MWC 2026: Telecom High-Stakes Bet on the ‘IQ Era’

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On March 2, Fira Gran Via in Barcelona will host the 20th edition of Mobile World Congress (MWC). This year, the global telecommunications industry is coming together to discuss more than just faster download speeds or new smartphones.

This edition marks a turning point for the industry, as it shifts from hardware-focused networks to intelligent, AI-driven infrastructure. The GSM Association (GSMA) has named this year’s theme “The IQ Era,” highlighting the move from just expanding bandwidth to building networks powered by AI and dynamic programming.

The organization structured the conference around six fundamental thought leadership themes: Intelligent Infrastructure, ConnectAI, AI 4 Enterprise, AI Nexus, Tech4All, and Game Changers.

EE Times will be on the ground covering these developments. We will be dissecting the technical realities behind the marketing gloss, specifically investigating how the convergence of distributed compute, sensory data, and silicon is rewriting the sector’s economic models.

The stakes are high. After last year’s event drew 109,000 attendees, the industry now faces pressure to show that its massive investments in 5G and data centers can finally pay off by making money from physical and agentic AI.

Clash of semiconductor approaches

For engineers and component makers, the main story at MWC 2026 is how semiconductor designs are becoming the foundation for 6G. There’s a strong debate between those who support general-purpose GPUs and those who prefer custom chips made for telecom.

Nvidia is arriving in Barcelona with the intent to disrupt the traditional vendor landscape. The company has introduced the “All-American AI-RAN Stack,” working with T-Mobile and defense partners to bring advanced AI into both hardware and software, helping manage the rapid growth of AI-driven traffic.

The company has executed a highly disruptive maneuver by open-sourcing its Aerial software on GitHub. By allowing researchers to bypass proprietary bottlenecks, Nvidia aims to accelerate the transition from prototyping to product development, especially for 6G.

“6G is being built from the ground up with AI at its core—unlocking extreme spectral efficiency, massive connectivity, and breakthrough applications,” said Ronnie Vasishta, senior VP telecom at Nvidia. “Working with industry leaders, we’ve created an AI-native wireless stack with advanced features to ensure that America will play an instrumental role in the journey to 6G.”

Contrastingly, Intel is focusing its narrative on the industry’s most pressing operational headache: power consumption. With AI workloads threatening to blow out energy budgets, Intel is showcasing its Xeon 6 processors with Efficient-cores, promising a 60% boost in energy efficiency. Intel is also teasing its “Crescent Island” data center GPU, optimized for inference workflows and air-cooled servers, signaling a commitment to the edge rather than just the centralized cloud.

At the same time, Qualcomm is moving beyond its role as a mere handset chipmaker. CEO Cristiano Amon wants the company to be a major player in data centers and physical AI, launching the AI200 and AI250 processors to compete with Nvidia in inference workloads.

Amon’s vision creates a new paradigm in which generative AI serves as the “universal user interface,” with Snapdragon processors orchestrating “always-sensing” networks that enable autonomous industrial robotics.

AI-native vs. software freedom

This split in chip strategies also shows up in the radio access network (RAN) market, where Ericsson and Nokia have taken very different approaches to AI. (EE Times will focus on this divide in our coverage during the week.)

Both companies are now working on leveraging their 5G investments while developing the new systems for the upcoming 6G networks.

Ericsson is doubling down on software independence. The Swedish infrastructure giant has made a calculated decision to avoid deep architectural reliance on Nvidia GPUs, favoring its own purpose-built silicon and an agreement with Intel to maintain control over its software stack and avoid vendor lock-in.

Ericsson unveiled its “Agentic rApp as a Service,” a solution hosted on AWS that is claimed to allow operators to optimize networks using natural language commands. Erik Ekudden, Ericsson’s CTO, dismissed the notion that the industry must pause for the next generation of standards. “There is no need to wait for 6G when it comes to AI,” Ekudden stated. “AI is here, both in the network and as a business opportunity.”

Nokia, on the other hand, has fully adopted the GPU approach. With a major $1 billion investment from Nvidia, Nokia is showing how networks can act as a distributed nervous system.

Nokia’s demonstration shows that regular communications and heavy AI tasks can run together on the same GPU setup. This is important for integrated sensing and communications (ISAC), where the network can act like a radar to spot drones or robot swarms without extra sensors.

Monetizing the programmable networks

Beyond the hardware wars, the business imperative for MWC 2026 is to find new revenue streams for cellular service providers (CSPs). 

Operators must embrace total network programmability to survive. The monetization of massive 5G capital expenditures relies entirely on transitioning away from flat-rate consumer broadband toward specialized, deterministic enterprise services.

The GSMA Open Gateway initiative, now in its third year, has matured from a concept into a scalable monetization engine, with APIs now covering 81% of global mobile connections. The focus has shifted from simple anti-fraud measures to “Quality-on-Demand” APIs that guarantee network performance for drone flights and industrial robotics.

T-Mobile US is going further by introducing Kinetic Tokens, a new way to make money from physical movement. As AI moves from just creating text to controlling things such as self-driving cars or logistics robots, networks need to provide extremely reliable connections.

John Saw, T-Mobile’s CTO, explained the lucrative potential of this shift: “When tokens move—when things move with AI—I think it gives telecom operators a license to play in a big opportunity with physical AI.” By using network slicing to tokenize physical motion, operators hope to unlock the enterprise value that eluded them during the initial 5G rollout.

Focusing on digital independence

But even amid all the global innovation, geopolitics remains a major topic. European companies such as Telefonica, Deutsche Telekom, TIM, Orange, and Vodafone are using the event to show the “Edge Continuum,” a network of edge computing nodes across Europe.

The initiative is explicitly designed to bolster digital sovereignty, offering a trusted alternative to the hyperscalers. “Our European Edge federation demonstrates that Europe is concretely building sovereign digital solutions,” noted Claire Catherine Chauvin, director of strategy architecture and standardization at Orange, highlighting the tension between reliance on American cloud providers and the need for regional autonomy.

“This federation proves that Europe is not just talking about digital sovereignty; we are building it,” said Christine Knackfuß-Nikolic, chief sovereign officer at T-Systems. “By uniting our networks and expertise, we are creating a secure, open, and trusted digital ecosystem made in Europe—for Europe’s digital future.”

A new horizon for 6G and AI

As MWC Barcelona 2026 begins, the telecom industry faces a major turning point. Moving into the IQ Era means rethinking the network as more than just a pipeline—it’s now a programmable, sensing, and computing platform.

“As March approaches, I’m excited to see the industry come together again in Barcelona,” said John Hoffman, CEO of GSMA, reflecting on the event’s evolution. “From Airport of the Future to our New Frontiers zone, there are so many exciting new elements to explore this year.”

Whether it’s the strength of GPUs or the efficiency of custom chips, the new infrastructure revealed next week will decide which companies make it through the shift from connecting people to managing machines.

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See also:

Nvidia’s $1 Billion Bet on Nokia to Rewire Global Telecom

At MWC, Intel Shows Xeon 6 Power for Telecom

China Sharpens Strategy in the Global 6G Race

6G Connectivity of Intelligence and Integration