Three Tracks for 6G: Standards, Spectrum, and Orbit

In one line: On standards, 3GPP sets the cadence and China holds 40.3% of core 6G patents; on spectrum, WRC-27 will be held in Shanghai in 2027 (the first time the conference goes to China); on satellites in orbit, Starlink has 11,129 while China's two LEO constellations total 437 — a gap of roughly 25×. Three tracks, three different positions.

1. Separate the three tracks first

The phrase "the 6G race" actually bundles three different things:

Conflating the three is the fastest way to reach opposite conclusions. We take them one at a time.

2. Standards: the 3GPP release cadence

The 5G-to-6G progression is continuous in 3GPP's Release numbering:

How to read it: Rel-20 is the dividing line — from that release onward, "6G studies" formally enter 3GPP's scope; Rel-21 moves into specification work.

On the ITU side:

• ITU-R IMT-2030 Framework (Recommendation M.2160) — defines the six 6G scenarios
• IMT-2030 technical performance requirements — reached
• ITU 6G timeline: technical proposals 2029 / specifications 2030

China's position on the standards track:

• 40.3% of core 6G patents — first globally (US 35.2%, Japan 9.9%)
• By company: Huawei 15.7%, ZTE over 12%
• 38 experts serving as chairs and vice-chairs of ITU-R advisory groups, study groups and working parties
• Over 300 key 6G technology reserves, now in the "technical solution trial" stage (the second of three phases)
• China's roadmap: first version of the international standard completed in 2029, commercial scale around 2030 — aligned in direction with the ITU timeline

⚠️ The patent and technology-reserve figures above (tbm-107/108/109/110) are public disclosures relayed through official media; the original full reports were not obtained. Confidence B.

3. Spectrum: Shanghai, 2027

WRC-27 will be held in Shanghai from 11 October to 12 November 2027 — the first time the conference is hosted in China.

Two agenda items directly relevant here:

China's preparatory moves:

• 2023 Radio Frequency Allocation Regulations: 6425–7125 MHz allocated to IMT, including 5G/6G
• May 2026: MIIT granted a 6 GHz band licence for 6G trial use (reported as a world first)
• ITU-R WP5D 8th meeting (27 May – 5 June 2026, Geneva): drafting the Guidance on Evaluation of IMT-2030 Radio Interface Technologies
• Asia-Pacific preparatory process: APG27-1 (June 2024, Shanghai) · APG27-2 (July 2025, Pattaya)

Item 1.13 deserves separate attention: it moves direct-to-device satellite connectivity from commercial practice into frequency allocation — meaning the relationship between satellite and terrestrial networks is shifting from coexistence toward institutionalised spectrum sharing.

4. Orbit: a different position

Two comparisons:

• In orbit: 11,129 vs 437 → roughly 25×
• Planned scale: 42,000 vs 28,000 → roughly 1.5×

That contrast is itself the information: the gap lies mainly in what has actually been launched, not in stated plans. A 1.5× gap in plans alongside a 25× gap in orbit tells you the difference is in deployment cadence — which depends on launch capacity, spectrum/orbit filings, and funding rhythms rather than on plans alone.

On the demand side: 4,517 satellites reached orbit globally in 2025 — a record, about 4× the 2020 figure.

⚠️ Source and basis note: the in-orbit figures come from third-party public catalogues (built on public satellite orbital elements), not from government or international-organisation releases. Confidence B. Catalogue sources differ (e.g. China SatNet GW shows 186 in one July 2026 catalogue and 199 in September 2026). Always cite the source and date.

Also: the UCS Satellite Database has not been updated since May 2023 (then ~7,560 satellites in service) — check timeliness before citing it.

5. The three tracks together

A boundary that must be stated: the three tracks are not equal in data availability — standards and spectrum have official documents (L1/L2), while in-orbit counts depend on third-party public catalogues (L3, confidence B). So the table above is a factual juxtaposition, not a composite score. Adding three different units into a single "who is winning" is the most common distortion in this subject area.

Sources

Data floor: figures are drawn from public government / international organisation / official standards body sources; in-orbit satellite data come from third-party public catalogues (built on public orbital elements), downgraded and labelled with their original basis.

Level key: L1 = government / international organisation; L2 = international standards body / state think-tank; L3 = industry association / corporate self-disclosure / official-media citation / third-party public-data re-processor (grey — original source must be named); L4 = commercial data vendor / self-media (prohibited by project policy).

Data current as of 2026-10-10. Each record is retrievable by record ID via the site's data index or the MCP endpoint.