Our antennas

Radio Innovation has affordable, lightweight and wide range antennas for almost any deployment scenario.

+250%

Up to 250% higher data throughput.

-85%

Less cost. Improved coverage and quality.

+9dBi

Higher gain, low loss, and low interference.

-30%

Savings with solar power - no diesel fuels.

Urban Range

Our Urban antenna solves capacity problems in cities. When MNO's has capacity issues and considers building additional cell towers to provide connectivity to all its subscribers, they can reduce CAPEX by changing the antenna instead. Changing the traditional solution with RI antennas will double the capacity and improve customer satisfaction.

Our Urban antenna is designed to be lightweight enough to be placed on top of a city building. It is half the size of our long range antenna, developed on the same technology, and has the same outstanding performance.

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Long Range

Our Long Range antenna solves coverage issues in various locations. Using the flexible design on the antenna system modules, our Long Range antenna enables continuous and seamless connectivity. It allows an operator to reach critical, remote, and even forgotten sites.

High capacity, high gain, white spots coverage, rural coverage, suburban, roads, maritime, railways, load balancing.

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Extreme range and super low TCO

Use this calculator to see different scenarios, on how to connect unconnected areas in the world. The calculations are based on the average data usage of 10 GB data per month. Your calculations are presented in the chart below:

These are some number you can try out

Africa: area 30,221,532 km², population 1,100,000,000
Sweden: area 447,435 km², population 9,793,172
USA: area 9,826,675 km², population 321,493,080
California: area 423,970 km², population 38,802,500
UK: area 130,279 km², population 53,012,456
Victoria (Australia): area 227,416 km², population 5,603,100

Enter the area to cover (km²)

Customers to serve

Average data usage (GB per customer per month)

Radio Innovation's sites compared
to standard sites

_x{{Total_Sites_Trad() / Total_Sites_118() | number:0 }}

More coverage

({{ (area / Total_Sites_118()) - (area / Total_Sites_Trad()) | number:0}} km²/site)

_x{{Total_RRH_Trad() / Total_RRH_118() | number:1}}

Reduced RRH:s

(QTY {{Total_RRH_Trad() - Total_RRH_118() | number:0}})

_x{{(Capex_Trad() / Capex_118()) | number:0 }}

Lower cost

({{Capex_Trad() / subscriber / 120 | currency:'$':2}} vs {{Capex_118() / subscriber / 120 | currency:'$':2}})

Specification	Standard	RI
Number of sites	{{Total_Sites_Trad() \| number:0 }}	{{Total_Sites_118 () \| number:0 }}
Cost per GB /month /cust over 10 years	{{ (Capex_Trad() / subscriber / 120) / usage * 100 \| currency:'$':2}}	{{ (Capex_118() / subscriber / 120) / usage * 100 \| currency:'$':2}}
CAPEX per customer	{{Capex_Trad() / subscriber \| currency:'$':2}}	{{Capex_118() / subscriber \| currency:'$':2}}
CAPEX cost /customer /month over 10 years	{{Capex_Trad() / subscriber / 120 \| currency:'$':2}}	{{Capex_118() / subscriber / 120 \| currency:'$':2}}
CAPEX (towers and antennas)	{{Capex_Trad() \| currency:'$':0}}	{{Capex_118() \| currency:'$':0}}
Remote radio head (RRH) ¹	{{(Total_RRH_Trad() * 2000) \| currency:'$':0}}	{{(Total_RRH_118() * 2000) \| currency:'$':0}}

The calculations are based on results from out test site in Östhammar, Sweden measured in Q1 2017.
With power and transmission included, total cost per customer will be reduced further. Calculations will differ depending on frequency bands, number of operators per site, local variations, terrain, etc.

¹ In our calculation, we use $2,000 per RRH.

Products

Increase the two-dimension metrics coverage and capacity.

Radio Innovation solution increases network coverage and doubles capacity through utilizing a better spectrum efficiency with higher gains while maintaining current infrastructure investments. Radio Innovation solution increases the cell range and the data footprint of the higher band, which delivers a better customer experience. It will, in turn, allow mobile operators to grow the data subscriber base and increase data speed among subscribers to achieve incremental improvement of revenues.

Extreme range and super low TCO

Use this calculator to see different scenarios, on how to connect unconnected areas in the world. The calculations are based on the average data usage of 10 GB data per month. Your calculations are presented in the chart below:

These are some number you can try out

Africa: area 30,221,532 km², population 1,100,000,000
Sweden: area 447,435 km², population 9,793,172
USA: area 9,826,675 km², population 321,493,080
California: area 423,970 km², population 38,802,500
UK: area 130,279 km², population 53,012,456
Victoria (Australia): area 227,416 km², population 5,603,100

Enter the area to cover (km²)

Customers to serve

Average data usage (GB per customer per month)

Radio Innovation's sites compared
to standard sites

_x{{Total_Sites_Trad() / Total_Sites_118() | number:0 }}

More coverage

({{ (area / Total_Sites_118()) - (area / Total_Sites_Trad()) | number:0}} km²/site)

_x{{Total_RRH_Trad() / Total_RRH_118() | number:1}}

Reduced RRH:s

(QTY {{Total_RRH_Trad() - Total_RRH_118() | number:0}})

_x{{(Capex_Trad() / Capex_118()) | number:0 }}

Lower cost

({{Capex_Trad() / subscriber / 120 | currency:'$':2}} vs {{Capex_118() / subscriber / 120 | currency:'$':2}})

Specification	Standard 50 m	RI 118 m
Number of sites	{{Total_Sites_Trad() \| number:0 }}	{{Total_Sites_118 () \| number:0 }}
Cost per GB /month /cust over 10 years	{{ (Capex_Trad() / subscriber / 120) / usage * 100 \| currency:'$':2}}	{{ (Capex_118() / subscriber / 120) / usage * 100 \| currency:'$':2}}
CAPEX per customer	{{Capex_Trad() / subscriber \| currency:'$':2}}	{{Capex_118() / subscriber \| currency:'$':2}}
CAPEX cost /customer /month over 10 years	{{Capex_Trad() / subscriber / 120 \| currency:'$':2}}	{{Capex_118() / subscriber / 120 \| currency:'$':2}}
CAPEX (towers and antennas)	{{Capex_Trad() \| currency:'$':0}}	{{Capex_118() \| currency:'$':0}}
Remote radio head (RRH) ¹	{{(Total_RRH_Trad() * 2000) \| currency:'$':0}}	{{(Total_RRH_118() * 2000) \| currency:'$':0}}

The calculations are based on results from out test site in Östhammar, Sweden measured in Q1 2017.
With power and transmission included, total cost per customer will be reduced further. Calculations will differ depending on frequency bands, number of operators per site, local variations, terrain, etc.

¹ In our calculation, we use $2,000 per RRH.

694-960 MHz

High gain, High capacity, Load balancing, Highway/Road coverage, Maritime coverage, Railway coverage, Urban coverage, Rural coverage, Modular extension.

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1710-2170 MHz

High capacity, High gain, Indoor penetration, Urban coverage, Load balancing, Highway/Road coverage, Maritime coverage, Railway coverage, Modular extension

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2300-2690 MHz

High capacity, High gain, Indoor penetration, Urban coverage, Load balancing, Road coverage, Maritime coverage, Train coverage, Modular extension and White spots

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3200-4700 MHz

Our R&D department is working on a new product.

Get in touch with us to learn more.

Contact us!

We’re here to help and answer any question you might have. We look forward to hearing from you!

If your have any urgent requests you are welcome to contact us directly:

[email protected]