ZORIDA Cell Phone Booster 72dB 📱
Description:
This cell phone booster helps reduce dropped calls and speed up mobile data inside homes and small offices, improving voice clarity and streaming. It is a cell phone booster for all U.S. carriers that works with 5G, 4G LTE and 3G networks, and it is suited for rural properties, basements, cabins and small commercial spaces. 📶
Key Points
The system includes an outdoor antenna, a compact indoor whip antenna and an amplifier that increases signal strength for multiple devices simultaneously. ZORIDA ACE 5S is promoted as an affordable option that covers up to up to 2000 sq ft according to the manufacturer, and it uses 72dB max gain to boost weak signals and help save phone battery life. The booster supports major U.S. carriers such as Verizon, AT&T, T-Mobile and US Cellular, and it works on common cellular bands including band 12/17 and band 13. The package also offers app-based setup help and US-based technical support through online chat and phone, with a 30-day money-back window and a 3-year warranty.
Technical Specifications
- Name: ZORIDA ACE 5S
- Gain: 72dB max
- Coverage: up to 2000 sq ft
- Supported bands: 12/17, 13, 5, 4, 2/25
- Compatibility: 5G, 4G LTE, 3G; all major U.S. carriers
- Certifications: FCC and IC certified
- Warranty: 3-year warranty and 30-day returns
Usage Recommendations
Place the outdoor antenna where it receives at least 1 to 2 bars of signal from the nearest cell tower, then route the cable to the amplifier and position the indoor antenna centrally in the space you want to cover. For best results, use the app to find the optimal antenna placement and to monitor signal improvements before and after installation. 🏠
Consider that actual coverage depends on the external signal strength and building materials. If your area does not provide 5G in the existing 4G frequency bands, 5G boosting may not be available even though the unit is 5G compatible. Additionally, this booster does not require carrier registration according to the manufacturer, but performance varies with local network conditions. 📡
