Telecom Industry Debates 6G Core Architecture

The 3GPP is currently evaluating 22 different architectural proposals to integrate AI into future 6G networks.

Updated on Oct. 20, 2026 in Artificial Intelligence

Isometric editorial illustration of a complex three-dimensional network structure with interconnected orbs and threads, representing technical core architecture.
The 3GPP is currently evaluating 22 architectural proposals to integrate artificial intelligence and integrated sensing into future 6G network standards. AI Illustration. Upload story photo >

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Industry consensus building is underway as the 3GPP reviews 22 proposed architectural variants for the future 6G core. These designs aim to move beyond existing 5G frameworks by introducing native artificial intelligence capabilities and integrated sensing.

Why it matters

Current 5G core capabilities are insufficient to meet the specific requirements of advanced AI-driven communications and sensing technologies. A standardized approach is necessary to ensure the infrastructure can support future high-performance network demands.

The 3GPP is evaluating 22 different architectural solution variants for the 6G core. Proposed features include AI-native control functions and the integration of the user plane function with edge computing for enhanced performance.

The players

3GPP

This global partnership project defines the architecture, components, and procedures for mobile telecommunications standards.

The details

The 3GPP process involves negotiating complex specifications to ensure that the 6G core operates as a standalone network at launch. Stakeholders are debating how to balance structural network changes with the need for specialized AI communications.

Timeline

  1. Potential 6G technology demonstrations are expected in 2028.

  2. First commercial 6G systems are projected for mid-to-late 2029.

The Tech Race

The transition to a 6G core marks a shift from the 5G core's centralized analytics function toward a fully AI-native network architecture. This move positions the telecommunications industry to replace legacy data processing with real-time, integrated sensing and AI capabilities.

The development of 6G architecture will eventually dictate the speed and reliability of future mobile connectivity for all users. These advancements aim to enable seamless high-bandwidth applications, though commercial availability is not expected until 2029.

The takeaway

The telecommunications industry is navigating a critical period of consensus building to define how AI will function within the next generation of global networks. Experts anticipate that specific architectural decisions will solidify in the coming months as the 3GPP continues its review process.

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