands and two slots for easier cable routing. This ensures that the connector can be used in tight spaces, while providing better signal integrity. Additionally, the connector is designed to support various signal types, including differential or single-ended.

The main benefit of the 50004-1464FLF connector is that it enables high-speed data transfers and system flexibility in a wide range of applications. It also offers superior signal integrity and fault tolerance compared to other backplane connectors. Additionally, the connector is designed to provide greater use of port density, enabling dense computing environments.