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精密實驗室系列:PCIe
高速的 Multi-Gigabit 產品無所不在。這些產品會以電視、藍光播放器、筆記型電腦、平板電腦、硬碟、車載視訊資訊娛樂系統等形式出現。隨著資料速率提升,具有 Multi-Gigabit 訊號的高速序列鏈路會面臨訊號失真的問題。訊號失真來自 PCB 和封裝介電損耗,以及導孔、連接器及封裝造成的阻抗不連續。訊號調節器 (例如轉接驅動器,重定時器及主動開關) 是克服失真的理想性能增強技術,可改善 Multi-Gigabit 訊號的品質,並增加總通道覆蓋範圍。本訊號調節訓練系列將著重於高速序列設計挑戰、各種電氣量測技術,以辨識和量化這些挑戰,並選擇最理想的訊號調節器加以解決。
精密實驗室系列:PCIe
What is PCIe?
This video is an overview of the PCIe link initialization process.
00:10:02|18 5月 2021
In this video, we discuss the development of the PCIe standard and it's common applications. It also will give a brief introduction into how a PCIe link is established during link initializing, including the steps involved in link training, and how signal conditioning should be considered in your next PCIe design.
資源
- Presentation & quiz
- Search TI's collection of signal conditioners for PCIe, SAS, and SATA products.
- We offer an extensive portfolio of low-power, low-latency, multi-channel redrivers, redrivers and passive switches that support the PCIe®, UPI, CXL™, SAS and SATA protocols.
- Find transceivers, SerDes and signal conditioners from Texas Instruments for more than 20 protocols
- Download and install TINA-TI, the preferred simulator used exclusively with TI Precision Labs.