Unbelievable, what bonding DSL, UMTS and LTE makes possible

While in the past, connectivity solutions were especially fit for classic corporate networks with several sites, a distinctly increasing number of applications nowadays need a highly reliable broadband connection, e.g. project management for construction sites, live video transmissions of broadcasting companies, and also new products of Internet Service Providers. Frank Ruge, Chief Sales Officer at Viprinet, provides insight into the manifold fields of application for Viprinet technology which can be configured flexibly for each usage scenario owing to its modularity.

Also, feel free to visit the download section of our website and download our whitepaper on the topic "Viprinet for business-critical applications" in order to learn in how many diverse industries Viprinet has already been successfully deployed.

Bonding as a key to many fields of application

Time and again, we are surprised in which fields of application our routers, hubs and services can be used. We already have a lot of imagination concerning what can be done with a Multichannel VPN Router - our customers astonish us yet again. Viprinet has evolved from a supplier of equipment in classic site networking business to a specialist for the integration of stationary and mobile units into corporate networks and the Internet.

To really be able to offer the right solution for every application, Viprinet supports - as sole provider worldwide - the bonding of a wide variety of WAN media, such as DSL, UMTS / 3G, LTE / 4G, cable, satellite and WiMAX, either with native modems (DSL, 3G / UMTS / HSPA+, CDMA, 4G / LTE), or via Ethernet. Only by this diversity - in conjunction with the unique principle of Viprinet bonding - can you complete all WAN connectivity tasks using a single technology. Below, we have compiled the most important WAN application areas - feel free to check whether you can find the WAN networking solution you need. If not, ask our experts - they live to meet challenges.

 

viprinet case study tividoo de web

Small car, big Internet

Important news is broadcast from big cities; the actual event, however, often takes place in far remote areas. To report from there on an event using digital broadcasting technology can be managed only via expensive satellite technology due to lack of network coverage and bandwidth of individual providers. For that, so-called SNG (Satellite News Gathering) vehicles have to be provided which transmit video and audio signals to the respective broadcast stations via satellite links. With their mobile subcompact hotspot, tividoo, a company from Langenlonsheim, Germany, provides an efficient and economical alternative.


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viprinet case study viewcare de web

Internet for recovery

Denmark is the leading European country when it comes to using eHealth infrastructures. Especially concerning the treatment of COPD (chronic obstructive pulmonary disease), Denmark makes use of a trendsetting telemonitoring system for monitoring and treatment of COPD patients in their own home. This way, about 40% of treatment costs can be saved compared to stationary hospital stays. Another important aspect is the comprehensive monitoring of all relevant data via the Internet. If this monitoring is not guaranteed, sudden exacerbation of the patient‘s condition cannot be treated fast enough. The COPD telemonitoring solution developed by Viewcare in cooperation with Danish Viprinet partner Sharecon is one of the most up-to-date of its kind, and stands out by its extremely high availability.


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hempel krx13 sw web

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.


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