Why Verizon’s CTO isn’t totally happy with the leading candidate to be 6G’s prime band
Dealer takeaway: “6G” headlines can sound far away, but spectrum decisions shape future coverage, indoor performance, and device roadmaps. The key point here is simple: higher frequencies usually struggle more indoors. Verizon’s CTO is already warning that the early 6G frontrunner—7 GHz—may face building-penetration challenges compared with 3.5 GHz mid-band. Dealers should treat this as a customer-education story: capacity vs coverage, and why indoor performance matters more than peak speed.
Why 7 GHz is the early frontrunner for 6G
The article says 7 GHz has been the most widely tested frequency for commercial 6G and is viewed as the leading candidate for 6G airwaves. It’s favored because it sits between:
5G mid-band (coverage + decent capacity)
mmWave high-band (very high capacity, shorter range, tougher indoors)
That “in-between” position suggests a balance: wide coverage range with plenty of capacity.
Verizon’s CTO: 7 GHz has indoor penetration challenges
Verizon Chief Technical Officer Yago Tenorio spoke at the Brooklyn AI-Native 6G Summit last week and said:
“7 GHz versus 3.5 GHz, not surprisingly, has some challenges in penetrating buildings.” —Yago Tenorio, Verizon CTO (Nov 2026)
The article explains that 3.5 GHz is considered mid-band and tends to penetrate houses and trees better than 7 GHz upper mid-band. It also generally covers more distance than 7 GHz.
The Verizon + Ericsson field test: why it matters
Last month, Verizon and Ericsson reportedly teamed up to make the first 6G call in the field. The test used pre-commercial equipment running on 7 GHz and was designed to evaluate:
Signal propagation
Indoor penetration of upper mid-band frequencies
To test indoor performance, the article says a small house was built with different windows and walls so the teams could measure how well 7 GHz signals penetrated under different construction scenarios.
What happens next: NTIA study and FCC auction decisions
The National Telecommunications and Information Administration (NTIA) is holding an event on December 10 to release a one-year study of 7 GHz. The study is expected to address:
How much 7 GHz spectrum can be cleared for commercial use
When it could become available
What it could cost to relocate government users
NTIA chief administrator Arielle Rot reportedly hopes that once the report is released, the FCC will quickly decide rules for an auction of 7 GHz spectrum.
Other 6G candidate bands being considered
Besides 7 GHz (7125 MHz–7400 MHz), the article says NTIA is also examining:
1.6 GHz (1675 MHz–1695 MHz)
2.7 GHz (2700 MHz–2900 MHz)
4 GHz (4400 MHz–4940 MHz)
Dealer playbook: how to use this story without overhyping 6G
1) Explain “coverage vs capacity” in plain English
Lower/mid-band: better range and indoor coverage
Higher bands: more capacity, but tougher indoors
2) Sell indoor performance solutions today
Even before 6G, customers struggle with indoor coverage and Wi‑Fi quality. Dealers can offer practical fixes:
Wi‑Fi Calling setup and verification
Mesh Wi‑Fi and router placement guidance
Signal troubleshooting and device settings checks
3) Set expectations: “6G band decisions take time”
Testing and spectrum clearing/auction timelines are multi-year processes. Treat this as a roadmap story, not a “6G is here” headline.
Relevant vendor resources (WDG Directory)
Internet Service Providers (home connectivity options and bundles)
Mobile Electronics (routers, mesh systems, signal accessories)
Business Services (managed services and support offerings)
Bottom line
7 GHz may be the early 6G frontrunner, but Verizon’s CTO is already highlighting a key issue: indoor penetration compared with 3.5 GHz mid-band. With NTIA’s 7 GHz study due Dec 10 and multiple other bands under review, the “prime 6G band” debate is still wide open—and indoor performance will be a deciding factor.
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