Deutsche Telekom has made a significant stride in mobile telecommunications, achieving 12 gigabits per second in field tests using 6GHz frequencies – quite a leap from the current 5G network speeds. The German telecom giant credits this achievement to merging two data streams from different frequency antennas, a method they suggest may become standard for these bands. However, before this breakthrough can materialize, it’ll go under scrutiny during the upcoming ITU World Radiocommunications Conference.
Explore the ‘Connected Nations’ report showcasing a promising surge in “Full Fibre” reach across the UK, now covering 52%. However, a static picture emerges for “superfast broadband” stuck at 97%, while Gigabit broadband registers a rise, and changes in 3G usage towards obsolescence are also highlighted. Further, discussions on smart devices over-harvesting consumer data and potential changes in the nation’s broadband landscape spark curiosity.
In a major technological achievement, over half of UK homes now enjoy full fibre broadband access, marking a significant increase from the beginning of this year. This growth reflects the collective effort of both large infrastructure operators and smaller, regional organisations. Surprisingly though, coverage varies across regions, with Northern Ireland leading while Scotland slightly lags behind. Even more exciting progress has been observed in access to Gigabit-capable broadband.
VMO2, a leading UK telecom company, is saying goodbye to 3G services by 2025, focusing on the advancement of 4G and 5G capacities. Though this marks the end of an era, it opens doors for superior technology and remarkable energy efficiencies. What does this imply for consumers and the future of mobile connectivity? Let’s explore.
As the world navigates towards an AI-integrated future, the call for reliable connectivity has amplified. The UK’s telecom market, a beacon of global standing, is pivoting towards this demand. Its thrust for seamless connectivity is stimulated by the push for efficient network management and shared infrastructure. Spearheading this transformation is the UK’s transition to fibre optics, aided by the strategic decision to sunset the Public Switched Telephone Network by 2025.
Amazon’s Project Kuiper and Vodafone join forces to bolster 4G and 5G availability in Europe and Africa using cost-effective low Earth orbit (LEO) satellites. This partnership aims to connect distant cellular antennas to core networks, enabling telecom services without relying on intricate fibre-based systems. With a larger goal of bridging the digital divide, the collaboration also plans to offer backup services for disruptions and connect distant infrastructure.
Deutsche Telekom, in collaboration with AirHop, Juniper Networks, VIAVI Solutions, and VMware, has been testing the waters to leverage telecom technology bound by Open RAN specifications. Treading an intriguing path of innovation, they trialed Non-RT RIC technology by performing a RAN closed-loop optimization proof, embraced by ONAP and Open RAN standards. The journey unfolded two pivotal use case scenarios revolving around PCI optimization and energy-saving dynamics powered by AI and machine learning.
CityFibre’s full fibre network in the UK now reaches 3 million premises, a rapid expansion when considering it connected 2 million just a year earlier. Recent key milestones include securing wayleave permissions and financial support totalling nearly half a billion pounds. Technological strides include the market launch of its XGS-PON service offering potential speeds up to 10Gbps. As these advancements continue to transform broadband, stay tuned for updates.
The Tribal Broadband Connectivity Programme (TBCP), funded primarily by President Biden’s Internet for All Initiative, has recently bestowed $3.5 million in grants among seven Tribal entities to accelerate internet access in these areas. Supported with an impressive $3 billion budget, the TBCP aims to reduce internet barriers and bridge the digital divide, promising a transformative effect. The initiative is facilitating internet connectivity for remote learning, boosting telehealth services, fostering employment opportunities, and more.
AT&T has delicately entered the 5G fixed-wireless access (FWA) industry with its Internet Air product, targeting a specific demographic and remaining wary of impacting its mobile and fibre operations. Discussing the challenges and benefits of this strategic approach, we examine its potential against market leaders T-Mobile and Verizon. Are they being too cautious? Are they possibly missing out on the emerging FWA boom in the U.S?.
