only getting 3g inside office building sprint

ONLY GETTING 3G INSIDE OFFICE BUILDING SPRINT FULL

Picocells for homes and small offices: AT&T Microcells Small cells are also perfectly suited for use in buildings because they solve both the coverage and capacity issues, and can be deployed quickly and are inexpensively. They're often used outdoors to add capacity in high-density areas where a lot of people congregate, such as stadiums and amphitheaters. Small cells are exactly what you likely think they are: small cellular base stations designed specifically to add additional capacity over small coverage areas. Since the BTS is supplied by the wireless service provider and requires that they run their own leased fiber to the building, this solution is very expensive.Ī less expensive way and much quicker to add additional in-building capacity is by using small cells.

ONLY GETTING 3G INSIDE OFFICE BUILDING SPRINT FULL

One way to add capacity is by placing a Base Transceiver Station (or BTS, essentially the same as a full cell tower) inside the building and distributing the signal using a Distributed Antenna System (DAS). Once the number of occupants in a building exceeds a certain number, additional capacity is needed to accommodate them. But repeaters don't address capacity issues they simply take the wireless signal available outside the building and make it available indoors. One way to address in-building wireless coverage is by using cell phone repeaters. Even if there is some wireless coverage within the building from the outside cell towers, it often won't provide enough capacity for everyone in the building. Even if there is only one wireless user in the building, they might not be able to make a call due to lack of signal coverage.īut of course, there usually isn't just one person in a building there may be hundreds or even thousands. Wireless signals can have difficulty penetrating building exteriors, especially large office towers, which are made of steel, concrete and often utilize energy-saving windows. This leads to two problems: coverage and capacity. The one with the best signal in your area will be the best choice.While most cell towers are outside, most mobile phone calls today are made inside buildings. So, the best thing is to check 4G/5G signal near you. The best networks for you will be the ones with the lowest frequencies in your area.īut you can still get good indoor signal if you’re near a transmitter with high frequencies. Three come in second place with 484+ UK towns and cities and great coverage in them, O2 are third with 750+ locations with 5G and good coverage, while Vodafone sit in last with 141+ locations and weaker coverage.Įvery network will have some data signal near you at either 2100 MHz, 1800 MHz or 800 MHz.

They claim to cover 317+ UK towns and cities with 50% coverage in those locations, but they have many more live locations than they claim. Vodafone and Three also have great 4G signal, but O2 have the least widespread 4G of all networks.įor 5G, again, EE are in first place. While this doesn’t make it better at getting through building materials, you have to be in signal range in the first place to be connected at all.ĮE have the most widespread 4G signal, so you have the best chance of getting 4G with them. It’s good to know which networks offer the best 4G/5G signal.

Only getting 3g inside office building sprint