Telecom
Ericsson Spectrum Sharing now Commercially Available
Ericsson has announced that its unique dynamic spectrum sharing solution has become commercially available for the first time. It has the capacity to allow communications service providers to quickly and cost-effectively launch 5G on a nationwide scale.
In the words of Fredrik Jejdling, Executive Vice President and Head of Networks, Ericsson: “For the first time, our customers do not have to re-farm spectrum before deploying a new ‘G’ and can quickly get 5G on the same footprint as they have with 4G today. In the next 12 months, more than 80 percent of the commercial 5G networks we support will use our spectrum sharing solution to achieve broad 5G coverage.”
Ericsson Spectrum Sharing allows both 4G and 5G to be deployed in the same band and on the same radio through a software upgrade and dynamically allocates spectrum based on user demand on a 1 millisecond basis. Ericsson’s dynamic spectrum sharing is the most economically feasible way to deploy 5G on existing bands – enabling wide 5G coverage from day one – making more efficient use of spectrum and enabling superior user performance.
Similarly, Julian Bright, Senior Analyst, Ovum/Omdia, says: “Spectrum is a scarce and costly resource that should be used efficiently. Ericsson Spectrum Sharing will mean that service providers can rapidly roll out 5G on their FDD bands without the need to re-invest. It means they can use both their new and existing bands for 5G high-speed, high-capacity services. Dynamically allocating spectrum between 4G and 5G is going to be the best way to start deploying 5G.”
It will be recalled that Ericsson with its sole mobile network vendor and strategic partner, Swisscom was the first communications service provider in Europe to launch commercial 5G services in April 2019. In December 2019, Swisscom achieved nationwide 5G coverage and is upgrading their network with Ericsson Spectrum Sharing.
According to Christoph Aeschlimann, Head of IT, Network & Infrastructure Group division, Swisscom,: “ESS is key for a fast adoption of 5G. It’s a win-win approach for customers and operators. Customers benefit from 5G in no time and operators use their precious spectrum in a most efficient manner.
“We are proud of being part of the ESS journey from the very beginning. In the meantime, we already reached a nationwide coverage with 90 percent of the population with 5G.”
It noteworthy that in May 2019, Telstra launched its commercial 5G network in Australia and has now rolled out 5G coverage in 32 metropolitan and regional cities around the country with the help of Ericsson, its key 5G network partner.
Channa Seneviratne, Network and Engineering Infrastructure Executive, Telstra, says: “Ericsson Spectrum Sharing will continue to play a crucial role in helping Telstra pave the way for a faster rollout of 5G, allowing us to serve the needs of 4G and 5G customers in the same location at the same time.
“These milestones are especially important for Telstra and the Australian landscape, where expanding 5G coverage over wide areas quickly and efficiently are key to providing more Australians with access to 5G services.”
Interestingly, after going commercially live with 5G on 3.5 GHz band in Doha, Ooredoo is taking the next step to make its ‘Supernet’ fully 5G-enabled across the country with Ericsson Spectrum Sharing.
Waleed Al Sayed, Chief Executive Officer, Ooredoo Qatar, says: “As we take the next leap into being connected, Ericsson Spectrum Sharing comes as a unique innovation that dynamically shares spectrum between 4G and 5G carriers based on traffic demand.
This enables us, as mobile operators, to use our spectrum assets efficiently by driving 5G-wide coverage roll-out quickly, smoothly and cost efficiently. This will help us achieve our strategic objectives, enabling us to enhance our customers’ internet experience and enrich their digital lives.”
Also, Polish service provider, Play, has deployed Ericsson Spectrum Sharing on its commercial network.
Jean Marc Harion, CEO of Play, says: “The 5G network in Legionowo is yet another proof of Play’s technological advancement in 5G and an important milestone in our strategy to continuously expand and modernize our network. With Ericsson Spectrum Sharing, we are taking a significant step towards being ready for commercial introduction of 5G when the devices become available.”
Ericsson Spectrum Sharing software can run on any of the five million 5G-ready radios Ericsson has shipped since 2015. Ericsson has been collaborating with ecosystem chipset partners including Qualcomm Technologies Inc., a subsidiary of Qualcomm Incorporated, on advancing dynamic spectrum sharing using mobile devices powered by Qualcomm® Snapdragon™ 865 and 765 Mobile Platforms with Snapdragon 5G Modem-RF Systems, and MediaTek (Dimensity 1000) as well as key device makers like Oppo, Sony, Xiaomi, LG, vivo and WNC (Wistron NeWeb Corp.) to scale the solution globally.
Clydestone Ghana Plc has filed a writ of summons and statement of claim against MTN Ghana, MTN Group Limited and Mobile Money Fintech Limited, alleging unauthorized use of its intellectual property.
The company announced the court action at the Ghana Stock Exchange, confirming proceedings in the Commercial Division of the High Court of Ghana.
The case relates to work commissioned in 2007 that Clydestone alleges was later used without authorisation or compensation.
