Faster Speeds in MDUs Key Objective for G.fast Deployment Confirms Global Survey

Broadbandtrends recently released the results of its latest Global Service Provider Survey: 2018 G.fast Deployment Strategies & Vendor Leadership.

Broadbandtrends conducted a global service provider survey of  broadband operators regarding their plans to deploy G.fast technology within their network. G.fast is a fiber‐to‐the‐distribution point (FTTdp) architecture offering up to 2Gbps aggregate speeds on copper infrastructure over very short loop lengths.

Key findings of the survey include the following:

  1. The top objective for  deployment of G.fast is to offer faster speeds (>250Mbps)

  2. 80 percent of survey participants plan to deploy G.fast by the end of 2018, with 27 percent currently in live deployments

  3. Cost remains the greatest challenge facing operators planning to deploy G.fast technology

  4. Fiber‐to‐the‐Building with the DPU in the Basement was cited as a top use case for 100  percent of survey participants

  5. Average downstream speeds of 500‐1Gbps are expected with most  G.fast service

  6. 9‐16 line DPUs remain the “sweet‐spot”

  7. Support for 1Gbps aggregate speeds; extended bandwidth at 212MHz; and Dynamic Timeslot Assignment were consider the most important emerging/newly available G.fast capabilities

Continuing advances in broadband copper technologies, such as G.fast, are extending the life of the copper plant, offering faster speeds that will support the wide range of high-bandwidth applications on the horizon, while providing operators with a time to market alternative to FTTH – often at lower cost.

With aggregate speeds up to 2Gbps, G.fast is offering operators an opportunity to address both the competitive environment and time-to-market pressures, but it is the ability to offer these faster speeds, primarily to MDUs with copper infrastructure that is the key objective for operator interest in G.fast.

Cost remains a top concern for operators planning to deploy G.fast.  Factors contributing to cost concerns include the need to deploy fiber further into the network, as G.fast requires significantly shorter loops than VDSL2 Vectoring; the potential need for external power depending on DPU location, as well as new CPE.  In addition, since the distribution point will likely serve a smaller number of customers than ADSL or even VDSL2 Vectoring, the cost per subscriber is likely to be higher.

Operators continue to be tactical in their deployment over the next two years with virtually all of the focus on MDU deployment scenarios.

Operators are most excited about the ability to support 1Gbps aggregate (upstream + downstream) speeds – as the ability to offer faster speeds is the #1 objective for the deployment of G.fast.  Additionally, interest in newly available features such as extended bandwidth at 212MHz as well as Dynamic Timeslot Assignment, also rated high in importance with operators.

Broadbandtrends’ Global Service Provider G.fast Deployment Strategies survey analyzes the results from interviews with 33 incumbent and competitive operators in all major regions, about their plans and deployment strategies for G.fast.  The report provides a global overview of the results as well as commentary on any notable regional differences found in the results.

Key Questions Answered in this study includes the following:

  1. What are operator timelines for the deployment of G.fast?

  2. What are the key objectives for deployment of G.fast technology?

  3. What are the top challenges/concerns related to the deployment of G.fast technology?

  4. What are the expected shortest, average and longest loop lengths for G.fast deployment?

  5. What are the average downstream/upstream speeds expected to be offered with G.fast?

  6. Will operators offer symmetrical speeds over their G.fast Networks?

  7. What are the top use cases for G.fast?

  8. What is the deployment potential for each G.fast use case?

  9. What is the average size for G.fast DPUs by use case?

  10. Which backhaul technology is most likely to be used for the DPUs?

  11. What are operator plans with respect to using Reverse Powering in a G.fast environment?

  12. What percent of the network will be capable of supporting G.fast in 2018 and 2019

  13. Which emerging/newly available G.fast capabilities are most important to the deployment of G.fast?

  14. Which vendors are perceived as leaders for G.fast Product Performance, G.fast Deployment Experience, Product Roadmap, Pricing, and Service & Support? 

Vendors evaluated included:  ADTRAN, Calix, DASANZhone, Huawei, Iskratel, KEYMILE, Nokia, ZTE, and ZyXEL.

This Report is 33-pages in length with (23) Figures and (3) Tables is available for purchase for $2495 (USD).  To order this report, please contact us at 540.725.9774 or via email at mailto:sales@broadbandtrends.com. Additionally this report may be purchased online at www.broadbandtrends.com/reports

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