Whitepapers for download:
"The hype around 5G campus networks" "Operator models in comparison" "Special Issue: Smart City"
Industry 4.0 is the term for the digitalization of manufacturing and aims to connect the physical world with the digital world. The goal is to create smarter factories, supply chains and logistics. Industry 4.0 will bring part of the digital world into the physical world in the form of sensors, cameras and robots, enabling people and machines to collaborate, communicate better and use data to improve production.
With the advent of artificial intelligence, our cities are becoming smarter. For example, cities can set up their own AI-powered traffic systems to help drivers navigate the city and avoid congestion.
Parking infrastructure is a major problem in many cities, with many vehicles vying for too few spaces. 5G has the potential to change this by enabling smart parking systems that can track cars and efficiently allocate them to available spaces.
An airport equipped with a 5G campus network can benefit in many ways: Air traffic monitoring, fast Internet for passengers, sensors for detecting objects on the ground, data transmissions without congested mobile networks or real-time information on departures and arrivals.
All these benefits make airports more efficient and less congested.
A 5G campus network opens up unimagined new opportunities for smart stadiums.
5G campus networks can transform the way sports and entertainment are experienced. The integration of 5G networks into stadiums will provide spectators with a more seamless and interactive experience. From paying for food and drinks to ordering tickets, everything will be done from your mobile device while you watch your favorite team from the comfort of your seat.
The stadium of the future will be smart, communicate with its spectators and, above all, offer state-of-the-art technology.
If necessary, frequency application
Rough concept of antennas - important for frequency application à Actual status and rough concept based on this
Rough budget calculation
Campus areas, antenna locations with parameterized heights and orientation + WGS coordinates;
Cost calculation for frequency application as well as on behalf dispatch to Federal Network Agency
As-is coverage measurement to determine the quality of the existing mobile network and to identify coverage gaps
On-site site inspection to record the object infrastructure; coordination with provider & third parties
Initial design planning according to network operator standards (level plan, network design) incl. feedback rounds with provider & customers
Final implementation planning for realization according to the standard of the network operators
Project management for the realization of the RF network
Mention here also network modernization of other networks outside the campus!
If desired, control of subcontractors or realization with own specialists
Further broadband solutions for our industrial customers
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