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Xena Networks 112Gbps SerDes MASTERCLASS WEBINAR - MAY 10
Xena Networks 網路測試
112Gbps SerDes Masterclass 線上研討會即將在 5/10 舉辦
Xena Networks 112Gbps SerDes MASTERCLASS WEBINAR at MAY 10
日期： 2023年5月10日
時間： 下午5：30 – 7：00
地點： 線上
費用： 免費
活動主題
1. CMIS Interoperability
2. Tx Equalization
3. AN / LT optimization
112G SerDes – Ready Set Go!
As the complexity of ensuring interoperability increases, customers want solutions that make that process simpler. Ideally, the goal is to make interoperability testing as easy as “Ready. Set. Go.”
Join us on May 10 when AMD, MultiLane, Teledyne LeCroy & Xena Networks demonstrate how this can be done with three key tests for optimizing the performance of devices handling 112G SerDes Ethernet.
After the demonstrations, there will be a Q&A session
1. CMIS Interoperability
The signal complexity at 112Gbps SerDes requires that developers need to adhere to more standards than ever before. As a result, the Common Management Interface Specification (CMIS) implementation has become a core component of ensuring smooth interoperability.
We will provide an overview of CMIS-driven interop validation via a practical demonstration. You will also learn how the industry can benefit from a simpler CMIS validation process in the face of increasing complexity.
2. Tx Equalization
The complexities of 112Gbps SerDes increase the risk of error. Tx / Rx equalization is a crucial aspect of ensuring efficient signal transmission at these speeds.
In this section of the webinar, we will explain the complex equalization techniques required and highlight how best to ensure a good Bit Error Rate on an AMD adaptive SoC using an Active Loopback.
3. AN / LT Optimization
Auto Negotiation (AN) allows network ports to establish a link via an electrical cable at the highest speed supported by both devices, while Link Training (LT) is used to establish reliable links with minimum data loss i.e. a low BER.
Firstly, you will see how 2 link partners negotiate to highest common denominator speed, and how to test and verify the Auto Negotiation communication between 2 devices.
In the second part of the demonstration, you will see:
- How link training is used to optimize equalizer tab settings to achieve the lowest possible BER
- What information the 2 endpoints communicate
- How the link training algorithm tries different equalizer tab settings to optimize BER
- How to find the Boundaries levels of each of the Tab settings
- How this help users to optimize and test their LT implementation
