Rural Connectivity

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In today’s digital age, access to internet connectivity has become a necessity for individuals and communities around the world. While urban areas often enjoy robust internet infrastructure, rural areas often struggle to connect with the rest of the world. This lack of connectivity can have far reaching consequences, affecting education, healthcare, and economic opportunities

Our Solutions

Today with the drive for gigabit connectivity blowing at its back, the V-Band and even E-Band (70/80GHz) are experiencing huge growth in terms of number of products available and the rapidly reducing price points – all spurring adoption and driving volume. Entering the market as Fixed 5G the two primary use cases or applications for this band remain Gigabit Wireless Access – delivering connectivity to residential SFU applications, businesses and MDUs, and Smart Cities.

Our Solutions​

Today with the drive for gigabit connectivity blowing at its back, the V-Band and even E-Band (70/80GHz) are experiencing huge growth in terms of number of products available and the rapidly reducing price points – all spurring adoption and driving volume. Entering the market as Fixed 5G the two primary use cases or applications for this band remain Gigabit Wireless Access – delivering connectivity to residential SFU applications, businesses and MDUs, and Smart Cities.

The electromagnetic spectrum is a state resource that is in short supply, but essential and critical to the economic development of Latin America countries. In recent years, the demand for spectrum has increased and intensified with the development of various uses including, Governmental, new commercial and more.

The use of a communication infrastructure based on microwave arteries is common today among communication providers, in communication networks owned and the services provided to consumers are also provided in this infrastructure (in addition to other infrastructures: fiber, copper Coax, etc.)

The technology in the areas of Band-E / Band-V is in commercial use in most countries of the developed world and has been standardized and approved for use by the European Communications Organization CEPT, by the FCC in the USA, by the regulator. The British OFCOM and in Japan, Australia and other countries.

The communication core network of a communication provider mainly consists of a fixed communication infrastructure based on fiber optical which enable the transfer of ultra-broadband data communication using developing technologies Alternatively, there are networks based on a communication infrastructure based on copper or coax lines that are limited in speed. The information (according to global communication standards/physical limitations). In addition to that, mostly as a means of completion transmission for access needs (fixed wireless access (or last mile connectivity), established communication infrastructure. A microwave that provides adjusted information rates according to the frequency ranges and additional data of the microwave arteries.

The high frequency range is called "millimeter waves" due to the wavelength which is on the order of millimeters. This field is characterized by technology that allows the transfer of very high data rates of a few to tens of Gbps For short distances of a few kilometers (depending on the design of the artery and its level of availability), in low availability it is possible to provide rhythmic Information is high even for a distance of 10 km and all this according to the planning of the communication provider. With the transition from communication. Classic based on speech channels and E1 transmissions for communication in which it is IP All in which the errors. The other layers are also handled (the applicative layer) and not only the physical layer, it is possible to go down in level. The planned availability so that service will still be provided at a sufficient level and thereby achieve high rates for long distances Moreover, it operates without special interference in light of the use of antennas with extremely narrow beams (beams pencil).

Our technology based on using 60-80GHz Band

70-80GHz Band:

This describes a high-frequency wireless communication solution using the 70-80GHz band for point-to-point connections, with various models that can achieve bandwidths up to 10 Gbps.

60-70GHz Band:

This describes a wireless communication solution in the 60-70GHz band that supports both point-to-point and point-to-multipoint configurations, with models capable of up to 1 Gbps bandwidth transfer.

We as a company seek to bring the edge of technology to Latin America countries. Solutions for bringing broadband communication, connecting Internet access and connectivity, improving browsing through mobile means and IOT solutions for smart city applications. In the event that there is no communication infrastructure, we would like to ask getting access to the field of frequencies 60-80Ghz (E-BAND & V-BAND).