Rockstone, Guyana

This case study focuses on a pioneering project implemented by Leax, a leading telecommunications company, to provide reliable and high-speed internet connectivity in the remote regions of the Amazon rainforest. By deploying an LTE Cloud Evolved Packet Core (EPC) connected through satellite to a Leax 4G eNodeB Radio, the company successfully facilitated essential services such as remote medical care, education management, and e-commerce, demonstrating the capabilities of their product portfolio.

The Amazon rainforest is a challenging environment for establishing connectivity due to its vast size, dense foliage, and lack of traditional infrastructure. Leax recognized this as an opportunity to showcase their advanced telecommunications solutions and contribute to the development of remote regions. The deployment of LTE Cloud EPC and Leax 4G eNodeB Radio formed the backbone of the network, enabling multiple Leax 4G Customer Premise Antennas to distribute internet access throughout the village.

LTE Cloud Evolved Packet Core:
The LTE Cloud Evolved Packet Core is a virtualized network architecture that provides core network functionalities for LTE (Long-Term Evolution) and 4G networks. It includes various components such as the Mobility Management Entity (MME), Serving Gateway (SGW), Packet Data Network Gateway (PGW), and Policy and Charging Rules Function (PCRF). The LTE Cloud EPC offers scalability, flexibility, and is cost-effective, making it an ideal solution for remote deployments.

Leax 4G eNodeB Radio:
The Leax 4G eNodeB Radio is a key element in the Leax 4G product portfolio. It serves as the base station, responsible for transmitting and receiving wireless signals to and from user devices. The eNodeB Radio is designed to operate in challenging environments and provides a robust and reliable connection, even in remote locations such as the Amazon rainforest.

Satellite Connectivity:
Due to the absence of terrestrial connectivity options, Leax leveraged satellite connectivity to establish a reliable link between the LTE Cloud EPC and the Leax 4G eNodeB Radio. Satellite communication technology enables the transmission of data over long distances, overcoming geographical barriers and providing connectivity in remote areas. By utilizing this technology, Leax ensured seamless connectivity to the village in the Amazon rainforest.

Remote Medical Care Application:
The LTE network powered by the LTE Cloud EPC and Leax 4G eNodeB Radio enabled the implementation of a remote medical care application. Healthcare professionals were able to remotely monitor patients, provide real-time consultations, and share medical data, significantly improving access to healthcare services in the region.

Education Management:
The connectivity provided by the LTE network facilitated an innovative education management system. Students in remote areas gained access to online resources, virtual classrooms, and interactive learning platforms. The solution empowered teachers to deliver quality education and bridge the educational gap between urban and rural areas.

E-commerce Website:
The e-commerce website enabled by the LTE network created opportunities for local businesses and artisans to sell their products globally. Villagers could showcase their unique products and reach a wider customer base, boosting economic growth and fostering entrepreneurship within the community.