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Ericsson unveils new wave of radio, antenna, and RAN Connect products to advance high-performing programmable networks

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As telecoms industry engagement with high-performing programmable networks ramps up globally, Ericsson is meeting related future needs through a significant product portfolio boost.

Ahead of Mobile World Congress (MWC) 2025 in Barcelona, the company is introducing innovative new radios, antennas, and open fronthaul solutions called RAN Connect designed to empower communications service providers (CSPs).

With its enhanced portfolio, Ericsson is set to offer 130 radio products supporting open and programmable networks during 2025, outpacing the competition. These products will make up more than two thirds of the company’s deliveries this year, providing CSPs with the programmability and future-proof network evolution necessary to stay ahead in the industry.

Programmability leverages Ericsson’s many-core architecture and extensive sleep modes within Ericsson Silicon to implement intents such as energy savings without compromising customer experience.

The portfolio enhancements are led by the flagship product, AIR 3266, a wide-band TDD (Time Division Duplexing) Massive MIMO (Multiple Input, Multiple Output) radio with 400W output power in an ultra-slim design.

AIR 3266 boosts spectral efficiency and uplink performance, while reducing energy consumption by up to 30 percent and embodied carbon footprint by up to 50 percent. It is powered by the latest Ericsson Silicon and features 32-branch transceivers.

Ericsson is also introducing RAN Connect, a set of transformative, open fronthaul solutions that maximize scalability and efficiency. They allow CSPs to aggregate radio traffic, unlocking the full potential of modern RAN Compute capabilities, and reinforces Ericsson’s leadership in next-generation RAN evolution.

Key products include RAN Connect 6381, an all-outdoor solution supporting 600Gbps capacity with high scalability and efficiency; RAN Connect 6682, a high capacity fronthaul solution with up to 1.2 terabits per second (Tbps) throughput, ideal for large-scale deployments; and RAN Connect 6681, a versatile 600Gbps indoor option optimized for a wide range of interface configurations.

Mårten Lerner, Head of Product Area Networks at Ericsson, says: “With 5G expected to carry 80 percent of total mobile data traffic by the end of 2030, we see an industry need for 5G equipment that strikes the perfect balance between superior performance, best-in-class TCO, and unmatched sustainability. The ultra-light radios simplify deployment, and the interleaved antennas optimize site usage by integrating multiple M-MIMO frequency bands.

“With cutting-edge hardware designs, we are reducing costs and maximizing efficiency for our customers as they evolve their architectures to deliver high-performing programmable networks that cover all connectivity needs,” Lerner adds. “Sustainability is also central to every solution, leveraging energy-efficient designs, recyclable materials, and passive cooling to meet Net Zero targets. These advancements embody the artistry of network evolution.”

Next-generation radios

The portfolio is further enhanced with more radios, including:

  • AIR 3285: a dual-band FDD Massive MIMO radio that offers up to four times higher uplink capacity than traditional 4 transceiver solutions. Field measurement also shows that FDD M-MIMO supports offloading of TDD mid-band and FDD low-band, enhancing overall network performance. Weighing only 30kg, this radio is the lightest in its class, resulting in easier and less time-consuming installation. It reduces energy consumption by 30 percent and has a 40 percent smaller embodied carbon footprint. 
  • AIR 6494 and AIR 3265: AIR 6494 is a next-gen wideband TDD Massive MIMO radio with 64-branch wideband transceivers and 480W output power. It cuts energy use by up to 30 percent. The next-gen AIR 3265 is an ultra-light, ultra-slim 32-branch radio that offers high EIRP (Effective Isotropic Radiated Power), 25 percent energy savings, and 30 percent reduced embodied carbon. Both radios are powered by Ericsson Silicon.
  • Radio 4451HP and Radio 4491: Advanced FDD radios that set new standards for performance, efficiency, and sustainability.  Radio 4451HP is compact and wideband, reducing size, weight, and energy use by 20 percent, and cutting embodied carbon by 25 percent compared to its predecessor. Radio 4491 delivers 720W output power in a lightweight 30kg design, using 20 percent less energy and 40 percent less embodied carbon.

Ericsson is also introducing the following next-generation innovations:

  • Indoor Fusion Unit 8828: Enables gigabit speeds indoor 5G in one compact hardware solution for small and medium-size enterprises. The enhanced 8828 supports multiple operators, and offers double the coverage, extending up to 8,000 square meters (80,000 square feet), and can connect up to eight Radio Dots.
  • Interleaved Antenna 8001 and 8002: Combines low-band FDD with Massive MIMO TDD and FDD in a single antenna footprint for easy installation and reduced site rental costs, with upgradable interleaved passive antenna technology, full transparency, and modularity.
  • New Antenna System portfolio: Precisely engineered antennas to empower high-performing, energy-efficient networks. The new antennas enable superior coverage, 15 percent higher uplink throughput, and up to 29 percent reduced radio output power. The flagship Antenna 4818 achieves superior energy efficiency with electrical and beam efficiencies of up to 85 percent, combined with exceptional passive intermodulation (PIM) performance, enabling optimized FDD mid-band utilization, improved carrier aggregation, higher modulation and MIMO scheme use. It supports simplified and sustainable deployment thanks to best-in-class wind load, 37 percent lighter weight and 42 percent reduced embodied carbon footprint.
  • Power D620: This programmable Smart DC (Direct Current) distribution system enables efficient remote management of DC power, significantly minimizing the need for on-site interventions. Its dynamic energy slicing capability prioritizes critical services, ensuring extended uptime during critical network events. Also, the zero-watt sleep feature eliminates energy usage during radio sleep intervals, optimizing overall RAN energy efficiency.

