Mint Coverage Near ZIP 89523 — 114 Sites
Evidence suggests Mint is well-served in Reno, NV 89523.
Signal and area summary
Sites and spectrum bands
Sites can support more than one band. Spectrum presence indicates capability, not a promise of service, speed, or indoor reception.
How this coverage rating is built
FCC infrastructure: 0 grouped sites from 0 cellular license records.
OpenCellID: 114 grouped crowdsourced sites from 114 database records.
FCC BDC: 848 distinct nearby filing cells inform the carrier-reported area percentages when available. The visible map layer defaults to 5G-NR; the summary percentage considers any technology available in the local filing data.
Rating: The evidence grade blends site density/proximity, crowdsourced signal when present, and carrier-filed coverage. Missing sources are excluded rather than treated as zero.
Limitations: Estimated signal uses free-space path loss and cannot fully model terrain, foliage, building materials, congestion, maintenance, or device differences.
Mint runs on T-Mobile's cellular network and is owned by T-Mobile. This page therefore uses T-Mobile infrastructure and coverage evidence; plan terms, prioritization, and device support can still affect a Mint customer's experience.
How Mint Compares Near Reno, NV 89523
Side-by-side evidence for other carriers at this location, ranked by each carrier's best available signal value.
About Mint Coverage Near Reno, NV 89523
Evidence suggests Mint is well-served in Reno, NV 89523. Our analysis combines FCC cellular license records, crowdsourced OpenCellID observations when available, and carrier-filed FCC BDC coverage. Within 5 miles of Reno, NV 89523, those sources resolve to 114 grouped T-Mobile sites; the nearest is approximately 0.77 mi away.
Where a crowdsourced reading is unavailable, signal is estimated with Free-Space Path Loss (FSPL) and FCC-registered or band-typical effective radiated power (ERP). The best available site value is -51.0 dBm. It is a planning estimate, not a promise of device-level or indoor performance.
We found 68 sites with high-band spectrum. This indicates potential capacity, but spectrum records alone do not confirm active 5G service or speed.