The Technological Institute of Castilla y León (ITCL), a member of DIHBU and an affiliated entity of the DIGIS3 project, has launched a new technological demonstrator focusing on 5G technology. This advanced infrastructure is designed to transform testing and experimentation processes within Industry 4.0, offering businesses new opportunities to explore the potential of private 5G networks.
The Technological Institute of Castilla y León (ITCL), a member of DIHBU and an affiliated entity of the DIGIS3 project, has launched a new technological demonstrator focusing on 5G technology. This advanced infrastructure is designed to transform testing and experimentation processes within Industry 4.0, offering businesses new opportunities to explore the potential of private 5G networks.
This demonstrator showcases innovative applications and use cases of industrial 5G technology through a private network. Key elements include:
- Robotics: Robotic systems operating in 5G-enabled environments, integrated with virtual reality.
- Human-machine interaction: Advanced systems enhancing collaboration between people and technology.
- Image processing: High-precision cameras for real-time control of industrial processes.
The test infrastructure allows businesses to compare working in a private 5G network environment versus traditional setups. The demonstrator includes robotic elements functioning in a 5G environment, integration with virtual reality, and real-time image capture and processing cameras, alongside hardware components linked to a private 5G network infrastructure.
How can you benefit from this service?
The service is available on demand, with bespoke demonstrations that can incorporate additional elements. It also offers advanced training in this technology and the design of proof-of-concept experiments. Furthermore, it enables clients to test the operation of their devices in a 5G environment.
Businesses interested in using the services of the technological demonstrator can request a free visit, either in person or virtually. The cost of using the equipment for testing, prototype development, and application pilots will depend on the type of service required and the profile of the requesting company.
This initiative is partially co-funded by European funds under the DIGIS3 project and national funds from the PADIH programme, provided by the Ministry of Industry through Next Generation EU.
If you are interested in visiting this infrastructure or testing any of its functionalities, please submit your request via this form.
