FiberCable 4.0: innovative fiber optic cables for advanced connectivity and industry 4.0
Co-financed by POR FESR 2014–2020, Action 1.1.5 sub-action a1, Call 1 “Strategic Research and Development Projects”, approved by Decree No. 3647 (04.03.2020) and amended by Decree No. 5899 (17.04.2020).
Fiber optic cables for advanced connectivity
The FiberCable 4.0 project is aimed at designing, developing, and producing fixed-installation fiber optic cables with a highly innovative thermoplastic sheath. Its primary goal is to achieve at least 33% higher data transmission capacity compared to current technologies, supporting the deployment of 5G and, prospectively, 6G networks. The project aims to enhance national communication infrastructure, facilitating the transition toward Industry 4.0 paradigms.
The project involves the development of:
High-performance fiber optic cables: Design of next-generation cables with enhanced data transmission capabilities to meet future connectivity demands.
Advanced thermoplastic materials: Use of innovative materials for outer sheaths, ensuring improved mechanical strength, durability, and safety.
Sustainable production technologies: Implementation of low-impact, resource-efficient manufacturing processes.
Expected results and impacts:
The project aims to:
Increase data transmission capacity by 33% over conventional cables.
Support the adoption of 5G and 6G technologies, strengthening the country’s digital infrastructure.
Promote the shift toward Industry 4.0 through the adoption of advanced technologies.
Reduce environmental impact by using sustainable materials and innovative production methods.
Partnerships and collaborations:
The project involves a consortium of companies and research centers specialized in telecommunications and technological innovation, fostering collaboration between industry and scientific research.
Technological innovation:
FiberCable 4.0 introduces key innovations:
Fiber optic cables with advanced thermoplastic sheaths for more efficient transmission.
Innovative materials engineered for enhanced mechanical and chemical resistance.
Optimized production processes for greater efficiency and environmental sustainability.
Support for smart city infrastructure and emerging technologies.
Project funding and partners
Role of Opus Automazione: Design and development of control systems for material quality assurance and automated process management, ensuring high performance and sustainability.
Role: Lead Partner
Project Status: Completed
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