10.3 An analog front-end for 100BASE-T1 automotive Ethernet in 28nm CMOS

Hui Pan,Junhua Tan,Evelyn Wenting Wang,Jingguang Wang,Karthik Swaminathan,Ramalingam Pandarinathan,Ramesh Pasagadugula,VamshiKrishna Yakkala,Mostafa Hammad,Karim Abdelhalim,Kaijun Li,Su Cui,Jing Wang,Ahmad Chini,Mehmet Tazebay,Suresh Venkatesan,Derek Tam,Ichiro Fujimori,Kambiz Vakilian

2016 IEEE International Solid-State Circuits Conference (ISSCC)（2016）

Cited 5|Views35

No score

Abstract

Ethernet over a single unshielded twisted pair (UTP) copper cable coupled with power over data lines (PoDL) is gaining momentum for automotive networking, as evidenced by the recent adoption of BroadR-Reach as the IEEE802.3bw (100BASE-T1) standard and the drafting of the IEEE802.3bp (1000BASE-T1) and IEEE802.3bu (PoDL) standards [1]. BroadR-Reach has won out for its superb electromagnetic compatibility (EMC) performance - a major challenge for adapting Ethernet to automotive environments [2]. Ethernet over plastic optical fiber, as specified by IEEE802.3bv [1], appears to be an EMC solution, but a separate medium is required to deliver power to networked sensors (such as cameras). Shielded pairs are not a good choice either, due to weight/size constraints and reliability concerns about shield grounding. This paper describes an analog front-end (AFE) that tackles the EMC problems and enables a 100BASE-T1 automotive product in 28nm CMOS.

Translated text

Key words

analog front-end reliability,100BASE-T1 automotive Ethernet,CMOS,unshielded twisted pair copper cable,UTP copper cable,power over data lines,IEEE802.3bu standard,PoDL standard,IEEE802.3bp standard,automotive networking,electromagnetic compatibility performance,EMC performance,Ethernet over plastic optical fiber,IEEE802.3bv standard,AFE,size 28 nm

AI Read Science

Must-Reading Tree

Example

Generate MRT to find the research sequence of this paper

Chat Paper

Summary is being generated by the instructions you defined