Mobotix e Intercoax aportan soluciones de vídeo IP rentables sobre infraestructuras de red

This partnership will allow customers to leverage the performance of IP cameras with high-performance transmission technology., respectively, even over existing copper infrastructure or conventional structured cabling.

The solutions provided by the technological association of Mobotix e Intercoax is already materializing in large-scale projects, as in the migration of analog systems to IP over coaxial cables, as well as in IP cameras with longer transmission distances than conventional structured cabling topology.

As Vincent Matthys has pointed out, president of Intercoax EMEA, "many Clients are looking for faster and less complex solutions to migrate their old copper systems to IP. With our products, Existing copper infrastructures can be easily upgraded to IP without having to install new cabling, reducing customer expenses and interruptions to a minimum”

Hartmut Sprave, CEO of Mobotix, He adds that “Intercoax is a perfect partner, since its technology allows us to integrate our products with clients whose network infrastructures and cabling topology are not designed for them. This not only avoids the expense of rewiring, "But it allows you to install a future-proof IP video surveillance system using the existing network infrastructure.".

The main advantage for installers of Mobotix products and solutions and system integrators is that they can now offer end users a cheaper solution, compared to conventional transmission topologies such as fiber optics and structured cabling.

Intercoax solutions do not modify on-site infrastructure and can be deployed much more quickly than other topologies.

“We are very satisfied with this strategic collaboration with Mobotix - Matthys underlines -. Our transmission technology helps installers easily migrate analog systems to IP over existing coaxial or UTP cable infrastructures. Even when wide range networks are installed, “We are more cost-effective and faster compared to conventional FO topologies”.