The complexity in electrical and electronic components are increasing in new age vehicles. To enable Vehicle-to-Everything (v2x) connectivity, vehicle automation and ADAS features, in-vehicle sensors, controls and interfaces require very high bandwidth with faster data throughput. Automotive Ethernet, a super-fast in-vehicle communication protocol with very high bandwidth is the need of the hour for automotive industry to support high-end vehicular functions.

Since 1855, when the first automobile was invented, the automobile industry has evolved from mere

AUTOSAR adaptive platform is a safe, robust, and incremental platform that assists OEMs to design feature-packed vehicles to support futuristic automotive trends. The adaptive platform uses intelligent ECUs and enables high-end vehicular applications to update over vehicle’s life cycle. Read this blog to understand the adaptive AUTOSAR platform, its characteristics, architecture and its use-cases.

There is no denying that Telematics is one of the biggest automotive trends of recent

The automotive industry has drastically evolved over the last decade. The main factors behind this

Through the century-long journey, the automotive industry has evolved from a traditional self-contained network to

AUTOSAR is an open system architecture to support automotive OEMs and Tier-1 suppliers to improve ECU software quality, reduce development costs, and avoid re-development of similar ECU software components repeatedly for the same vehicular applications. It is a growing and evolving standard defining a layered architecture for software.

The automotive industry is thriving with innovations in technology, design, UX, connectivity, infotainment, and safety

Automotive connectivity solutions has progressed incredibly over past few years and now connected vehicle ecosystem