Clydestone said the claim involves proprietary intellectual property, confidential commercial information and operational methodology developed during the engagement. The company is seeking declarations, damages and equitable remedies.
In a statement, Clydestone said MTN Ghana engaged it in 2007 to develop a commercial and operational framework for a mobile money business.
“The work was developed and delivered by the company’s founder and Group CEO, Paul Jacquaye, and included a full mobile money ecosystem covering the commercial model, operational architecture, implementation methodology and business case.”
Clydestone said the work was commissioned on the understanding that a non-disclosure agreement and memorandum of understanding would be signed.
It alleges these agreements were not finalised despite repeated requests.
The company further alleges MTN Ghana later used its proprietary work and methodology without authorisation or compensation, including in MTN Mobile Money Ghana and other markets.
Clydestone said the alleged use has continued since the launch of MTN Mobile Money Ghana in 2009.
“The wrongful use of that work has been ongoing since 2009. What has changed is the availability of independently verifiable information that documents its scale and commercial significance,” the company said.
It cited the GSMA State of the Industry Report on Mobile Money 2026 and MTN Ghana’s 2025 annual report as evidence of the platform’s scale.
According to Clydestone, the reports show approximately 19.3 million active users and annual revenue of about GHS 6.0 billion ($516m).
The company said it reviewed its records following these publications and concluded there were sufficient grounds to initiate legal proceedings.
It added that it has received no payment or acknowledgement for the work since December 2007, and that pre-action correspondence in 2026 received no substantive response.
“The Board of Directors has unanimously authorised the commencement of these proceedings,” the company said.
Jacquaye said: “This case is about accountability for commissioned intellectual property.
“When independent publications in 2025 and 2026 revealed the scale of the mobile money business, we reviewed all documentation relating to the original engagement and concluded these proceedings were necessary.”
MTN Group Limited, named as a defendant, had not commented at the time of publication.
In a development that underscores the fragile state of Nigeria’s telecommunications grid, an incident of infrastructure vandalism in Delta State has severely disrupted network connectivity, leaving thousands of subscribers stranded.
The breach, where a robber attacked the sites, occurred at an IHS-managed telecom node in the ASB region on July 8, 2026, immediately knocking 33 base stations offline across 2G, 3G, and 4G spectrums.
The situation in the region escalated drastically by morning when a separate fibre-optic cable cut severed primary transmission lines. Because the compromised node serves as a critical fibre convergence point, the secondary fibre cut triggered a cascading failure.
This secondary disruption ballooned the number of dark sites from 33 to 103, temporarily paralysing digital communications, banking, and commerce in the affected communities.
Industry sources reveal that the financial and logistical toll of such incidents is becoming unsustainable for Mobile Network Operators (MNOs).
Currently, network providers are utilising 20 per cent more spare parts than initially budgeted for the fiscal year.
This unpredictable depletion of technical reserves has stripped operators of their supply buffers, making inventory management and financial forecasting increasingly difficult for telecom executives.
Consequently, engineering teams have been forced to cannibalise materials originally designated for network expansion and new site rollouts just to perform emergency restorations on the damaged sites.
This diversion of resources significantly delays the rollout of new infrastructure, stifling the nation’s broader broadband penetration targets and stalling anticipated revenue generation for the telecom companies.
The Nigerian Communications Commission (NCC) recently noted an average of 1,744 weekly attacks on telecom infrastructure nationwide, including over 1,100 fibre cuts.
As operators endure protracted back-and-forth negotiations with insurance firms to cover these sudden hardware losses, stakeholders are intensifying calls for the strict enforcement of the Federal Government’s recent designation of telecom assets as Critical National Information Infrastructure (CNII) to safeguard Quality of Service (QoS).
Viral rumors about a “Tesla Pi Phone” a new phone, being developed by Elon Musk, CEO and largest shareholder of Tesla and SpaceX, are entirely fake.
AI Generated Tesla Pi Phone and Elon Musk
Instead, the tech giant said on Monday it has filed an application with the US Federal Communications Commission for permission to deploy the constellation by 2028.
It said the system would provide voice, messaging, data and emergency services.
A quick fact-check revealed that Tesla Inc. has never manufactured, developed, or released a smartphone.
Videos and articles claiming a release (often priced between $150 and $800 with solar charging or satellite-only connections) rely on AI-generated concept art and recycled internet hoaxes dating back to 2021.
Musk has only mentioned a phone in hypothetical remarks, stating Tesla would build one only if major app stores completely blocked or censored essential apps like X (formerly Twitter).
On Monday however, his company said that “Amazon looks forward to delivering on the promise of D2D [direct-to-device] connectivity, including to the millions of people living, travelling and working in places beyond the reach of existing networks today,”
The filing is the first step from Amazon into satellite mobile connections, which has until now been dominated by SpaceX’s Starlink service.
Musk’s group has signed partnerships with existing operators such as T-Mobile US and the UK’s Virgin Media O2 to provide phone services for customers where their conventional networks do not reach.
Starlink operates across more than 150 countries, offering high-speed internet connections through its constellation of satellites.
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