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TRENDS IN AI COMPLIANCE INFLUENCING HOW GCC COMPANIES OPERATE

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Across the GCC, national growth strategies, with Saudi Arabia’s Vision 2030, the UAE’s National AI Strategy 2031, and Qatar’s national roadmap, place AI at the centre of economic diversification. McKinsey estimates AI adoption at roughly 84% across GCC organisations, with a potential $320 billion economic impact for the Middle East by 2030. As deployment accelerates, regulatory compliance is a defining factor separating ambition from sustainable scale. Shaffra, an AI research and applications company building autonomous AI teams for enterprises and governments, sees six clear shifts reshaping how companies operate.

1. Regulation is accelerating adoption in high-stakes sectors

Government entities, financial services, telecom, aviation, and large semi-government organisations are moving fastest. These sectors operate at scale, face strict efficiency mandates, and function under constant regulatory oversight. Healthcare and energy are advancing more cautiously due to safety and data sensitivity. In many cases, the more regulated the industry, the faster AI deployment progresses. However, rapid scaling also exposes governance weaknesses, particularly where documentation, ownership, and oversight mechanisms are underdeveloped.

2. Compliance is prerequisite for scale

Over the past year, 88% of Middle East CEOs have reported generative AI uptake. Today, organisations increasingly require audit trails, explainability, clear data lineage and residency controls, defined performance thresholds, and enforceable human oversight mechanisms. With one in four Middle East consumers citing privacy as a primary concern, compliance is being treated as a post-deployment validation exercise; it is a structural requirement for scaling AI responsibly.

3. Sovereign AI and data residency are shaping architecture

AI governance in the GCC is being influenced less by standalone AI laws and more by data protection and cybersecurity frameworks. The UAE’s federal data protection law, Saudi Arabia’s PDPL under SDAIA, and Oman’s PDPL reinforce lawful processing and cross-border controls. In highly regulated sectors such as banking, healthcare, energy, and telecommunications, data residency and local control over models are strategic imperatives. Sovereign AI is evolving from a policy ambition into an operational requirement affecting infrastructure, vendor selection, and system design.

4. Human accountability is being reasserted

When organisations deploy AI without defining who owns the decision, when human escalation is required, and what the system is permitted or restricted from doing, they create either over-reliance or under-utilisation. Without clearly defined ownership and documented review controls, accountability weakens and regulatory exposure increases.

For instance, DIFC reinforces responsible AI use in personal data processing. High-impact decisions involving legal standing, fraud, employment, healthcare guidance, or public sector determinations that affect citizens need to involve human oversight, while AI handles speed, consistency, and automation of repetitive tasks. High-impact decisions should involve accountable human oversight.

5. Governance maturity slows deployment activity

Many organisations are AI-active but still developing governance maturity. Common governance gaps are structural rather than technical. Multiple pilots often run in parallel, tool adoption is fragmented, and accountability is split across IT, legal, risk, and business functions. Growing enterprises often lack a central AI governance owner, a comprehensive use-case inventory, consistent vendor and model risk assessment, and formal escalation protocols. Policies may exist at the board level, yet it is not consistently embedded into day-to-day operations. Addressing this gap requires governance to be built into workflows from the outset.

6. Continuous auditing is discipline

Studies indicate that a majority of ML models degrade over time, through model drift, hidden bias, or misuse vulnerabilities. Initial audits frequently reveal undocumented use cases, weak access segmentation, insufficient logging, and unclear review protocols. Effective governance requires compliance with international and local data residency rules, structured risk tiering, data lineage validation, access controls, bias testing, performance benchmarking, and defined incident response procedures. High-impact systems warrant quarterly reviews supported by continuous monitoring, while lower-risk applications still require periodic reassessment. Governance is increasingly measured through evidence rather than policy statements. Boards are asking for dashboards, logs, and audit artefacts — not policy PDFs.

Governance is being considered as part of AI infrastructure. Compliance frameworks are evolving into operational architecture embedded within systems, workflows, and accountability models. The organisations that will lead in the GCC are those that design governance at the same time they design capability, ensuring AI scales with discipline rather than risk.

