Your Open-RAN
5G Campus Network
Independent, flexible and future-proof. Open-RAN based and cloud-native. Quickly and easily build a standalone cellular network on your premises. COCUS helps from planning the network infrastructure, applying for licenses, implementation, commissioning and application development.
Your Open-RAN
5G Campus Network
Your individual 5G Campus-Network
Independent, flexible and future-proof. Open-RAN based and cloud-native. Quickly and easily build a standalone cellular network on your premises. COCUS helps from planning the network infrastructure, applying for licenses, implementation, commissioning and application development.
Implement new applications: Standalone 5G campus network
You have high demands on performance, range, mobility and safety? Then the 5G Campus network from COCUS is the right solution. Implement your own and independent Open-RAN based 5G campus network with us – flexible and individual – like your use case.
- Independent
5G Standalone Packet Core based on 3GPP Release 16
- Flexible
Open-RAN based for future-proof network construction and expansion
- Extendable
Fully virtualized, cloud-native and open architecture
5G for every use case
5G coverage for every case: Whether for indoor or outdoor use, or for individual applications. The 5G Campus network from COCUS is flexible and can be used across all industries.
Indoor
Indoor Coverage
2x radio cells
1x packet core
1x bastion host
1x switch
1x 19” rack
10x SIM cards
1x centralized unit (CU)
1x distributed unit (DU)
Outdoor
Outdoor Coverage
2x radio cells (Full-gNodeB)
1x packet core
1x bastion host
1x switch
1x 19” rack
10x SIM cards
Individual
Our solution is flexible & customizable. We will be happy to make you an offer.
COCUS as network partner
Software Development and Engineering are our core competences. 20 years of experience in the telecommunications industry make us network experts. Combined with our expertise in analytics, cloud and security, we implement any 5G use cases – from augmented reality to remote maintenance with drones.
Individual areas or the big picture - the tailored mobile network
5G Campus Network with COCUS
- privat, secure, individual
A custom mobile network on your site. Basis for digital innovation. Advanced Analytics. Area-wide connectivity. Autonomous devices. The future. With the 5G Standalone Campus-Netzwork by COCUS.
Engineered in Germany
Guaranteed availability and highest quality standards through in-house development, implementation & support in Germany.
Hardware-independent
Configuration via software (SDN – software-defined network) enables future-oriented and flexible use cases.
Flexible & Individual
In-house development or end-to-end managed service solution – our approach enables both and is edge cloud compatible.
Planning phase
Requirements
Current status, goals, use cases, potentials, opportunities and budget planning
Network and frequency planning
Analysis, planning, support and assistance in applying for licenses
Technology & Hardware
Selection of hardware, coordination of radio access network equipment
Implementation phase
Deployment & Setup
Implementation & commissioning, incl. Quality assurance, security standards
Use Case Realization
Implementation and realization of add-on services, e.g. AR, advanced analytics, etc.
Carrier Grade Service
At choice 8/5 to 24/7 for operation, maintenance & support
Ready to go? Download all details about the 5G Starter Kit
Request 5G Starter Kit brochure and technical details now.
Our projects in the 5G area

5G mobile private network for R&D of autonomous and connected commercial vehicles

5G mobile private network at Wismar seaport on 66 hectares of port land

5G mobile private network at Fraunhofer FIT for Business & SMEs

5G mobile private network for network expansion by neutral telco provider

5G mobile private network for digital learning at Bonn-Rhein-Sieg University of Applied Sciences

5G campus network for wireless communication and localisation

5G mobile private network for R&D of autonomous and connected commercial vehicles

5G mobile private network at Wismar seaport on 66 hectares of port land

5G mobile private network at Fraunhofer FIT for Business & SMEs

5G mobile private network for network expansion by neutral telco provider

5G mobile private network for digital learning at Bonn-Rhein-Sieg University of Applied Sciences

5G campus network for wireless communication and localisation
We work with leading technologies and communities








The COCUS 5G Lab
We believe that trying and testing is the best way to help shape the future. Visit our 5G Lab at our Düsseldorf site and learn more about the possibilities of the new mobile communications standard.
The COCUS 5G Lab
We believe that trying and testing is the best way to help shape the future. Visit our 5G Lab at our Düsseldorf site and learn more about the possibilities of the new mobile communications standard.
We are IT enthusiasts with passion for new technologies
From integration and optimization of existing digital applications, digitization of new subareas or implementation of innovative use cases in our own 5G network – we know our way around software architectures, infrastructures, processes and data.
Your individual 5G campus network is waiting for you!
Your individual 5G campus network is waiting for you!
5G Spotlight FAQ
What does the 5G mobile communications standard mean?
The core elements of the 5G mobile communications standard are the further development of the radio interface, also known as NR or New Radio, and the highly flexible core network. The basic core features of a 5G network are high data rate, low latency, possibility of virtualization, and high security and reliability. 5G campus networks are therefore the perfect solution for mobile communications wherever the requirements for performance, range, availability, mobility and security exceed the capabilities of existing (WLAN) networks.
What does Open-RAN stand for?
Open-RAN stands for Open Radio Access Networks, which improves the interoperability of mobile networks. By defining standards for open interfaces and separating hardware & software via a software-defined approach (SDR), networks independent of propretary technology can be created. This enables the overlapping use of white-box hardware and software solutions from different vendors. The new Open RAN standards aim to open the boundaries of the mobile market and minimize the restrictions for all users.
What does a SDR/SDN approach mean?
Software Defined Radio/Network (SDR/SDN) refers to concepts for radio frequency transmitters and receivers based on programmable hardware and controlling software. It enables centrally controlled programming of network behavior via software applications and open APIs, and networks independent of proprietary technology emerge. When SDN and SDR and Open-RAN interact, network components can be controlled flexibly, hardware-independently and “future proof”.
Why 5G & Edge Computing?
Edge computing collects data directly where it is generated, rather than in a central data warehouse for data processing. Edge computing is thus particularly relevant for moving critical enterprise applications closer to data sources such as IoT devices or local edge servers to minimize latency. This enables powerful analytics because the data does not need to be transferred over a network to a cloud or data centers.
Why COCUS as an alternative provider?
We are an alternative provider for Open-RAN based 5G Stand Alone Campus networks for the frequency band 3.7 -3.8 GHz designated by the BNetzA and offer a stand-alone 5G network for individual use with own sim cards. We are in phase 3GPP Release 16 to take full advantage of latency, positioning and URLLC. COCUS assumes full code ownership, including bugfixing & features as well as German-speaking support from our region.
Own license in the 3.7-3.8 GHS frequency band?
A 5G license is specially allocated spectrum, each of which is assigned to one property or building. These can be, for example, company premises, industrial parks, trade fair grounds or forestry areas. The 3.7 – 3.8 GHz frequency range is intended for private campus networks. The full 100 MHz bandwidth or parts thereof in 10 MHz increments can be requested. Once the frequency has been allocated, use must commence within 12 months. COCUS also provides support in applying for licenses and beyond.
What is special about network slicing in 5G?
Network slicing means that the networks can be divided into many areas (slices) depending on the application. Each slice is optimized to provide the resources and network topology required for the particular service and traffic. Features such as speed, capacity, connectivity and network coverage are tailored to the requirements of individual use cases, but functional components can also be shared across different network slices.
Why Campus Networks for Industry 4.0?
Private 5G campus networks allow industry to define their own security implementations. In addition, the high level of data security means that confidential data remains in-house and protected from third parties. In addition, the company’s own private network can ensure wireless, seamless and ubiquitous connectivity, which is essential, especially for time-critical applications.