A Webinar Featuring MultiLane, Hosted by Xena Networks
Date: Thursday, 8 December
Time: 10:30AM – 12:00 PM PST
01:30 PM – 03:00 PM EST
07:30 PM – 09:00 PM CET
02:30 AM – 04:00 AM CT
On 8 December, join us for a masterclass in implementing 112Gbps SerDes.
This is a “must-attend” event for any engineer preparing to upgrade from 56Gbps PAM4 to Ethernet’s newest high-speed, 112Gbps SerDes.
The webinar will feature presentations from four leading experts in high-speed Ethernet, followed by an open panel Q&A where you are invited to submit your questions in advance.
112G Link Design Best Practices – An End-to-End Approach
AMD XILINX
Presenter: Martin Gilpatric (Sr. Technical Marketing Manager – Transceiver Technology) & Jun Wang (Sr. Technical Marketing Manager – Transceiver & SI)
Incorporating 112G links into high-performance products brings both opportunity and new engineering challenges. Martin Gilpatric will outline top considerations when designing systems for 112G – from protocol selection to transceiver configuration, to channel design, simulation, and testing
Navigating Physical Layer Challenges of 112G SerDes Development
MultiLane
Presenter: Hani Daou (Senior Applications Engineer)
SI design and thermal management are two of the most significant challenges of physical layer 112G/lane SerDes. Hani Daou will address both these issues and highlight how MultiLane can support chip and system developers from a very early stage.
112G Link Training Testing – Protocol and Performance
Xena Networks
Presenter: Claus Hoyer (VP Technology & Architecture)
Moving from 56G to 112G SerDes speed has increased the criticality of a robust AN/LT implementation for successful Ethernet link establishment. Claus Hoyer will outline key end-point AN/LT protocol testing parameters and present strategies for achieving superior Signal Integrity.
Making AN/LT reliable at 112Gbps speeds
Teledyne LeCroy
Presenter: Craig Foster (Product Line Manager)
Each new speed increase brings additional challenges for AN/LT interoperability. Craig Foster will share common issues encountered in the AN/LT link bring up as well as some processes to help improve reliability.
