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How do I find tower cell ID?

How do I find tower cell ID?

5. Network Cell Info Lite (for Android)

  1. Once you open the app, go to the “map” tab.
  2. Tapping on the tower will show you the tower’s identifiers.
  3. Although Network Cell Info Lite can give you a good indication of the tower direction, in our testing we found it to only be about 70% accurate.

How do I find my nearest cell tower?

1. Websites to Find Your Cell Tower Map

  1. CellMapper: Recommended. For finding towers in your area, Cellmapper.net probably provides the best and up-to-date information.
  2. OpenSignal.com. Recommended.
  3. Antenna. Search.com.
  4. CellReception. Good.

What is last cell ID?

Overview# CELLID (CELL ID or CID) is a generally unique number used to identify each Base Transceiver Station (BTS) or sector of a BTS within a location Area Code (LAC) if not within a GSM network.

What is location area code in GSM?

It is composed of a three decimal digit mobile country code (MCC), a two to three digit mobile network code (MNC) that identifies a Subscriber Module Public Land Mobile Network (SM PLMN) in that country, and a location area code (LAC) which is a 16 bit number with two special values, thereby allowing 65534 location …

How do I find my network tower?

You can also use different ways to find your nearest cellular tower as listed below.

  1. Tower maps.
  2. Power button.
  3. Find dead spots.
  4. Using Smartphone apps.
  5. Signal meters.
  6. Use phone antenna.
  7. Call a cell phone signal booster installer.

How do I find my area identity?

Location Area Identity. The Location Area Identity uniquely identifies a LA (Location Area) within any PLMN (Public Land Mobile Network). It is comprised of the MCC (Mobile Country Code), MNC (Mobile Network Code) and the LAC (Location Area Code).

What is the use of cell ID?

A GSM Cell ID (CID) is a generally unique number used to identify each base transceiver station (BTS) or sector of a BTS within a location area code (LAC) if not within a GSM network.

What is an eNB ID?

evolved NodeB IDentifier. Used to identify an eNodeB uniquely within a Public Land Mobile Network (PLMN). The eNB-ID can have either 20 bits or 28 bits. It is also comprised within the Global eNB-ID, which uniquely identi- fies an eNodeB globally.

What is a LAC GSM?

(Learn how and when to remove this template message) A GSM Cell ID (CID) is a generally unique number used to identify each base transceiver station (BTS) or sector of a BTS within a location area code (LAC) if not within a GSM network.

What is a cell in GSM?

A cell is a geographical area covered by the frequency emitted by a base station in a cellular network. The elements that transmit this frequency is called a cell site. Different channels are used between neighbor cells to avoid interference and provide quality of data transmission.

How are cell IDs used to find cell towers?

Cell ID is used to identify a base transceiver station within an area identified by LAC. A cell tower could have more than one (1) cell ID. You know a Cell ID, you know the location of a cell phone. You know more than 3 cell towers, you can pinpoint a cell phone.

What’s the radius of a GSM cell tower?

The radius of a GSM cell tower (a.k.a. base station, Base Transceiver Station) is said to reach up to 37.8 km (23.5 miles), but in reality this range is much lower due to reduced transmission power, smaller cell towers in urban areas, and terrain differences.

How to find out exactly which mobile tower your phone is?

Step #1 – Drive to the first nearby tower. Drive to the nearest cell tower from your building. You can often see this mobile tower from the roof of the building. In some countries, there are government maps showing you precisely where the cell towers are.

How does the cell tower Locator app work?

This CellTower Locator uses the location area code and CellID or SID/NID/BID to determine the location of your nearby cell phone towers. Each base station covers a certain area, the more cell towers in your area, the more accurate result it will return. So the density of cell towers will determine the accuracy.

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