如何使用 RTP 示波器進行 MIPI D-PHY 2.1 / 2.5 一致性測試

本線上研討會是針對從事數位設計和測試的工程師，特別是 MIPI 等技術的工程師。我們將簡要介紹了 MIPI D-PHY之訊號和規範，我們將討論其合規性測試設定及測試實例。

您將從此線上研討會獲得詳細細資訊的分步指南，以了解如何從羅德史瓦茲的測試解決方案中受益。我們將向您介紹一套先進的除錯工具，可以幫助您找到根本原因，並在合規性失敗時，回到正軌。實際範例將說明 MIPI 合規性測試變得簡單且可靠。

本線上研討會是針對從事數位設計和測試的工程師，特別是 MIPI 等技術的工程師。我們將簡要介紹了 MIPI D-PHY之訊號和規範，我們將討論其合規性測試設定及測試實例。

您將從此線上研討會獲得詳細細資訊的分步指南，以了解如何從羅德史瓦茲的測試解決方案中受益。我們將向您介紹一套先進的除錯工具，可以幫助您找到根本原因，並在合規性失敗時，回到正軌。實際範例將說明 MIPI 合規性測試變得簡單且可靠。

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Speakers:

Guido Schulze

Product Manager Oscilloscopes, Rohde & Schwarz

Guido Schulze has more than 20 years of experience in high-speed digital testing. He has worked in the last ten years as a product manager for the oscilloscope product division of Rohde&Schwarz. He specializes in high-end models and their respective applications.

Alessandro Cappelletti

Application Engineer Oscilloscopes, Rohde & Schwarz

Alessandro obtained his MSc in Telecommunication Engineering and spent 10 years in the post-silicon validation field for the consumer electronics industry. At Rohde & Schwarz he is responsible for developing high-speed digital applications on high-end oscilloscopes with an emphasis on HDMI and MIPI technologies, focusing on measurement automation and compliance testing.