Munich
Munich is a city in Bavaria, Germany.
- Deployments
- 1
- Companies
- 5
- Products
- 7
- Technologies
- 9
Consumer intelligence
Why This Matters
Munich is part of a larger connected-mobility system. Geography reveals where connected-mobility activity is concentrated and how local needs shape implementation. Urban intersections, freight corridors, transit fleets, ports, and charging networks often require different combinations of technology and participants.
Map
Munich on the map
Verified coordinates and related ecosystem records.
Real-world activity
Deployments
Completed · Cross-Border Pilot
A cross-border 5G connected and automated mobility corridor between Bologna and Munich.
Market
Companies
Commercial systems
Products
Products from companies directly connected to this Location.
BMW Group
A pilot charging-management capability for testing bidirectional exchange between BMW electric vehicles and the grid.
Rohde & Schwarz
A radio communications tester configured for cellular V2X device and application validation.
Rohde & Schwarz
A 5G signaling test platform used to validate network and sidelink vehicle communication.
The Mobility House
Software for aggregating EV flexibility and connecting it with electricity markets.
The Mobility House
Vendor-neutral charging and energy management system for fleets and multi-charger sites.
Yunex Traffic
A cooperative transport platform connecting traffic management infrastructure with equipped road users.
Yunex Traffic
Roadside communication unit for cooperative intelligent transport and V2X infrastructure applications.
Technical foundation
Technologies
5G-V2X
5G-V2X extends cellular vehicle communications with higher capacity, lower latency, improved reliability, and support for advanced cooperative and automated driving applications.
BDC
Bidirectional Charging allows an electric vehicle battery to receive electricity and return stored energy to a home, building, load, or electric grid.
C-V2X
Cellular Vehicle-to-Everything is a communications technology that allows vehicles to exchange safety, traffic, and mobility information with other vehicles, infrastructure, pedestrians, and cellular networks.
C-ITS
Cooperative Intelligent Transport Systems allow vehicles, infrastructure, traffic systems, and road users to share information for safer and more efficient transportation.
ITS-G5
ITS-G5 is a European short-range communications technology used by cooperative intelligent transport systems for direct vehicle and roadside communications.
LTE-V2X
LTE-V2X is the initial cellular V2X generation based on LTE technology, supporting direct vehicle communications and network-assisted V2X services.
V2G
Vehicle-to-Grid enables electric vehicles to exchange energy with the electric grid, allowing managed charging and, where supported, the export of stored vehicle energy.
V2I
Vehicle-to-Infrastructure enables vehicles to exchange information with roadside equipment, traffic signals, tolling systems, charging infrastructure, and other transportation assets.
V2N
Vehicle-to-Network connects vehicles with cellular and cloud-based services for traffic information, navigation, software services, fleet management, and broader V2X applications.
Interoperability
Standards
Release 14
Introduced initial LTE-based Cellular V2X specifications supporting direct vehicle communications and network-assisted V2X services.
ITS-G5
European communications specifications for cooperative intelligent transport systems using short-range vehicle and roadside communications.