Private 4.9G/LTE and 5G networks enable education institutions to use 3GPP technologies and new spectrum options to meet the demands of digital and Industry 4.0 applications by supporting new and compelling campus services while driving research, education and collaboration.
With the advancement of technology and the emergence of new uses and applications with more stringent demands on network performance, quality of service has become almost a requirement.
Smart fields can benefit from applications supported by private networks such as robots, automated drone flights or automatic tracking of vehicle fleets and livestock.
One of the preferred means of data transport in LANs. But what is it and how does it work?
Digital transformation and process automation are key to meeting the demands of new businesses, and private LTE networks are becoming a fundamental ally.
LTE private networks are ideal for autonomous processes in industries, because they ensure secure and stable connectivity of all assets inside and outside the factory.
When we think of wifi, a tool we use every day, we are surrounded by a halo of mystery: how does this intangible "thing" work, invisible to our eyes, which opens the doors to the internet?
The arrival of 5G in Uruguay is imminent, with the bidding process for radio frequency spectrum just around the corner.
Where is all this going and what business opportunities are emerging for companies in the industry?
MPLS is a type of network that enhances our user experience and allows us to enjoy certain applications (such as those in which we watch audiovisual content) without interruptions. How does it work?
