Nikon 4S017-365-C Fiber Optic Interface Board

Nikon 4S017-365-C Fiber Optic Interface Board

Product Details Introduction

The Nikon 4S017-365-C Fiber Optic Interface Board is a device used for fiber optic communication to connect, convert, and transmit fiber optic signals. This type of interface board is typically used for data transmission, network connectivity, and communication systems to achieve advantages such as high bandwidth, low latency, and immunity to electromagnetic interference. The following are the main characteristics and application areas of fiber optic interface boards:

Main features:

Fiber optic connection: The Nikon 4S017-365-C fiber optic interface board has fiber optic connectors and interfaces, allowing fiber optic cables to connect to devices. These connectors can be of different types such as SC, LC, ST, MTP/MPO, etc.

Optical Transceivers: The Nikon 4S017-365-C interface board typically includes fiber optic transceivers, which are used to convert electrical signals into optical signals for transmission or to convert optical signals into electrical signals for reception.

Fiber conversion: The Nikon 4S017-365-C fiber interface board has signal conversion function, which can convert different types of optical signals into another type, such as the conversion from single mode fiber to multimode fiber.

Fiber optic amplifier: In some applications, the Nikon 4S017-365-C interface board may include a fiber optic amplifier to amplify optical signals and extend transmission distance.

Multi port: The Nikon 4S017-365-C fiber interface board has multiple fiber ports to support multi-channel data transmission.

Data rate: Interface boards typically support different data rates, ranging from gigabits per second (Gbps) to speeds of up to 100 Gbps or higher.

Fiber type: The interface board can support different types of fiber, including multimode fiber and single-mode fiber.

Application field:

Data center: used to connect servers, storage devices, and network devices to support high-speed data transmission and communication.

Telecommunications network: Used in telephone switching equipment, fiber optic communication networks, and internet backbone networks to support high-capacity data transmission and long-distance communication.

Wide Area Network (WAN): Used to connect local area networks (LANs) at different locations for remote data transmission and distributed computing.

Video transmission: Used in video surveillance systems, broadcasting equipment, and high-definition video transmission to transmit high-quality video signals.

Medical equipment: Used in medical image transmission equipment and remote medical diagnosis to support high-speed transmission of medical images.

Industrial control: Used in industrial automation systems to support real-time control and data collection.

Military and national defense: used in military communication, radar systems, and drone control applications to achieve safe and reliable communication.

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