IMT-2030 (“6G”) Minimum Technology Performance Requirements for Radio Interface Technologies

Key Takeaways

• 20 performance requirements finalized, seven are brand‑new
• Six 6G usage scenarios guide the technical targets
• Draft to be approved by ITU‑R SG5 in Dec
• 3GPP will define 6G core and architecture separately
• Requirements emphasize sustainability, security, and digital inclusion

Summary

At the February 2026 ITU‑R WP 5D meeting in Geneva, the working party reached consensus on the technical performance requirements for IMT‑2030, the forthcoming 6G standard. The draft report defines 20 minimum performance requirements, including seven entirely new metrics, to evaluate radio interface technologies (RIT/SRIT). These requirements are mapped to six 6G usage scenarios—immersive communication, hyper‑reliable low‑latency, massive communication, ubiquitous connectivity, AI‑enabled communication, and integrated sensing‑communication. Formal approval is slated for the ITU‑R Study Group 5 meeting in December 2026.

Pulse Analysis

The International Telecommunication Union’s Radio Regulations (ITU‑R) has long served as the cornerstone for worldwide mobile standards, and its latest milestone marks a decisive step toward 6G. By codifying 20 technical performance requirements—seven of which are novel—the agency provides a common yardstick for evaluating candidate radio interfaces. This harmonized framework reduces fragmentation, allowing equipment manufacturers and network operators to align research and development efforts early, while giving regulators a clear reference for spectrum allocation and compliance testing.

The draft’s alignment with six distinct usage scenarios reflects the diverse ambitions of next‑generation connectivity. Immersive communication and AI‑native services demand ultra‑high data rates and low latency, while hyper‑reliable low‑latency communication targets mission‑critical applications such as autonomous transport and remote surgery. Massive communication and ubiquitous connectivity aim to support billions of devices, especially in underserved regions. By separating radio interface specifications from the 6G core network—reserved for 3GPP—the ITU‑R ensures that both layers can evolve in parallel, fostering innovation in hardware, waveforms, and spectrum efficiency without constraining architectural choices.

Beyond technical rigor, the requirements embed broader policy objectives: sustainability, security, and bridging the digital divide. Energy‑efficient operation and resilient design are now explicit performance criteria, encouraging manufacturers to prioritize low‑power hardware and robust protocols. As the draft moves toward formal adoption in December 2026, industry stakeholders can anticipate clearer investment signals, accelerated standard‑setting timelines, and a more coordinated global rollout of 6G services that promise economic growth and societal benefits.