Student plans. Other plans. Shop all home solutions. LTE Home Internet. Fios TV. Prepaid overview. Shop all entertainment. Apple Arcade. Google Play Pass. Apple Music. YouTube TV. Financial services. Why Verizon. Why Verizon overview. Wireless coverage map. Network awards. Global coverage. Get more. Verizon Up. Device protection.
Verizon Cloud. Health discounts. Social impact. Support Support Support Close. Support overview. Mobile support overview. Account management. International trip planner. Order status. Download My Verizon App.
Community Forums. Home support overview. Fios Internet. No need to register! If you moved to a new address or bought a non-T-Mobile signal booster, visit Register a signal booster. Ensure the issue only happens when using the signal booster. Otherwise, follow signal issues on device. Check for an indicator light. Follow the setup video above for best results. If not, your location doesn't have any signal to boost. Unplug the power adapter from both units, wait a few minutes and then plug them in.
Test your phone without LTE enabled. New to T-Mobile? On this page: Set up a signal booster Register or update your signal booster location Troubleshoot issues with your signal booster. Verify power supply is plugged into the Window Unit and wall outlet correctly Verify there is power to the outlet by testing with another electrical device. Swap the power supply with the coverage unit to check if the power supply is defective.
Check the signal level on the handset may take minutes where the window unit is placed. The handset should show 1 solid bar of signal where the window unit is located.
Check the status light on the window unit. If it is flashing red or solid red, refer to those error steps. Wait for the light to stop flashing green.
Ensure window and coverage units are not placed close to a 5 GHz cordless phone, wireless router, or Wi-Fi device. This helps prevent in-home interference, which can impact the size of the coverage bubble and signal strength.
Verify a connection has been established. An alert will appear in your account when you're within minutes of your limit. If you reach your limit while on a call, you will be able to complete that call, but will not be able to make additional calls that month.
Free users and users on a HubSpot trial will not be able to complete the call if they run out of minutes while on a call. Calling minutes reset on the first day of each month. Calls made from the HubSpot mobile app will be made through your cell phone provider. Learn more about these changes to calling from the mobile app. Please note: while these features live in HubSpot, your legal team is the best resource to give you compliance advice for your specific situation. Please note: you must include the country code when dialing to or from a country supported by calling outside of the United States.
HubSpot will also dial the number set for the contact's Phone number property. If your contact does not have a value for this property, add a phone number. Please note: when using the Call from phone option, two calls are made: one to the first phone to set up the recording, and another to the second phone for the actual call.
This will double the amount of calling minutes used. Please note: if you stop recording during a call, none of the call recording will be saved.
Learn more about why your call recording may not save. The call will be logged to the contact's timeline, along with the call recording if you recorded the call. If you connected a third-party calling provider to HubSpot, learn how to make calls using the third-party provider.
If you're in the middle of a live chat or email conversation with a visitor in the inbox, you can access the calling tool directly from the reply editor so you can immediately connect with the visitor over the phone. Please note: you cannot use a third-party calling integration to make calls from the conversations inbox. You can view the call record within the thread and access the recordings.
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. One way to address in-building wireless coverage is by using cell phone repeaters.
But repeaters don't address capacity issues; they simply take the wireless signal available outside the building and make it available indoors. Once the number of occupants in a building exceeds a certain number, additional capacity is needed to accommodate them. 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. A less expensive way and much quicker to add additional in-building capacity is by using small cells.
Small cells are exactly what you likely think they are: small cellular base stations designed specifically to add additional capacity over small coverage areas. 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 also perfectly suited for use in buildings because they solve both the coverage and capacity issues, and can be deployed quickly and are inexpensively. Small cells fall into one of three general categories that are dictated by their power level: metrocells , picocells and femtocells.
General performance measures for each category are shown in the table below. Regardless of the type chosen, for a wireless connection to be established the small cell needs to be connected to the cellular provider's network. This is known as backhaul. For outdoor cell towers, this usually involves fiber optic or microwave backhaul.
Since neither of those are available in buildings, small cells connect to the cellular provider's network via what carriers call "untrusted backhaul," or what you refer to as simply "the Internet. That means that a high speed Internet connection is a requirement for any kind of picocell or femtocell deployment. The minimum required bandwidth depends on the type and number of small cells deployed.
0コメント