GH Mitsubishi GHCP4001 PMMA Cable 1.0*2.2MM PMMA Plastic Optical Fiber Cable GHCP4001 GHCP4002 GHV4001 GHV4002 Plastic Polymer Optical Fiber Sensor Cable
GH Mitsubishi GHCP4001 PMMA Cable 1.0*2.2MM PMMA Plastic Optical Fiber Cable GHCP4001 GHCP4002 GHV4001 GHV4002 Plastic Polymer Optical Fiber Sensor Cable
GH GHCP4001 PMMA Plastic Optical Fiber Cable 1.0*2.2MM
GH GHCP4002 1.0*2.2MM PMMA Polymer Optical Fiber Sensor Cable
GH GH4002 PMMA Polymer Optical Fiber for Industrial Sensor Applications
GH GH4002 Plastic Optical Fiber Cable - GH Series PMMA Sensor Cable
GH GHEV4002 1.0*2.2MM PMMA Polymer Optical Fiber Cable
GH GHEV4002 1.0*2.2MM PMMA Polymer Optical Fiber Cable

GH Mitsubishi GHCP4001 PMMA Cable 1.0*2.2MM PMMA Plastic Optical Fiber Cable GHCP4001 GHCP4002 GHV4001 GHV4002 Plastic Polymer Optical Fiber Sensor Cable

This product is a series of communication and sensing solutions based on plastic optical fiber and special optical fiber developed and produced by Shenzhen Jinzhi Optoelectronics Technology Co., Ltd., covering jumpers, components, system equipment, etc., and is designed for short-distance, high anti-interference, and easy-to-deploy scenarios.


GH Series: GH2001; GH4001; GH4002; GHCP4001; GHCP4002; GHEV4001

Specification
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Structural Features

1. Cable Core: The cable core usually contains multiple optical fibers that are specially designed and protected to ensure stable signal transmission in submarine environments.

2. Strengthening Components: To withstand external forces such as tension and pressure during cable laying and operation, high-strength steel wires, steel belts, or reinforcing fibers are used. These components enhance the mechanical strength of the optical cable and prevent stretching or damage during installation and use.

Application Areas

1. International Communications: Submarine optical cables are key communication infrastructure connecting countries and regions. They carry most of the world's international communications, including international telephone services, internet data transmission, and financial transactions.

2. Submarine Observation Networks: Used to connect underwater observation stations, sensors, and data centers, enabling long-term real-time monitoring and data transmission of marine environments, geological activities, and biological behavior.

3. Military Applications: In defense fields, submarine optical cables are used for military communications, intelligence transmission, and connection of underwater facilities, providing reliable communication support for military operations.

GH Series

GH Series Optical Fiber Cable

Application

Mitsubishi fiber optic product application diagram including audio systems, photoelectric sensors, in-vehicle signal transmission, and factory automation systems