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A real -sized electric racing car supported by Cisco’s smart network technology was on the runway. From a simulator 82 km away, the car, which Tim Heinemann, a DTM Trophy champion, controlled the Cisco -supported system, reached 200 km / h. The German Touring Cars Championship DTM (Deutsche Tourenwagen Masters), Schaeffler and Riedel Networks in cooperation with the historical tour attracted great attention. On September 2, 2021, the DTM electric demo vehicle competed on a 4,326 -meter -long track in the Red Bull Ring in Spielberg (Austria). One of the most interesting aspects of the race was that the driver’s seat was empty. Because the vehicle, DTM Trophy Shampyonu Tim Heinemann Finder 82 km away from the city of Graz, a state -of -the -art simulator, Cisco’s image, communication and signal system was run through the image. Cisco Middle East and Africa Region Vice President Reem ASAAD said: “DTM’s electric demo vehicle successfully managed remotely on the Red Bull Ring Track, aroused great excitement in everyone who participated in the event. As Cisco, we are very pleased to be a part of this activity, which we show that technology has developed enough to enable electric, autonomous and remotely managed vehicles to be implemented. ” Unlike radio -controlled toy cars, this advanced, full -scale, electric car project leader Schaeffer is the work of DTM technicians. Cisco used technology and Redel Networks provided the communication network. Previously called full -scale, remote -controlled racing vehicle on a track safely and progress in this field of vital issue, a rapid reacting and safe connection was to have a safe connection. The communication architecture of the vehicle was designed and implemented in a way that can be managed directly with Fiber primary connection in Catalyst 8300 end routers via MPLS (multiple protocol label switching) controlled by the Cisco Software-defined wide field network (SD-WAN). This system, which offers a quick and extremely reliable connection, is a solution that Cisco customers prefer to run selected applications via MPLS in Cisco SD-WAN architecture. Cisco Catalyst 8300 series end routers have a safe, high -performance and reliable connection with multi -core architectural and hardware acceleration encryption capabilities. This technology, which offers usability between the vehicle and the remote driving simulator (99,999%), played an important role in providing reliable data transmission. This architecture is also rarely designed to be designed against the possibility that MPLS will be disabled as a rare situation. The Cisco Catalyst cellular network passages, which contain a built -in 5G connection to ensure that the connection is uninterrupted, waits ready to activate. If necessary, 5G, which is activated via SD-WAN, provides a primary data transfer environment with a very Gigabit connection up to 3.3 GBPS speed. Riedel network supported the control of the steering wheel from the driver and the driver from the driver to the pit officer on the race track. The network also provided a diaft system function. The success of the remotely managed vehicle reveals what Cisco’s SD-WAN technology can do. This technology allows users to securely connect to data and applications from anywhere with an optimal experience by using the flexibility provided by all kinds of combination of transportation services.

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