Telecom
5G Doubles Mobile Data Speeds with No Additional Spectrum- Ericsson

Today, LTE smartphone receives transmissions from one cell site at a time, and many different techniques are used to ensure that users stay connected as they move between cells.
But, with smartphone subscriptions set to more than double, driving an 8-fold increase in traffic by the end of 2020, today’s mobile technology won’t be enough to maintain high quality connections as traffic grows.
Advanced LTE techniques, such as carrier aggregation, deliver more capacity by bringing together multiple frequency bands, but spectrum will always be a limited resource.
The challenge is exacerbated by a growing number of connected things, the so-called Internet of Things or IoT, jockeying for mobile network links.
The next big generation of mobile networking, known as 5G, is not expected to be commercially available until 2020, but Ericsson already has indoor and outdoor 5G test networks in Sweden and the US. Ericsson’s latest 5G technology breakthrough provides a way to deliver drop-free, higher capacity mobile connections for both people and things – while making the most of available spectrum.
Mischa Dohler, chair professor of Wireless Communications and head of the Centre for Telecommunications Research (CTR), King’s College London, said, “High-speed, highly reliable mobile networks are foundational to the tactile internet and the internet of skills that it will enable. The results that are being achieved in Ericsson’s live 5G test networks — much faster data rates, more resilient connections and squeezing capacity out of spectrum – are all critical to unleashing the new use cases that will drive 5G.”
Ericsson’s latest 5G innovation sounds deceptively simple: The 5G mobile device connects to more than one 5G cell site at the same time.
This is known as 5G multipoint connectivity.
It provides the resiliency to ensure that the 5G device maintains a high-quality connection with the 5G network as it moves between cells.
It also enables the transmission of different sets of multiple data signals (Multiple Input Multiple Output, or MIMO, streams) to the mobile device over the same frequency band.
This is called distributed MIMO, and it can increase downlink throughput by 100%.
And, because it is all transmitted in the same frequency band, it makes very efficient use of available spectrum. The combined technical capability is called Multipoint Connectivity with Distributed MIMO.
Dr. Håkan Andersson, 5G Strategic Product Manager, Business Unit Radio, Ericsson, said, “To be ready for commercial networks in 2020, 5G research and development has to come out of the labs and into live test networks. Multipoint Connectivity with Distributed MIMO, supported on Ericsson’s 5G air interface, is just the latest example of 5G innovation moving into live test network implementation.”
Multipoint Connectivity with Distributed MIMO involves very sophisticated signaling methods, which are not part of today’s LTE standards, to control the mobile device’s interaction with the network.
So, while LTE technology is evolving to become an integral part of tomorrow’s 5G networks, 5G will also include innovative new air interfaces (including signaling, modulation schemes and other software-driven innovations) between the device and the network.
Ericsson’s 5G air interface, dubbed “NX”, powers Multipoint Connectivity with Distributed MIMO.
5G will evolve the entire communication eco-system, from devices to mobile access, IP core and into the cloud.
The Company’s latest 5G test network innovations focus on the interactions between mobile devices and the radio access network, indoors and outside.
Ericsson’s 5G test networks, including both 5G devices and 5G radio base stations, are running live at the company’s US and worldwide headquarters in Plano and Stockholm.
The company welcomes mobile operators, eco-system partners, members of academia, tech media and analysts to visit these sites to witness and interact with Ericsson 5G innovations.
Telecom
Google Rolls Out Search Live AI to 200+ Countries, Including Nigeria

Google has launched its Search Live feature globally to over 200 countries, including Nigeria, where AI Mode is available, enabling voice-and-camera conversations in users’ preferred languages.

Powered by the new multilingual Gemini 3.1 Flash Live model, it delivers natural, real-time interactions via the Google app on Android or iOS—tap the Live icon under the Search bar.
Ideal for hands-free help, users can speak queries for audio replies, follow-ups, or web links. Camera integration adds visual context, like troubleshooting a shelving unit, or pairs with Google Lens for real-world chats.
From the app or Lens, Nigerians can now explore, learn, or solve tasks instantly, boosting everyday productivity worldwide.
Telecom
IFC Invests $45m to Green African Telecom Sites

Clean and reliable power for telecom networks in Ethiopia, Liberia, and Sierra Leone will be expanded following a $45 million investment by the International Finance Corporation (IFC) in IPT PowerTech.

The investment targets countries where limited power supply continues to slow digital connectivity and broader economic participation, the institution stated earlier this week.
To enable this expansion, the IFC is providing a $45 million corporate financing package consisting of an A-loan of $27 million and $18 million in blended finance.
The blended portion is sourced from the Canada-IFC Blended Climate Finance Programme and the IDA20 Private Sector Window Blended Finance Facility.
The initiative marks the IFC’s first direct infrastructure engagement in Liberia in a decade and in Sierra Leone in six years.
It will help scale solar- and battery-based power systems that reduce reliance on diesel and support greener, more resilient telecom networks.
By improving the quality and stability of power to telecom towers, the initiative will strengthen mobile coverage and ensure that households, schools, health centres, and small businesses can depend on consistent digital services, said the IFC.
The funding supports the modernisation, operation, and maintenance of 2 235 telecom sites across the three nations. More than 90% of these are located in off-grid or weak-grid locations.
With new solar and battery systems powering these sites, mobile networks will experience fewer outages and improved service quality.
Optimising the energy mix is estimated to reduce power costs for operators by up to 30% in Liberia, 26% in Sierra Leone, and 52% in Ethiopia.
This transition is also expected to cut emissions by more than 10 624 tonnes of carbon dioxide annually. Furthermore, the partnership will promote gender inclusion by expanding opportunities for women in technical, operational, and leadership roles within the sector, says the IFC.
This agreement reflects a shared vision for a greener telecom industry and empowers the company to scale its innovative energy platforms, according to Nabil Haddad, CEO of IPT PowerTech Group.
Reliable and affordable power for telecom networks is a cornerstone of Africa’s digital transformation, said Nathalie Kouassi-Akon, IFC regional director for West Africa and the Gulf of Guinea.
Through this partnership, the institution is supporting a scalable, private sector-led solution that enables mobile operators to reach underserved and fragile communities more sustainably, added Kouassi-Akon.
The project advances the World Bank Group and African Development Bank’s Mission 300 initiative, which aims to provide electricity to 300 million Africans by 2030.
Telecom
Expedier Launches Platform to Ease Cross-Border Payments for African Firms

Expedier has unveiled “Expedier for Business,” an online pro-banking platform to simplify global payments, multi-currency transactions, and financial operations for expanding companies.

Kingsley Madu
The tool centralizes payments, invoicing, payroll, and treasury into one secure dashboard, tackling challenges like fragmented systems and poor visibility that hinder international scaling.
Kingsley Madu, Co-Founder and CEO of Expedier, said: “African businesses are increasingly global… Expedier for Business was built to simplify how companies manage money across borders while maintaining visibility, control, and compliance.”
Key features include customizable dashboards for payments, invoices, and workflows; support for USD, CAD, GBP, EUR, and more; virtual cards; automated payroll/invoicing; currency swaps; and real-time tracking.
Security measures cover two-factor authentication, KYC/KYB verification, and team access controls.
As cross-border trade and remote work boom in Africa, the platform aids firms dealing with international suppliers, teams, and customers. It is now available for organizations scaling globally.
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