Openreach: We can do 52.5-Gbps broadband too

Oct. 18, 2016
On the heels of the announcement that SK Telecom of Korea has deployed a combination of PON technologies from Nokia to support as much as 52.5 Gbps on a single fiber (see "Nokia, SK Broadband combine PON technologies to support 52.5-Gbps FTTB"), Openreach, BT's local network business unit, says it conducting trials of the same capabilities using technology from Huawei.

On the heels of the announcement that SK Telecom of Korea has deployed a combination of PON technologies from Nokia to support as much as 52.5 Gbps on a single fiber (see "Nokia, SK Broadband combine PON technologies to support 52.5-Gbps FTTB"), Openreach, BT's local network business unit, says it is conducting trials of the same capabilities using technology from Huawei.

The trial sees a fiber-to-the-premises (FTTP) connection between the University of Suffolk, Ipswich Exchange, and BT's Adastral Park R&D center running a combination of 40-Gbps NG-PON2, 10-Gbps XGS-PON, and 2.5-Gbps GPON over the same fiber (see "Huawei intros next-generation PON offering"). Specifications for the respective PON approaches were developed with such coexistence in mind.

Openreach says that the University of Suffolk has been using the service for the past two weeks. The university will continue to use the capacity during the duration of the trial (which Openreach did not detail) to support research as well as stream lectures, design games, deliver online courses, and for other uses.

"The trial proves that not only is our FTTP network fit for the future, but with the right equipment in the customer's home and at the exchange, we can tailor speeds to suit their individual requirements," said Clive Selley, Openreach CEO. "So whether you're a small business specializing in graphic design or a keen gamer using UHD and virtual reality, we'll make sure your communications provider can offer you the speeds and value for money services that you need.

"I'm looking forward to discussing this technology breakthrough further with our communications providers to see how it could help shape their future plans," Selley concluded.

In a comment to the Nokia story referenced above, a Huawei source pointed out that the company conducted a similar demonstration with China Telecom in 2011.

For related articles, visit the FTTx Topic Center.

For more information on FTTx equipment and suppliers, visit the Lightwave Buyer's Guide.

About the Author

Stephen Hardy | Editorial Director and Associate Publisher

Stephen Hardy has covered fiber optics for more than 15 years, and communications and technology for more than 30 years. He is responsible for establishing and executing Lightwave's editorial strategy across its digital magazine, website, newsletters, research and other information products. He has won multiple awards for his writing.

Contact Stephen to discuss:

  • Contributing editorial material to the Web site or digital magazine
  • The direction of a digital magazine issue, staff-written article, or event
  • Lightwave editorial attendance at industry events
  • Arranging a visit to Lightwave's offices
  • Coverage of announcements
  • General questions of an editorial nature

Sponsored Recommendations

On Topic: Metro Network Evolution

Dec. 6, 2024
The metro network continues to evolve. As service providers have built out fiber in metro areas, they have offered Ethernet-based data services to businesses and other providers...

Meeting AI and Hyperscale Bandwidth Demands: The Role of 800G Coherent Transceivers

Nov. 25, 2024
Join us as we explore the technological advancements, features, and applications of 800G coherent modules, which will enable network growth and deployment in the future. During...

On Topic: Tech Forecast for 2025/ What Will Be Hot

Dec. 9, 2024
As we wind down 2024, Lightwave’s latest on-topic eBook will examine the hot topics for 2025. AI is at the top of the minds of optical industry players supporting...

ON TOPIC: Filling Coverage Gaps, Enhancing Public Safety

Jan. 30, 2025
With the ongoing drive to support AI and the need for high-speed data center interconnection, the call for higher-speed 800G optical technology is emerging. Initially focused ...