May 20, 2020
High speed bidirectional signaling presents many challenges in transmitting and receiving data in rugged applications like automotive vehicles. Jitter, crosstalk, ISI, reflections, etc. all impair high signals traveling between two endpoints over long cabling distance. In this video you will learn about the circuit components and sub-blocks within FPD-Link devices that make high speed data transmission possible.
Learn how to design with RS-485 transceivers.
Learn how to design with CAN/LIN transceivers and multi-function system basis chips (SBCs).
Learn how to design with Ethernet PHYs, retimers and redrivers.
Learn about FPD-Link, a multi-protocol physical-layer technology that aggregates data from various industry-standard protocols and transfers it over cables.
Learn how to design with PCIe retimers and redrivers.
7Signal conditioning (5)
Learn signal conditioning basics with retimers and redrivers.
8Video interface (4)
Learn how to design with serial digital interface (SDI) and DisplayPort (DP) interface ICs.
Learn how to design with USB ICs.
Develop basic understanding of LVDS ICs.