Cell towers in 16160
16160 has 217 known cell sites. The densest carrier is SFR with 57.
Nearest sites
| Operator | Generation | Distance | Bearing | Source |
|---|---|---|---|---|
| Free Mobile | LTE · 3 sectors | 758 m | 85° E | Verified |
| Free Mobile | NR · 3 sectors | 758 m | 85° E | Verified |
| Free Mobile | LTE · 3 sectors | 758 m | 85° E | Verified |
| Orange | UMTS · 3 sectors | 758 m | 85° E | Verified |
| Orange | LTE · 3 sectors | 758 m | 85° E | Verified |
| Orange | LTE · 3 sectors | 758 m | 85° E | Verified |
| Orange | LTE · 3 sectors | 758 m | 85° E | Verified |
| Orange | LTE · 3 sectors | 758 m | 85° E | Verified |
| Orange | NR · 3 sectors | 758 m | 85° E | Verified |
| Orange | NR · 3 sectors | 758 m | 85° E | Verified |
Map
Carrier breakdown
| Operator | Sites | Share |
|---|---|---|
| SFR | 57 | 26.3% |
| Bouygues Telecom | 56 | 25.8% |
| Orange | 53 | 24.4% |
| Free Mobile | 51 | 23.5% |
This page lists the known cell sites in 16160 in New Aquitaine, France. Positions come from ANFR, the regulator — these are surveyed, verified locations, not estimates.
Density here is about 7.7 sites per km², below the national average for this type of area (7.9/km²).
Altogether these sites report 627 sectors, averaging about 2.9 sectors per site.
99.5% of these sites report more than one sector, pointing to multi-directional antennas rather than omnidirectional coverage.
The largest gap between neighbouring sites is about 0 m — worth knowing if you're hunting for signal nearby.
20.7% of known sites report 5G, above the national figure of 16.2%.
All 217 known sites here come from a regulator-verified source (ANFR).
The most common frequency bands here are 900, 2100, 700 MHz, out of 7 distinct bands reported in total.
The nearest known site to the centre of 16160 is 758 m away, run by Free Mobile.
4 operators are known here. Ranked by site count: SFR (57, 26.3%), Bouygues Telecom (56, 25.8%), Orange (53, 24.4%), Free Mobile (51, 23.5%).
SFR leads with 26.3% of known sites, 0.5 percentage point ahead of second-placed Bouygues Telecom.
By network generation: 61.8% 4G LTE, 20.7% 5G, 10.1% 3G UMTS, 7.4% 2G GSM.
82.5% of sites here run LTE (4G) or newer technology.
ANFR's data here was last refreshed in September 2026.
Frequently asked questions
- How many cell towers are in 16160?
- 217 known cell sites are mapped in 16160, from ANFR's verified data.
- Which carrier has the most sites in 16160?
- SFR, with 57 sites (26.3% of the known total).
- Is there 5G in 16160?
- 20.7% of known sites in 16160 report 5G, based on the latest observations.
- Are these positions accurate?
- Largely, yes — these come from ANFR's own regulator survey, not a community estimate, though positions can still lag real-world changes until the next update. See /data-sources for the source and licence per country.
Nearest known site is close — a booster may help
A signal booster amplifies an existing signal; it can't create one from nothing. With a known site this close, one of these is worth considering.
weBoost
Home and vehicle cell signal boosters, carrier-agnostic.
See productSureCall
Signal boosters sized by square footage, DIY install.
See productCel-Fi
Carrier-specific boosters, higher gain for a single network.
See product
Nearby places
- Cell towers in 16710 (3.2 km)
- Cell towers in 16340 (3.5 km)
- Cell towers in 16000 (3.8 km)
- Cell towers in 16800 (5.3 km)
- Cell towers in 16430 (5.4 km)
- Cell towers in 16730 (6.1 km)
- Cell towers in 16470 (6.6 km)
- Cell towers in 16600 (7.6 km)
- Cell towers in 16400 (7.7 km)
- Cell towers in 16590 (8.4 km)
- Cell towers in 16570 (13.1 km)
- Cell towers in 16290 (13.9 km)
- Cell towers in 16410 (13.9 km)
- Cell towers in 16440 (14.1 km)
- Cell towers in 16170 (14.6 km)
- Cell towers in 16560 (17 km)
- Cell towers in 16330 (17.7 km)
- Cell towers in 16110 (18.2 km)
- Cell towers in 16230 (18.3 km)
- Cell towers in 16250 (18.4 km)
- Cell towers in 16220 (19.7 km)
- Cell towers in 16120 (19.7 km)
- Cell towers in 16380 (22.8 km)
- Cell towers in 16720 (24.4 km)
Data source: ANFR — Licence Ouverte 2.0. See all sources.