Extreme coverage antennas

Our antennas are designed to supercharge networks and bring affordable connectivity to people in hard-to-reach areas - villages or remote locations in the countryside.
The antennas, developed on SuperCell technology, are lightweight, durable and provide unparalleled long range - up to 10x longer than regular small cell antennas.
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Extreme coverage antennas

Our antennas are designed to supercharge networks and bring affordable connectivity to people in hard-to-reach areas - villages or remote locations in the countryside.

The antennas, developed on SuperCell technology, are lightweight, durable and provide unparalleled long range - up to 10x longer than regular small cell antennas.
Watch the video
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Minimizing costs and simplifying logistics

Our patent pending innovation is the answer. Radio Innovation's antennas are developed to provide reliable connectivity with a quicker and more sustainable rollout throughout remote locations. It operates on low-cost, off-grid solar and wind power which eliminates the need for fossil fuelled diesel generators.

No electronics, no fossil fuels.

Reach and coverage
Radio Innovation's SAS™ technology dramatically improves reach and coverage area performance, transmitting 360° using 18 sectors, compared to traditional 120° and 3 sector solutions.  Our solution multiplies the range 10-125 times, generating coverage of over 1,600 km2.
Calculate coverage

Perfomance guide
  • Up to 1,600 km2 area covered with new sites

  • 10-125 times more area covered with new sites

  • 10-40 times more area covered on upgraded sites

  • Up to 30 dBi gain

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Minimizing costs and simplifying logistics

Our patent pending innovation is the answer. Radio Innovation's antennas are developed to provide reliable connectivity with a quicker and more sustainable rollout throughout remote locations. It operates on low-cost, off-grid solar and wind power which eliminates the need for fossil fuelled diesel generators.

No electronics, no fossil fuels.

Reach and coverage
Radio Innovation's SAS™ technology dramatically improves reach and coverage area performance, transmitting 360° using 18 sectors, compared to traditional 120° and 3 sector solutions.  Our solution multiplies the range 10-125 times, generating coverage of over 1,600 km2.
  • Up to 1,600 km2 area covered with new sites

  • 10-125 times more area covered with new sites

  • 10-40 times more area covered on upgraded sites

  • Up to 30 dBi gain

SAS

Super Antenna Systems (SAS) are designed to maximize energy efficiency and deliver outstanding performance. SAS delivers superior coverage, exceptionally high capacity, and faster data transmissions.

The SAS antenna are 100% passive and contains no electronics. All parts are made from aircraft graded aluminium and manufactured with precision to the highest standards.

Perfomance guide

  • Future proof; 4G MIMO4-8 and 5G

  • Previous mobile standards 3G, 2G, CDMA, FDD, TDD

  • Up to 144 Gbit/s site capacity over 1,600 km2.

  • 18-sectors, MIMO8 each with 256 dipoles

  • 690-2,700 MHz support for all bands and operators

  • Up to 30 dBi antenna gain

Download full specifications
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SAS

Super Antenna Systems (SAS) are designed to maximize energy efficiency and deliver outstanding performance. SAS delivers superior coverage, exceptionally high capacity, and faster data transmissions.

The SAS antenna are 100% passive and contains no electronics. All parts are made from aircraft graded aluminium and manufactured with precision to the highest standards.

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Perfomance guide

  • Future proof; 4G MIMO4-8 and 5G

  • Previous mobile standards 3G, 2G, CDMA, FDD, TDD

  • Up to 144 Gbit/s site capacity over 1,600 km2.

  • 18-sectors, MIMO8 each with 256 dipoles

  • 690-2,700 MHz support for all bands and operators

  • Up to 30 dBi antenna gain

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SAS™ Upgrade

Supercharge the network by upgrading existing sites with more powerful antennas and instantly get significant improvements. With Radio Innovation's new antenna upgrades, standard sites will increase coverage up to 10 times or site traffic capacity multiplied by 6-18 times.
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Perfomance guide

  • Up to 10,8 Gbit/s site capacity

  • 18-sectors each with 256 dipoles

  • 690-2,700 MHz support for all bands

  • Up to 30 dBi antenna gain

  • Supports up to 432 RRHs per site

Download full specifications

SAS™ Upgrade

Supercharge the network by upgrading existing sites with more powerful antennas and instantly get significant improvements. With Radio Innovation's new antenna upgrades, standard sites will increase coverage up to 10 times or site traffic capacity multiplied by 6-18 times.
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Perfomance guide

  • Up to 10,8 Gbit/s site capacity

  • 18-sectors each with 256 dipoles

  • 690-2,700 MHz support for all bands

  • Up to 30 dBi antenna gain

  • Supports up to 432 RRHs per site

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SET

Radio Innovation’s towers all have unique performance characteristics. The design is modular and have a very low wind resistance and a very high pay-load EPA to weight ratio. This is essential to deliver 4G LTE and high speed data, relative to GSM voice only. The traffic will be more than 6,000 times greater per customer than voice traffic.

Energy requirements per customer are much lower than a standard site. Power consumption is reduced by increased antenna-gain, higher towers and top mounted RRHs. Power to the RRH and to the BTS can be locally generated by solar and wind power, giving up 97% self-sufficient green sites.

Specifications

  • Up to 10,8 Gbit/s site capacity

  • 18-sectors each with 256 dipoles

  • 690-2,700 MHz support for all bands

  • Up to 30 dBi antenna gain

  • Supports up to 432 RRHs per site

Download full specifications
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SET

Radio Innovation’s towers all have unique performance characteristics. The design is modular and have a very low wind resistance and a very high pay-load EPA to weight ratio. This is essential to deliver 4G LTE and high speed data, relative to GSM voice only. The traffic will be more than 6,000 times greater per customer than voice traffic.

Energy requirements per customer are much lower than a standard site. Power consumption is reduced by increased antenna-gain, higher towers and top mounted RRHs. Power to the RRH and to the BTS can be locally generated by solar and wind power, giving up 97% self-sufficient green sites.

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Specifications

  • Up to 10,8 Gbit/s site capacity

  • 18-sectors each with 256 dipoles

  • 690-2,700 MHz support for all bands

  • Up to 30 dBi antenna gain

  • Supports up to 432 RRHs per site

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