SWITCHES IT

End-to-End Open Transport Network Solutions

A Padtec UfiSpace and IP Infusion Partnership.

Communication networks play a crucial role in global connectivity, with two essential components standing out in this ecosystem: Access Networks and Aggregation Networks. These infrastructures play crucial roles in communication architecture, offering efficient connectivity and intelligent traffic management. Their integration with advanced technologies such as Dense Wavelength Division Multiplexing (DWDM) is a key element in the continuous evolution of communication infrastructures, driving global connectivity and enabling an increasingly interconnected society.

Considering this scenario and expanding the existing portfolio, Padtec, in partnership with UfiSpace and IP Infusion, introduces to the market its switches and routers – an End-to-End Open Transport Network Solution – incorporating various technologies to provide efficient connectivity. Flexibility is emphasized as a crucial innovation in democratizing access to information, strengthening large-scale connectivity.

Disaggregated Cell Site Gateway Router – S9500

With open disaggregation technology, incorporating various technologies and providing connectivity for homes, businesses, and individual devices, the S9500 Family democratizes access to information. This enables high-speed data exchange, facilitating widespread connectivity. With a compact design, easy maintenance, and resistance to extreme temperatures, it becomes an ideal choice to meet the challenges of access networks for clients.

S9510-28DC MODEL

Open Aggregation Router – S9600

By consolidating and optimizing traffic from access networks before routing, the S9600 Family offers an innovative solution that efficiently optimizes multi-access traffic, provides advanced aggregation, rapid scalability, and supports converged IP/Optical networks. With operational efficiency and routing flexibility, the S9600 is the ideal choice to address the challenges of aggregated networks during the transition to next-generation networks.