Unbelievable, what bonding DSL, UMTS and LTE makes possible
Mobile radio broadcasting in Norway
Outdoor live broadcasts from remote areas are generally considered the ultimate test of mobile network solutions. Industry requirements for these kinds of deployments include many challenging features, all of which come with the expectation of low operational costs: ample bandwidth, continuous uptime, low latency, and quick, simple set-up. P4 Radio, Norway’s leading private radio station has nearly a 25% market share, a million daily listeners, covers many tours, and frequently broadcasts from remote locations. To meet their exacting standards, they deploy Viprinet technology for mobile and remote connectivity.
Animal welfare with new connection
Since 1881, the Deutsche Tierschutzbund e.V. (German Animal Protection Association) endeavors to raise people‘s awareness of animal welfare. Today, this idea is more important than ever, which is why the holding organization of numerous German animal welfare groups emerged as a very modern institution with several locations. Unfortunately, the interconnection of these sites was not able to keep up with the progress of the organization. Until now, the system used so far was complicated and unadaptive to modern demands. Moreover, it was contrary to the ambition of downsizing the IT department. Here, the Viprinet technology provided the ideal solution.
Rapid Aid For Stroke Patients
Time is vital for stroke patients, in order to minimize long-term medical consequential damages. It is therefore of greatest importance for stroke patients that all therapeutic medical procedures start as early as possible. Preferably in the ambulance while it is already on its way to the hospital. The German Federal Ministry of Education and Research sponsored a development project of the so-called ASTER – Acute Stroke Telematics Platform for Ambulances for which Otto von Guericke University Magdeburg in cooperation with Johanniter Unfallhilfe jointly developed an ambulance. All important devices may now be controlled via a single web-based user interface. This enables the transmission of diagnostic information including live video images directly to the medical experts. Emergency patients may be pre-registered at the desired hospital and in addition, an exchange between the location of the hospital and the situation on the streets is enabled via a fleet control system.