Nikon 4S017-723 Backboard PCB

Nikon 4S017-723 Backboard PCB

Product Details Introduction

Backplane PCB is a special type of printed circuit board commonly used in embedded computers, rack mounted servers, communication devices, and other systems that require high scalability and configurability. The backplane PCB serves as the main communication channel within the system, allowing different types of cards, modules, or slots to be connected to it for data transmission, control, and coordination. The following are some main features and applications of backplane PCBs:

Main features:

Multi slot design: Backboard PCBs typically have multiple slots that can accommodate different types of cards, such as processor cards, communication cards, storage cards, input/output cards, etc.

Data communication: It provides high-speed data transmission channels to support data communication between various cards, including interfaces such as Ethernet and PCI Express.

Power distribution: The backplane PCB usually provides power distribution to ensure that each slot and card receives appropriate power supply.

Redundancy: Some backplane PCBs support redundant configurations to improve system availability, allowing the system to continue operating even if some cards fail.

Hot swapping: Some backplane PCBs support hot swapping functionality, allowing users to add or replace cards while the system is running without shutting down the entire system.

Common application areas:

Embedded computing: Embedded computing systems use backplane PCBs to accommodate processors, storage, and communication cards to meet various embedded application requirements.

Rack mounted servers: Rack mounted servers typically use backplane PCBs to accommodate processor cards, network interface cards, storage cards, etc., providing high-performance data center solutions.

Communication equipment: Communication equipment, such as routers, switches, and communication servers, use backplane PCBs to support different types of communication cards and interfaces.

Military and national defense: In military applications, the backplane PCB is used to build communication, navigation, and data processing systems.

Testing and measuring instruments: The testing and measuring equipment uses a backplane PCB to accommodate various test cards and interfaces for scientific research and engineering applications.

Industrial automation: In industrial control systems, the backplane PCB is used for control, monitoring, and communication to support automation tasks and data collection.

Aerospace: In aerospace applications, backplane PCBs are used for navigation, communication, and data processing systems.

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