Description
The R042 mobile signal booster amplifies the signal from the nearest station and retransmits the amplified signal to any type of mobile device nearby. By connecting it to the AS13 antenna, it can significantly improve the 2G/3G/4G reception of mobile devices on board up to 15 miles from the coast.
- Compatible with most 2G/3G/4G networks worldwide
- Improves the reception range of mobile devices
- Maximizes wireless internet speed
- Improves the communication quality of mobile phones
- Works with all mobile devices: mobile phones, tablets, data cards
- Features Automatic Gain Control (AGC) to optimize gain level
- A mobile signal booster is a perfect solution to improve cellular signal reception in a building, on a boat or in a remote area.
The R042 mobile signal booster for marine is designed to provide an internet-on-board solution with the latest wireless technology. It works with two antennas: an indoor antenna and an outdoor antenna. The indoor antenna communicates with mobile devices, for example mobile phones or tablets. The outdoor antenna communicates with the base station. It receives signals from the base station and sends them via the cable to the R042, where it is amplified and retransmitted by the indoor antenna to the mobile devices. When the indoor antenna picks up signals from nearby mobile devices, the R042 amplifies these signals and sends them via the cable to the outdoor antenna and to the base station.
With the latest wireless technology, the R042 is the most effective and reliable booster that customers can use to improve the mobile signal coverage on their boats/yachts. With a good outdoor high gain antenna, such as the QK-AS13 (not included), boat owners can have reliable cellular signal reception up to 15 miles away from the shore.
The R042 features a built-in LCD display, which displays signal strengths of available LTE 800, GSM 900, DSC 1800, WCDMA 2100 and LTE 2600 networks.
What do you receive?
- 1x R042 Booster
- 1x 20m coax cable
- 1x 10m coax cable
- 1x 12v to 5v adapter
