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Telenco® composite telecom poles are manufactured in France using a centrifugal process that ensures even distribution of the fibres and resin. This technology gives the poles greater resistance to the most extreme climatic conditions and ensures their longevity over several decades.
Telenco currently offers 7- and 8-metre poles to meet the requirements of telecoms infrastructures. In order to adapt to the specific needs of certain projects, the company is able to invest in the manufacture of other dimensions. Telenco poles can be adapted to all types of environment: asphalt, tarmac, cobblestones or bare earth. In terms of durability, these posts have a lifespan of over 50 years, far superior to wood or metal alternatives. Complying with environmental standards, they can be recycled at the end of their life, offering a sustainable and responsible solution for the telecoms market.
To ensure their robustness and reliability, Telenco® composite poles undergo a series of rigorous tests:
As part of its commitment to quality and safety, Telenco® has subjected its composite poles to rigorous crash tests carried out by Transpolis, a leading road safety organisation. These tests assessed the resistance of the poles in the event of impact with a vehicle, guaranteeing their compliance with the safety requirements for telecoms infrastructures. The results attest to their excellent impact absorption capacity, limiting the risks for road users and ensuring safe integration into urban and rural environments.
The WGP FL series (BEP) is a modular fibre optic building entry point in 5 versions, from 6 to 144 fibres. NE3/NE4 cable entry modules, splice cassettes, a generous slack storage area and IP55 protection simplify network deployment.
Compare passive, active and hybrid DAS architectures to design reliable indoor 5G coverage for your building, operators and future network needs.
The BEP-XS is an all-in-one solution that simplifies fibre deployments. It combines BEP, floor box and OTO functions, with wall, flush or DIN rail mounting. Ideal for residential projects and network extensions.
Offices, factories, hospitals… mobile signal drops where it's needed most. Modern insulating materials and higher 5G frequencies make indoor connectivity a major infrastructure challenge. For 13 years, Telenco has been deploying dedicated solutions
Skilled labour shortages and tight deadlines: Telenco addresses German market challenges with the Future Line range. Hestia OTO, floor boxes, WGP BEP XS… a complete portfolio for fast, modular FTTH deployments.
These Telenco passive solutions can be directly leveraged by engineers within their models, in line with real-world field constraints. They ensure seamless continuity between the design and deployment phases, with no gaps between planning and implementation.
Telenco welcomed six young participants from the Passe Décisive programme for a workplace immersion. The visit combined an overview of company activities with practical discussions on career access and employment.
Through a strategic partnership with Zyxel, Telenco expands its Mobile Networks portfolio with ZoneDAS ActiveDAS solutions. A new approach to deploy high-performance, scalable indoor mobile networks suitable for sites of all sizes.
Telenco has been awarded a B rating by CDP for its climate transparency in 2025, among nearly 20,000 companies assessed. The recognition highlights the quality of its reporting, risk management and commitment to a low-carbon, sustainable economy.
The RED Directive introduces cybersecurity requirements for radio equipment. A major change for 4G/5G repeaters, now considered active components of mobile networks and subject to stricter regulatory and security standards.
Telenco and NGIS develop tailored indoor 5G connectivity systems for high-demand environments. Discover their full-service offer and meet the team at MWC 2026.
Accelerate FTTH rollouts with Telenco’s pre-terminated OTO and Floor Box solutions. Enable fast, clean and splice-free in-building fibre deployment, reduce installation time, simplify field operations and improve TCO in dense urban and MDU environments.
