2G/3G/4G/5GNR technology in the same Box

Designed by an Operator for Operators

Our vision is to make mobile communications and internet access available to everyone in the world. The biggest hurdle to achieving this goal is cost: the traditional custom hardware that is used to build mobile networks is far too complicated, power-hungry and expensive for many residents in the more remote parts of the globe to afford. However, by leveraging the techniques of Software Defined Networking and the ubiquity of the Internet, we have created a mobile wireless network at a cost as low as 1/10th the cost of legacy mobile equipment.

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Equipment designed for the deployment of 2G to 5G networks in rural, desertic or maritime areas.

Remote Site in France

This deployment is in remote site of France to deliver voice, data and text messaging services.

Urban Site in France

This deployment is in urban site of France as a green site to make environment sustainable.

Recovery Site in California

This deployment is in recovery site in California to support frontiers with voice , data and text messaging services.

Isolated Site in Senegal

This is an isolated site in Senegal to offer voice , limited data and text messaging services.

Possible Configurations

Slide 1

4G/5GNR + 2G in a single enclosure:

RF Maximum Output Power : 2*40dBm
Power Consumption :60W - 120W
Maximum Sector Coverage : 10-30 KM
Transmission Rate (max LTE/ 5G) : DL :200 Mbps , UL :50Mbps
Maximum Number of TRX (2G) : 8
Dimensions in mm : 380x285x175
Weight:12.5 Kg

Features

For compact network or lab experimentation, a RRH, BBU and EPC components or BTS, BSC, EPC in a single, compact enclosure.
Available a 4G/5G enodeb+rrh and a 2G base station in a single enclosure.
4G/5G and 2G can be in different bands (for example GSM900 + LTE 1800Mhz band3).Available in power GSM 25W + LTE 10W.
Available a 3G and a 2G base station in a single enclosure.
Available in 2 models: “Entry Level” for very low consumption or “High End” for high performances
Low cost: Complete base station is for as low as 1/10th the cost of traditional legacy equipment.
Average BTS installation time once the location is ready: 2 hours.
High Performance and Large Coverage.
Lowest Total Cost of Ownership on the market.
Compact, sturdy design: Both the model combine off-the-shelf motherboard and radio components within a compact, rugged, water- and dust-resistant enclosure, thus reducing system size, setup time and cost, while increasing mean time between failure (MTBF).
Low power: Our use of off-the-shelf hardware dramatically reduces cost and power consumption. The low power unit consumes a maximum of 50W, while our high-performance high end unit requires a maximum of 200W, each of which can be provided by a single solar panel or wind turbine where there is no existing power grid.
Able to support up to 2 TRX on the entry level BTS and up to 8 TRX on the high end BTS and 114 call legs with AMR-HR.
Base stations have been commercially proven under very hard weather conditions in the archipelago of Saint-Pierre and Miquelon and in very warm environment in Africa.
The entry level BTS unit benefits from the R&D investment in the high-end BTS , resulting in an entry-level device that is comparable in performance to much more expensive products.
Simultaneous 2G and 3G full network in a box (New Feature).
2G and 4G units can work together with CSFB protocol.
A specifically calibrated LNA in the BTS reduces the base transceiver station noise figure (NF) and therefore improves its overall sensitivity; in other words, the mast-based antenna can receive weaker signals, dramatically extending the unit’s reach.
Power consumption can be adjusted by controlling the power of the amplifier; it can be tuned remotely to match the output of the external power supply (solar panel, wind turbine, etc..).
Supports 2G, GPRS & EDGE on GTA; 2G, 3G, 4G and 5GNR on BTS.
Available with 10W, 20W & 50W (BTS) and 15W amplifiers.

Technical Specifications

Antenna Connector Type: N-type Tx/Rx 50 ohm
Transmission Mode:1x1 SISO or 2x1 SISO (2G+4G)
Operating Frequency (2G/3G):
GSM850(2G/3G)
GSM900 – E-GSM900(2G/3G)
GSM1800 – DCS1800(2G)
GSM1900 – DCS1900(2G)
Operating Frequency (4G):Band 1, 2, 3, 4, 5, 7, 8, 10, 12, 13, 20, 25, 26, 30, 38, 39, 40, 41, 42, 43, 48 ,
Other FDD and TDD bands between 728 and 3800 MHz are available upon request
Operating Bands (5G NR): n78 , n40 , n28 , Regular and custom available
Operating Bandwidths (4G):1.4, 3, 5, 10, 15 and 20 MHz
Ciphering:A5/1, A5/3
Maximum Data Sessions – 4G:1000
Maximum Throughput – 4G/5G:200 Mb/s
Backhaul Interface:RJ45 for Ethernet Gigabit
Codec: GSM-FR, EFR, AMR-HR, AMR-FR
Voltage:+12V nominal, 24V optional
Operating Temperature:-40 to +55 C (-40 to 131 F)
Protection: Water and Dust Proof - IP65 (IEC529)
3GPP GSM, LTE release 14 and 5GNR compliant.