3GPP compliant 5G-Core made in Germany
API-centric 5G-Core-as-a-Service (5GaaS)
5G for Enterprise
CampusGenius implements private 5G campus networks for SMEs and industry and supports integration in production processes, automation or in the connection of automated vehicles and extensive sensor technology. A private 5G network customizable for industry requirements that scales with increasing needs and that provides mmWave capabilities.
5G Core
The GeniusCore is a 3GPP compliant, scalable 5G Core with powerful APIs; tested with various RAN vendors.
6G-life Network at TU Dresden
Networking for 6G-life at TU Dresden. CampusGenius wins contract to support 6G at TU Dresden. CampusGenius won a new contract spanning 4 years to build and operate a…
CampusGenius at Start-Up Area in Hannover
Hannover Messe 2022 Private 5G networks are an important topic for the industry. We are happy to exhibit in the Start-Up Area at Hannover Messe this year. You…
Private and dedicated 5G communication
Not only for Carriers
The versatility that 5G campus networks bring allows mid-sized and large enterprises to open up new use cases and further digitize existing processes. Wireless telecom has long been part of existing systems, but deploying 5G mobile as a dedicated, private network means more security and reliability in production, as well as higher speeds, more reliability and more connected systems for the IoT era. The freedom and reliability long demanded is finally available for enterprises to use directly and independently.
Building-Automation
A 5G campus network creates high-speed infrastructure and improved in-door coverage.
Automation of Production
Integration into production processes to connect machines and AGVs via 5G.
Edge Cloud for massive IoT
The combination of 5G campus network and scalable edge computing.
Individual 5G Containers
A 5G campus network creates high-speed infrastructure and improved in-door coverage.
Industry Application Areas
Production
Automation
5G campus networks are the ideal basis for automating production in factories and companies. The low latency of the technology allows perfect, wireless control of robots or automated guided vehicles in logistics. The use of dedicated, licensed frequencies outside the unlicensed ISM bands provides protection against external interference.
Smart Buildings
Building-Automation
Problems with cellular coverage indoors? This is where the cellular network can provide better coverage while providing a wireless infrastructure. The dedicated 5G network enables wireless automation of building services, internal telephony, flexible work control, and even position sensing of devices in the building.
Logistics
Plane, Train, Ships
5G networks form a high-performance communication basis for ports, train stations or airports. Starting with the localization of vehicles and equipment, autonomous control of transport vehicles or drones, and autonomous transport systems for freight or passengers. In the field of maintenance, repair and control, the use of augmented reality becomes possible.
Construction 4.0
Construction and Machines
Data acquisition for the Building Information Model (BIM) requires the automatic acquisition of a wide variety of data, e.g., images from drones, temperature, humidity or material condition sensors, materials, localization, machine information. A temporary 5G campus network for the construction site is suitable for this – the Construction Site Cloud. Remote control of cranes, excavators, drills or transporters becomes possible with low latency and high resilience in the 5G network in the first place. The campus network helps to collect data everywhere and transport it reliably to the construction site’s own edge cloud. The CampusGenius 5G container can be set up quickly and agilely on site for exactly this purpose.
