5G city page

5G towers in Corydon, IN

These are the sites in Corydon where at least one carrier reports 5G NR in crowdsourced cell observations.

6 5G-capable sites

Sites with NR reported on at least one carrier

3 Carriers

Distinct brands showing NR or LTE here

5 Approximate nodes

Crowdsourced-only sites still matter in dense markets

Indiana State

Primary browse parent

Sites on this route

Ranked tower detail pages for this browse surface, using the same utility-first layout across ZIP, state, county, carrier, and 5G pages.

Corydon, IN

Crowdsourced only

Approximate cell site near Corydon, IN

Crowdsourced cell site with 3 carrier presences. Approximate OpenCelliD-only site clustered from 12 cell observations across 216 crowd samples within 1000 meters. Confidence: high. No FCC ASR structure matched inside the 200 meter join radius.

Approximate location near Corydon, IN 47112

Unknown height Crowdsourced cell site Unknown / crowdsource-derived
AT&T T-Mobile Verizon
5G NR LTE

Corydon, IN

Crowdsourced only

Approximate cell site near Corydon, IN

Crowdsourced cell site with 2 carrier presences. Approximate OpenCelliD-only site clustered from 3 cell observations across 51 crowd samples within 1000 meters. Confidence: high. No FCC ASR structure matched inside the 200 meter join radius.

Approximate location near Corydon, IN 47112

Unknown height Crowdsourced cell site Unknown / crowdsource-derived
AT&T T-Mobile
5G NR LTE

Corydon, IN

Crowdsourced only

Approximate cell site near Corydon, IN

Crowdsourced cell site with 2 carrier presences. Approximate OpenCelliD-only site clustered from 4 cell observations across 31 crowd samples within 1000 meters. Confidence: medium. No FCC ASR structure matched inside the 200 meter join radius.

Approximate location near Corydon, IN 47112

Unknown height Crowdsourced cell site Unknown / crowdsource-derived
AT&T T-Mobile
5G NR LTE

Corydon, IN

Crowdsourced only

Approximate cell site near Corydon, IN

Crowdsourced cell site with 2 carrier presences. Approximate OpenCelliD-only site clustered from 8 cell observations across 66 crowd samples within 1000 meters. Confidence: high. No FCC ASR structure matched inside the 200 meter join radius.

Approximate location near Corydon, IN 47112

Unknown height Crowdsourced cell site Unknown / crowdsource-derived
AT&T T-Mobile
5G NR LTE

Corydon, IN

Crowdsourced only

Approximate cell site near Corydon, IN

Crowdsourced cell site with 2 carrier presences. Approximate OpenCelliD-only site clustered from 6 cell observations across 89 crowd samples within 1000 meters. Confidence: high. No FCC ASR structure matched inside the 200 meter join radius.

Approximate location near Corydon, IN 47112

Unknown height Crowdsourced cell site Unknown / crowdsource-derived
AT&T T-Mobile
5G NR LTE

Corydon, IN

ASR matched

Corydon 129.5 ASR-1203623

129.5 with 2 carrier presences. Joined to nearby OpenCelliD cells within 200 meters of the FCC structure. Closest matched cell was 92 meters away.

3088 Old Hinz Road

122 ft 129.5 Don
AT&T T-Mobile
5G NR LTE

5G-capable carrier presence in this city

Counts below only include sites in this city that report 5G NR somewhere in the carrier stack.

T-Mobile 6 5G sites

Related routes

Keep drilling down into the adjacent browse pages that give this route more context.

What this page is for

Each route should justify itself as a useful lookup page, not just another filter state.

5G coverage

Where 5G actually shows up in this city

These pages list the sites where crowdsourced observations report 5G NR, with links back to ZIP, county, state, and carrier views.

Observed 5G NR sites

Truthfulness

5G presence is inferred from the cell layer

Crowdsourced observations show where 5G NR has been seen, not rooftop-level certainty. Treat this as a strong signal rather than a guarantee.

Signal, not certainty

Weak 5G?

Distance and band explain most weak 5G

If 5G feels spotty, check how far away the nearest NR-reporting site is. Mid-band and high-band 5G fade much faster with distance than LTE.

Range varies by band