The 6G Standards Race: Key Takeaways from the 2026 ITU Meetings
The ITU’s 2026 sessions have finalized the foundational specifications for 6G. We analyze the move toward Terahertz frequencies and the 'Network as a Sensor' architecture.
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The ITU’s 2026 sessions have finalized the foundational specifications for 6G. We analyze the move toward Terahertz frequencies and the 'Network as a Sensor' architecture.
By April 2026, the 6G standard is being finalized. We explore the 1Tbps speeds, Terahertz frequency challenges, and why 6G is the backbone of the next industrial revolution.
With the first 6G pilot networks launching in Seoul, Singapore, and Saudi Arabia's 'NEOM,' 2026 has provided a glimpse into the sub-terahertz future. We explore the 100Gbps breakthroughs and how 'Sensing-as-a-Service' is redefining the smart city.
The 3GPP has released the first working draft for 6G (Rel-20). We break down the terahertz speeds, AI-native air interface, and the road to 2030.
As 6G standards take shape in March 2026, the focus has shifted from simple 'speed' to a fully integrated 'network-as-a-sensor' model.
With sub-THz frequencies hitting 100Gbps, we analyze the 6G pilot projects in Korea and Japan, the role of $AVGO/$QRVO, and the death of low-latency lag.