ElectroniCast: U.S. OSP fibre optic cable duct market to reach nearly $1.47billion by 2027

Share this on social media:

Market and technology research consultancy ElectroniCast Consultants has released its latest market forecast report covering the non-aerial deployed Outside Plant (OSP) fibre optic cable ducts in America. The report’s findings indicate that the combined consumption value of (main) ducts and mini/inner ducts used in (non-aerial) outside plant (OSP) for the purpose to accommodate fibre optic cable in the U.S. reached $996.5million last year, and is forecast to reach nearly $1.47billion in 2027. 

The company’s study covers the consumption two major product categories in the below-grade OSP fibre duct market: larger conduit (main ducts) and smaller micro/innerducts in the U.S.  The market forecast is also segment by end-user applications: access and service providers, as well as ducts placed in trenches for customer owned OSP.               

Stephen Montgomery, director of the Fiber Optics group at ElectroniCast said of the findings: ‘The growing demand for durable, easier to use and more affordable conduits (main ducts), as well as micro- and innerducts, in the U.S. represents a growth opportunity for duct suppliers.  Partnerships among interconnect apparatus equipment and various device manufacturers are becoming critical for broader implementation of optical fibre in private and in the public communication networks.

Company: 

Related news

Recent News

24 August 2020

Dutch provider, KPN is to install a fibre optic network made using 90 per cent recycled plastic.

17 August 2020

A team of researchers from University College London (UCL) have achieved a record data transmission speed of 178Tb/s.

07 August 2020

II‐VI’s Waveshaper and WaveAnalyzer instruments were selected to field-test the live network trial of 800Gb/s transmission on a single channel for provider, Windstream.

22 July 2020

U.S. operator, Verizon has completed a successful test in its live fibre network to move 800Gb/s of data on a single wavelength across extreme distances.