The transition from traditional copper phone and broadband networks to digital infrastructure is well underway in the UK. This move by BT’s Openreach aims to enhance speed, reliability, and efficiency by replacing outdated wiring. Major providers like BT, Sky, Plusnet, and TalkTalk are mandated to shift from copper-based contracts to full-fibre broadband and Digital Voice services.
Following the introduction of nationwide “stop sell” policies by Openreach, non-fibre connections will eventually be phased out, with the recent closure of the Deddington exchange in Oxfordshire being the first example. Customers previously reliant on this exchange are now transitioning to FTTP technology for internet and phone services.
The closure of Deddington marks the beginning of a broader initiative to decommission thousands of copper-based exchanges nationwide. The move to fibre networks offers faster speeds, improved call quality for Digital Voice users, and more efficient use of space compared to traditional copper systems.
Openreach’s plan involves consolidating services into modern “super digital exchanges,” known as Openreach Handover Points (OHPs), to better serve the UK. In Deddington, the upgrade to full fibre has seen around 1,800 copper lines converted, with the Banbury OHP now managing services for the area.
James Lilley, Openreach’s Managed Customer Migrations Director, emphasized the significance of this project in transitioning millions of services to a more advanced network. He highlighted the benefits of the digital shift, including cost savings for providers and improved connectivity for consumers.
Looking ahead, the closure of Deddington is just the beginning, with other areas like Wraysbury, Childwall, Glengormley, and Staines in line for similar transitions. These developments signify a strategic move towards a future-proof network infrastructure across the UK.
THESE ARE NEXT 12 EXCHANGES THAT WILL BE CLOSED NEXT
• Staines
• Thames Ditton
• Baynard
• Wraysbury
• Nazeing
• Langford
• Allestree Park
• Beacon
• Childwall
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