IEEE Standards Association | IEEE SA’s Post

The faster the data rates are, the more challenging and critical it is to test before deployment. We expect that multi-gigabit Automotive Ethernet will drive the needs of higher-speed communication based on standards created with IEEE-ISTO. Move your innovation forward with IEEE-ISTO. https://lnkd.in/dUMmPvp

Don't miss the on-demand webinar from IEEE802, a key part of the Time-Sensitive Networking series, focusing on "TSN Profile for Automotive." This webinar offers a deep dive into how TSN technology is reshaping in-vehicle Ethernet communications, driving more efficient and reliable networking solutions. It's an invaluable resource for automotive professionals eager to grasp the nuances of digital transformation in their sector. Watch now and learn how TSN is establishing new benchmarks in the industry and shaping the future of automotive technology: https://lnkd.in/eKwXzr2F #TimeSensitiveNetworking #AutomotiveInnovation #DigitalTransformation #InVehicleNetworking #WebinarOnDemand

The Electric and Electronic (EE) architectures in automotive are evolving to support complex requirements. As communication demands increase, standardized in-vehicle communication technologies like automotive SerDes and automotive Ethernet become crucial. Read our white paper to learn how to overcome IVN physical layer testing challenges. Download now: https://lnkd.in/gWsQWVye

The Electric and Electronic (EE) architectures in automotive are evolving to support complex requirements. As communication demands increase, standardized in-vehicle communication technologies like automotive SerDes and automotive Ethernet become crucial. Read our white paper to learn how to overcome IVN physical layer testing challenges. Download now: https://lnkd.in/gfEqKxF8

The Electric and Electronic (EE) architectures in automotive are evolving to support complex requirements. As communication demands increase, standardized in-vehicle communication technologies like automotive SerDes and automotive Ethernet become crucial. Read our white paper to learn how to overcome IVN physical layer testing challenges. Download now: https://lnkd.in/eQ-gtDfc

The Electric and Electronic (EE) architectures in automotive are evolving to support complex requirements. As communication demands increase, standardized in-vehicle communication technologies like automotive SerDes and automotive Ethernet become crucial. Read our white paper to learn how to overcome IVN physical layer testing challenges. Download now: https://lnkd.in/edP8H3Kt

The Electric and Electronic (EE) architectures in automotive are evolving to support complex requirements. As communication demands increase, standardized in-vehicle communication technologies like automotive SerDes and automotive Ethernet become crucial. Read our white paper to learn how to overcome IVN physical layer testing challenges. Download now: https://keysig.ht/pVUeoT

The Electric and Electronic (EE) architectures in automotive are evolving to support complex requirements. As communication demands increase, standardized in-vehicle communication technologies like automotive SerDes and automotive Ethernet become crucial. Read our white paper to learn how to overcome IVN physical layer testing challenges. Download now: https://lnkd.in/em6rucez

Is the moving target of relevant TSN standards hindering adoption of this increasingly vital networking technology in the automotive, manufacturing, transportation and utilities industries? Industry experts share how increasingly vital, yet evolving TSN standards can be addressed by a back-to-basics approach (and more!): https://ow.ly/8M7K30sEF5n #WeAreWindRiver

“As of today, the IEEE 802.3cz standard technology provides the only existing solution for 25 Gb/s and 50 Gb/s single lane connections with 4 inline connectors and a maximum length of 40 meters in the car over OM3 multimode fiber,” stated Luisma Torres, Principal System Architect at KDPOF and active member at IEEE Standards Association. Thanks, Sanjay Gangal, for publishing the news about the release of the IEEE 802.3cz-2023 Standard “#IEEE Standard for Ethernet Amendment 7: Physical Layer Specifications and Management Parameters for multi-gigabit glass optical fiber automotive Ethernet” by the IEEE Standards Association | IEEE SA on EDA Cafe! The IEEE 802.3cz-2023 (nGBASE-AU) standard has been designed from scratch with the goal of meeting stringent automotive requirements. The use of glass optical fiber improves power consumption. In addition, it is more resilient to aging problems. It is absolutely future-proof since ECUs can be upgraded to higher speeds while keeping the same harness. #automotive #fiberoptics #KDPOF #ADAS #nGBASEAU #autonomousvehicles #connecteddriving #automatedcars #AutomotiveEthernet #photonics #EMC #EMCsafe #driverassist #multigigabit