Leverage Ethernet to improve passenger safety, comfort, and convenience
Timothy Lau, Broadcom
EETimes (1/19/2012 3:00 AM EST)
As homes become more digitally sophisticated, consumers are developing higher expectations for connectivity and greater levels of safety and comfort in their home away from home—their vehicle. As a result, in-vehicle electronics are growing in number and complexity, keeping step with technology advancements and capitalizing on consumer expectations for a connected driving experience.
Collision warning, comfort controls, infotainment and advanced driver assistance are just some of today’s sophisticated and diverse applications generating an increasing need for bandwidth and connectivity within and between in-vehicle networks. Answering these needs effectively is creating a significant competitive arena for innovation among automotive manufacturers and OEMs.
In such a market, vehicle electronics are no longer considered a series of distinct stand-alone components and are evolving into a more seamless in-vehicle network. By connecting through proven IP-based Ethernet technology, auto manufacturers have the means to bridge the gap between function and entertainment within a single network, while dramatically reducing connectivity cost and cabling weight.
To read the full article, click here
Related Semiconductor IP
- Ethernet IP Core compliant with 100BASE-TX and 1000BASE-T
- Multi-channel, multi-speed Ethernet universal media access control (MAC) and physical coding sublayer IP (UMAC)
- Ethernet - up to 800G Verification IP
- Ethernet 40G,100G Verification IP
- Ethernet 25G,50G Verification IP
Related Articles
- A Look at New Open Standards to Improve Reliability and Redundancy of Automotive Ethernet
- Safety Verification and Optimization of Automotive Ethernet Using Dedicated SoC FIT Rates
- New Ethernet Adaptation Layer Adds Control Option to MIPI A-PHY Automotive Networks
- Maximizing ESD protection for automotive Ethernet applications
Latest Articles
- SEAM-V: A Hybrid-Decoupled RISC-V Vector Processor with Backend-Visible EP Context for Sustained Vector Throughput
- New Number Formats for FFT IP Cores in Optical OFDM Transceivers
- Reducing Power Consumption of Embedded Dynamic Memories with ECCs
- NIFA: Nonlinear IMC enhanced FPGA for efficient ML inference
- A 32-channel event-based bio-signal analog front-end with adaptive delta and pulse frequency encoding