RELATED SERVICE:
Smart Mobility & Automotive
Actionable Benefits
- Develop strategy to take advantage of cooperative mobility opportunity based on immediate, short to mid-term, and long-term use cases and shipment forecasts.
- Identify overlooked use cases that can be promptly deployed in connected cars.
- Develop applications, services and hardware priorities according to V2X phased rollout and regional variances.
Research Highlights
- Classification of cooperative mobility into three consecutive deployment phases along with comprehensive examination of each phase applications, limitations, and technology and market adoption requirements.
- Practical strategies for OEMs, Tier1, government agencies, and V2X chipset vendors and service providers to take advantage of the cooperative mobility opportunity in a future with C-V2X and DSRC coexistence.
- Vehicle to Network (V2N) LTE, 802.11p and C-V2X shipment projection over the next 7 years.
Critical Questions Answered
- What are the successive cooperative mobility deployment phases and their shipment opportunity within the next years?
- What applications are associated with each cooperative mobility phase and when will they reach maturity?
- What is the impact of different technology protocols coexistence (C-V2X and DSRC) for OEMs, chipset vendors, Tier 1 and V2X service providers?
- What is the role of infrastructure in enabling V2X applications?
Who Should Read This?
- Strategists within OEMs looking for potential applications, chipset and V2X service providers, or geographical regions with highest revenue potential.
- Decision-makers within OEMs and municipal, city or transport authorities looking to develop plan of action that encourage higher V2X adoption.
- Leaders within V2X chipset and service providers, OEMs, and Tier 1 vendors developing strategies for market positioning face distinct technology mandates in different regions.
Companies Mentioned
