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Ericsson and Vodafone Egypt to boost 5G radio network performance with AI-native functionality
- Vodafone Egypt has trialed the Ericsson’s AI-native Radio Scheduler for Link Adaptation in its live 5G network to optimize radio spectrum efficiency.
- The live network trial demonstrates up to 14 percent radio spectrum efficiency improvement for 5G sites and up to 50 percent downlink throughput gains.
- This AI-native solution dynamically adjusts radio network resources to deliver more stable connections and a superior user experience under demanding conditions.
- Also available in:
- العربية
Share buybacks in Ericsson during the period November 2 – November 6, 2026
During the period November 2 – November 6, 2026, Telefonaktiebolaget LM Ericsson (publ) (“Ericsson”) (LEI code 549300W9JLPW15XIFM52) repurchased own Class B shares (ISIN: SE0000108656) as follows:
- Also available in:
- Svenska
Nations tap 5G for defense and cross-border emergency services
The role of mobile connectivity in Nordic and European defense and emergency response was highlighted across multiple events and announcements in Sweden this week – spanning an Ericsson launch, the Swedish Armed Forces and a gathering of multi-sector business leaders and foundations from across the Nordic region.
VodafoneThree starts rollout of Ericsson AI-ready Massive MIMO radio in London
- VodafoneThree has become the first mobile operator globally to deploy Ericsson’s next-generation AIR 3266 Massive MIMO radio in a commercial network
- The lightweight, ultra-slim radio improves 5G capacity and coverage while simplifying installation and deployment
- Powered by next-generation Ericsson Silicon, AIR 3266 introduces dedicated neural accelerators for increased AI inference capability, while delivering 30 percent energy savings and 50 percent lower embodied carbon
Verizon and Ericsson partner to transform AI-native Autonomous Networks
- Realizing RAN network autonomy by building on open and programmable interfaces
- AI-native rApps’ collaboration redefining what is possible in radio access network (RAN) performance and efficiency
- Field deployment of fully autonomous, 24/7 closed-loop optimization rApps such as the Advanced Antenna System (AAS) Cell shaper provided gains of up to 8.9% on Downlink data radio bearer throughput and up to 8% on Uplink UE throughput.
- Also available in:
- 繁體中文
Ericsson advances autonomous networks with a faster, simpler software approach
- Ericsson is introducing GitOps-based, declarative lifecycle and configuration management for cloud-native core networks
- The introduction is the latest element of Ericsson Intelligent Core offering, creating a foundation for AI-driven, intent-based, autonomous network operations at scale across CSP environments.
- As shown in early deployments with Swisscom, this model delivers significantly faster, simpler and more reliable operations
Batelco and Ericsson expand 5G coverage and introduce Artificial Intelligence network capabilities in Bahrain
- Batelco will expand its mobile broadband network with Ericsson RAN and core network solutions to strengthen coverage, capacity and performance across Bahrain.
- In addition, the companies are enabling AI-powered RAN and 5G Advanced capabilities, while modernizing Batelco’s core network with cloud-native solutions.
- The collaboration supports Bahrain Economic Vision 2030 and the development of future-ready digital infrastructure.
Telia Sweden and Ericsson collaborate on the path to 6G
Telia President and CEO, Patrik Hofbauer, joined Ericsson President and CEO, Per Narvinger, at the Ericsson Studio in Stockholm today as the companies pledged to collaborate on the path to 6G to position Sweden as a European frontrunner.
Ericsson brings drone detection capabilities to mobile networks
- Ericsson introduces new Integrated Sensing and Communication (ISAC) System
- The system accurately detects and tracks moving objects such as drones over wide areas, including those not connected to the network
- Selected small-scale, sensing-only commercial pilots expected to begin in 2027. Wider scale sensing deployments expected to follow in 2028