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PNY ANNOUNCES STRATEGIC PARTNERSHIP WITH F5 TO ACCELERATE THE ADOPTION OF SECURE, HIGH-PERFORMANCE INFRASTRUCTURE IN EMEA

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PNY Technologies, a leading distributor of technology solutions and long-standing NVIDIA partner, today announced a partnership with F5, the global leader in delivering and securing

This agreement aims to strengthen access for enterprises across the EMEA region to advanced solutions designed to optimise, secure, and accelerate applications and IT infrastructures.

As AI adoption continues to accelerate, performance, data flow management, and application security are becoming critical priorities. Through this partnership, the F5 Application Delivery and Security Platform (ADSP) will complement PNY’s AI Factory ecosystem by providing advanced capabilities for traffic management, application security, and performance optimisation across on-premises, cloud, and hybrid environments.

PNY will leverage its technical expertise, partner network, and logistics capabilities to facilitate the deployment of F5 ADSP solutions for enterprises, system integrators, and service providers throughout the region.

“Collaboration between PNY, a specialist distributor of NVIDIA AI Factory solutions across the EMEA region, and F5 represents a major step forward for AI-dedicated infrastructure,” said Laurent Chapoulaud, VP Marketing at PNY. “Together, we optimise GPU environments through accelerated data flows and enhanced application security. This synergy between infrastructure and intelligent traffic management enables the deployment of AI architectures that are high-performance, resilient, and scalable.”

“This partnership brings together complementary strengths that directly benefit our partners and customers,” said Nasser El Abdouli, Regional VP EMEA Channel Sales, F5. “PNY’s longstanding partnership with NVIDIA, combined with F5’s growing AI-focused application delivery and security offerings, allows us to help partners capably respond to the rapidly increasing demand for secure and scalable AI infrastructure across EMEA.”

Through this collaboration, PNY and F5 aim to support enterprises in their strategic initiatives related to hybrid multicloud, cybersecurity, and application performance optimisation, while simplifying access to next-generation technologies.

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MIDDLE EAST CONFLICT DRIVING A SURGE IN SCAMS, DEEPFAKES, AND GOVERNMENT IMPERSONATION

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Cybercriminals don’t wait for the dust to settle. As conflict escalates across the Middle East, a parallel threat has emerged targeting ordinary people through their inboxes and social media feeds.

On 4 March, the UAE Ministry of Interior warned the public about fraudulent emails impersonating government emergency services, falsely claiming that residents must complete a mandatory registration form to receive state support or insurance coverage. The emails bore hallmarks of official government communications, making them convincingly deceptive. They are designed to exploit fear, urgency, and the instinct to comply with perceived authority. These messages are already circulating.

Alongside financial scams, verified fact-checkers have identified AI-generated and mislabelled footage circulating online as supposed evidence of attacks in the UAE. This includes video from Bahrain that was picked up by international media outlets and incorrectly broadcast as a Dubai drone strike. Fabricated videos of the Burj Khalifa collapsing, AI-generated missile strike imagery, and decade-old footage repackaged as current events have also circulated widely. In another example, a supposed “before and after” satellite image of Dubai showing smoke rising over the city was mislabelled — the image was actually from Sharjah, the neighbouring emirate. In many cases, the content spread faster than the corrections. Dubai Police have warned that sharing unverified information can carry criminal penalties under UAE law, including fines of no less than AED 200,000. Despite these warnings, the flow of misleading content has not slowed.

KnowBe4 warns patterns observed during previous conflicts and crises, including the war in Ukraine and the COVID-19 pandemic, the public should also expect charity and donation scams exploiting humanitarian concern, phishing emails disguised as embassy or government alerts, and deepfake imagery engineered to provoke fear or spread disinformation.

Dr. Martin Kraemer, CISO Advisor at KnowBe4 said, “Crises are the most reliable recruitment tool bad actors have. When people are frightened and searching for information, they are not necessarily looking for the truth. They are looking for confirmation of what they already fear. That is exactly what scammers and disinformation actors exploit. What we are seeing right now, fake government emergency emails, mislabelled footage, AI-generated imagery, is not random. It is targeted, and it is designed to exploit the gap between what people feel and what they know. The antidote is not panic. It is discipline: pause, question the source, and go directly to official channels before acting on anything. That’s precisely how governments and organizations are educating people to react in stressful situations.”

What the Public Can Do Right Now

KnowBe4 urges residents, travellers, and anyone following events in the region to apply the following principles:

  • Treat urgency as a warning sign. Any message that pressures you to act quickly, register now, donate immediately, confirm your details before midnight, is likely designed to stop you thinking clearly.
  • Verify before you share. Before forwarding footage or information, check whether it has been verified by a reputable news outlet or official source. Reverse image searches take seconds and can prevent significant harm.
  • Go directly to official sources. If you receive communications claiming to be from a government ministry, embassy, or emergency service, navigate directly to their official website rather than clicking any link in the message.
  • Question what you see. AI-generated imagery has reached a level of quality where video alone is no longer reliable evidence. Look for verification from multiple credible sources before drawing conclusions.
  • Report suspicious communications. In the UAE, suspected scam emails or messages should be reported to the relevant authorities. Do not engage with the sender.
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