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RouterAmp Marine

Deliver high speed 5G/4G/3G/2G signal to your router at sea

RouterAmp Marine

SKURegionMIMO DLBand
RA-2X-EUEMEA2X2B28/ B20/ B8/ B3/ B1/ B7 
RA-2X-WWWorldwide2X2B28/ B20/ B8/ B3/ B1/ B7/ B5/ B4/ B25
RA-4X-EUEMEA4X4B28/ B20/ B8/ B3/ B1/ B7
RA-4X-WWWorldwide4X4B28/ B20/ B8/ B3/ B1/ B7/ B5/ B4/ B25
  • Connects to the ship’s router and maintains mobile signal 30Km off the coastline.
  • 15dB gain to ensure full signal to the router far out to sea.
  • Compatible for routers with up to 4 radio cards.
  • 2X2 or 4X4  MIMO DL options.
  • Reduces the number of cables to the outdoor antennas. 
  • Boosts all mobile operators. 
  • Amplifies 5G, 4G, 3G and 2G.
  • Bypass mode (bypass RouterAmp in port to allow for new 5G bands).
  • Remote monitoring/management.
  • Regions EMEA or WorldWide available. 
  • Rackmount (R) and Wallmount(W) available.

SKU explained: 
RA-4X-WW-R
RouterAmp-DL MIMO-Region-Mounting

Regions:

EU: Europe, Middle East, Africa.

WW: Europe, Middle East, Africa, Caribbean, USA, Mexico, South America.

The RouterAmp Marine – Bringing high speed MIMO 5G data to mobile routers on ships.

 

 

 

The RouterAmp (RA)

The RA is an industrial grade cellular amplifier that connects directly to a cellular router on the ship. It adds 15dB of gain to all cellular bands and is compatible with all mobile operators. It has up to 16 ports that can connect to 4 radio cards for 4X4 DL MIMO, compatible with the latest 5G routers.

 

The RA is connected to the external omni-directional antennas mounted up high on the ships mast. These antennas pick up the signal from the operator’s towers up to 60Km off the coastline. For the RA-4X-EU model, 4X4 DL MIMO can be achieved.

 

Image above: Pepwave 5G MBX , RA-4X-EU-R, 4X4 MIMO omni.

Power controls:

We will refer to the Pepwave, but the RA is compatible with any cellular router.
The RA amplifies both the up-link (UL) signals from the Pepwave, and the down-link(DL) signals from the base stations. The RA amplifies the gain of these signals by 15dB. On the UL, the signals from the Pepwave are amplified up to a maximum power of 27dBm. If the radio cards inside the Pepwave send a signal to the RA higher than 27dBm, the RA automatically reduces its gain. This will maintain the maximum UL power at 27dBm. On the DL, the signals from the base stations are amplified by 15dB, to a maximum power of -25dBm. This low power (in comparison to the high maximum UL power) is because the radio cards in the Pepwave are very sensitive, and cannot sustain exposure to high radio frequency power. If the Pepwave (in a ship) comes into port, and is very close to base stations, this situation can arise. The gain of the RA automatically reduces in this case, so that the maximum DL power is limited to -25dBm. Gain adjustments on the DL do not affect the UL and vice versa. Both directions are completely independent.

ByPass mode:

The RA-EU amplifies signals on bands 28, 20, 8, 3, 1, 7. These are the main cellular European bands and cover 5G/4G/3G/2G. However there are new bands coming, mainly in the 3.4-3.8GHz band. The RA does not amplify these bands. These higher 5G frequencies will not have suitable range for when the vessel is out to sea, but when it comes into port, it would be useful to avail of them. ByPass mode can be enabled, so that in port, the amplifier is by-passed, and all cellular signals can reach the Pepwave.

When connected to the Stella cloud, it can be remotely managed, monitored and adjusted, as well as receive real-time measurements of signal power and gain for each band. ByPass mode – the amplifier can be bypassed when in port. This allows the Pepwave router to receive more bands including 5G (at 3.5Ghz).

 

 

The RouterAmp Marine – Bringing high speed MIMO 5G data to mobile routers on ships.

 

 

 

The RouterAmp (RA)

The RA is an industrial grade cellular amplifier that connects directly to a cellular router on the ship. It adds 15dB of gain to all cellular bands and is compatible with all mobile operators. It has up to 16 ports that can connect to 4 radio cards for 4X4 DL MIMO, compatible with the latest 5G routers.

 

The RA is connected to the external omni-directional antennas mounted up high on the ships mast. These antennas pick up the signal from the operator’s towers up to 60Km off the coastline. For the RA-4X-EU model, 4X4 DL MIMO can be achieved.

 

Image above: Pepwave 5G MBX , RA-4X-EU-R, 4X4 MIMO omni.

Power controls:

We will refer to the Pepwave, but the RA is compatible with any cellular router.
The RA amplifies both the up-link (UL) signals from the Pepwave, and the down-link(DL) signals from the base stations. The RA amplifies the gain of these signals by 15dB. On the UL, the signals from the Pepwave are amplified up to a maximum power of 27dBm. If the radio cards inside the Pepwave send a signal to the RA higher than 27dBm, the RA automatically reduces its gain. This will maintain the maximum UL power at 27dBm. On the DL, the signals from the base stations are amplified by 15dB, to a maximum power of -25dBm. This low power (in comparison to the high maximum UL power) is because the radio cards in the Pepwave are very sensitive, and cannot sustain exposure to high radio frequency power. If the Pepwave (in a ship) comes into port, and is very close to base stations, this situation can arise. The gain of the RA automatically reduces in this case, so that the maximum DL power is limited to -25dBm. Gain adjustments on the DL do not affect the UL and vice versa. Both directions are completely independent.

ByPass mode:

The RA-EU amplifies signals on bands 28, 20, 8, 3, 1, 7. These are the main cellular European bands and cover 5G/4G/3G/2G. However there are new bands coming, mainly in the 3.4-3.8GHz band. The RA does not amplify these bands. These higher 5G frequencies will not have suitable range for when the vessel is out to sea, but when it comes into port, it would be useful to avail of them. ByPass mode can be enabled, so that in port, the amplifier is by-passed, and all cellular signals can reach the Pepwave.

When connected to the Stella cloud, it can be remotely managed, monitored and adjusted, as well as receive real-time measurements of signal power and gain for each band. ByPass mode – the amplifier can be bypassed when in port. This allows the Pepwave router to receive more bands including 5G (at 3.5Ghz).