This article describes the technical characteristics and performance tests of the broadband wireless network implemented in the Santiago River basin (Amazon Region - Peru). It also details the context and the process of inter-institutional coordination in which this project has been developed. Within the framework of a broad initiative led by the Peruvian National Government, a collaboration process was carried out between public and private actors and academia for the development of the province of Condorcanqui (Amazon Region - Peru). From this process, various studies and projects emerged, including the design and implementation of a connectivity solution for the Santiago River basin (Amazon Region - Peru). The implementation of the network seeks to complement the plans and projects that the State has regarding the expansion of connectivity and telecommunications services to close the ...

This article describes the technical characteristics and performance tests of the broadband wireless network implemented in the Santiago River basin (Amazon Region - Peru). It also details the context and the process of inter-institutional coordination in which this project has been developed. Within the framework of a broad initiative led by the Peruvian National Government, a collaboration process was carried out between public and private actors and academia for the development of the province of Condorcanqui (Amazon Region - Peru). From this process, various studies and projects emerged, including the design and implementation of a connectivity solution for the Santiago River basin (Amazon Region - Peru). The implementation of the network seeks to complement the plans and projects that the State has regarding the expansion of connectivity and telecommunications services to close the ...

This article describes the design and development of a compact low energy consumption temperature data acquisition system using the I2C protocol with cables up to eight meters long. This system has been used in the implementation of a Peruvian government project aimed at validating the use of Trombe walls in small towns located at high altitude (4000 - 5000 m.a.s.l.). This article explains the construction of the module, the data acquisition subsystem, and presents an overview of the implementation of the developed system.

This article describes the design and development of a compact low energy consumption temperature data acquisition system using the I2C protocol with cables up to eight meters long. This system has been used in the implementation of a Peruvian government project aimed at validating the use of Trombe walls in small towns located at high altitude (4000 - 5000 m.a.s.l.). This article explains the construction of the module, the data acquisition subsystem, and presents an overview of the implementation of the developed system.