Who owns 6G IP: The enduring value of foundational wireless innovation

What you should know:

• Recent 3GPP developments indicate that core 5G technologies including OFDM-based waveforms, scalable numerology, the NR frame structure, advanced coding techniques, modulation and MIMO remain central to the emerging 6G baseline. Many of these foundational technologies are areas where Qualcomm led the development of key innovations and holds the strongest IP ownership.
• The key takeaway is that 6G should not be viewed as a reset of the cellular innovation landscape. New innovations will continue to emerge, but many of the foundational 5G technologies pioneered by Qualcomm will continue to enable future 6G performance, efficiency and scalability.

Our broader vision for 6G frames this evolution around three building blocks: connectivity, computing and sensing:

1. Connectivity remains the core function of the wireless system.
2. Computing becomes increasingly important as networks evolve into AI-native infrastructure capable of processing data and supporting AI workloads.
3. Sensing introduces a new dimension, using RF signals and network intelligence to understand the physical environment in ways that can support new services and business models.

As Cristiano Amon described at MWC 2026, 6G is being designed as the wireless technology for "AI everywhere," with AI changing devices, experiences, networks and the way users interact with computing systems.

This framing puts 6G in the right strategic context - it's not simply "more capacity" or "faster 5G," but an AI-native, end-to-end system expected to support a broader ecosystem of AI agents, smart glasses, connected vehicles, industrial devices, robots and other edge devices that generate and consume large amounts of contextual data. These use cases will drive new requirements for uplink capacity, low latency, consistency of experience, energy efficiency and coverage.

At the same time, the latest 3GPP Release 21 milestones show that the connectivity layer of 6G continues to build directly on the 5G NR foundation. Many of the foundational choices introduced in 5G continue to shape the emerging 6G baseline, including technologies to which Qualcomm has been a significant contributor - OFDM-based waveforms, scalable numerology, the NR frame structure, LDPC coding for data, Polar coding for control, NR's modulation and Multiple Input Multiple Output (MIMO) technologies. Innovation is being applied in targeted areas where measurable gains can be demonstrated, such as uplink performance, wider bandwidths, modulation enhancements, coding efficiency, coverage and energy efficiency.

From a Cellular Standard-Essential Patent (SEP) perspective, this distinction is especially important. While 6G may ultimately be described through three pillars, connectivity is the pillar most directly tied to standards-based cellular IP value. Computing and sensing may create important new use cases, services, architectures and business models. But when assessing SEPs, the central question remains whether patented technologies are essential to the standardized connectivity functions that allow devices and networks to communicate.

That is why it is important to recognize that many foundational 5G connectivity technologies are carried forward into 6G. Foundational innovations do not become irrelevant simply because the industry moves from 5G to 6G. In many cases, they become the platform on which the next generation is built.

This is particularly relevant for technologies that determine how spectrum is used, signals are transmitted, data is encoded, coverage is improved, uplink performance is enhanced and devices maintain reliable connectivity under demanding conditions. These are central to whether 6G can support AI-driven experiences at scale.

6G will bring meaningful new capabilities for the AI age. But its success will still depend on high-performance, efficient, reliable and standardized connectivity. That is why Qualcomm's long-term investment in fundamental wireless research and its strong, high-quality connectivity IP remain central to architecting 6G for the AI era.

Qualcomm will therefore continue to lead in foundational 5G and 6G connectivity technologies and the IP associated with them.

Go Deeper

Does the shift to 6G reset the value of standards-essential connectivity IP?

No - the transition is a continuation, not a clean break. The core connectivity technologies that define 5G (waveforms, numerology, frame structure, coding, modulation and MIMO) continue to shape the 6G baseline, and these are precisely the areas where we led development and hold the strongest IP. The connectivity innovations that created standards-essential value in 5G keep generating that value as the standard evolves - which is why foundational wireless innovation remains central to our licensing business and to the global standards that underpin it.

What do these foundational connectivity technologies ultimately make possible for users?

We're designing 6G as an AI-native system - "AI everywhere" - to support a wide range of edge devices and AI-driven experiences. But none of those capabilities are possible without the high-performance, reliable, standardized connectivity underneath, which is exactly what our long-term research and high-quality IP portfolio continue to deliver.