Once the vehicle is out in the real world, software and firmware updates may become difficult to implement. In a vehicle, the firmware or software piece can be updated wirelessly using a cellular network, through a gateway (OTA Manager) inside the car, and passed onto the respective ECUs, which is present in all modern vehicles.
Our cars have evolved into intelligent machines due to the
“In the era of connected technology,” every technology-driven business is
The main function of Battery Management System (BMS) is to ensure that the battery is protected and any operation out of its safety limit is prevented. It monitors the battery pack’s state of charge (SOC) along with the state of health (SOH).
ISO 26262 is also referred to as H&RA (Hazard & Risk Analysis) and it provides an automotive-specific risk-based approach for determining risk classes. This safety standard is developed by the International Organization for Standardization (ISO). The overall aim of the analysis is to identify and classify the potential hazards in the procedure and to formulate safety goals related to the prevention or mitigation of these hazards to achieve an acceptable residual risk. In this article, you will learn what are the benefits of it and what are its benefits.
Imagine on a fine day, you enter in your car
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
Case study – A complete design and development of the SOM based on Qualcomm Snapdragon SD820A for an APAC based all-electric vehicle…
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.
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