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MIPI

Tektronix 會向 MIPI 設計人員 (例如設計自動駕駛系統、車用資訊娛樂或其他行動裝置者) 提供適用於 M-PHY、D-PHY 和 C-PHY 的 MIPI PHY 發射器、接收器和通訊協定測試解決方案之組合。 這些解決方案跟隨著快速變更的 MIPI 標準,提供設計人員所需的未來前瞻性之測試解決方案,以便其有效率地推出新產品。

最新消息!業界第一個接收器測試解決方案,詳盡包含了 MIPI 聯盟最新發佈的 D-PHY 2.0 版規格,以及 C-PHY 1.1 版接收器測試規格的完整支援。

使用 Tektronix 示波器、AWG、BERT 和軟體的發射器和接收器測試

Library

Title
MIPI Debug and Conformance Testing Challenges and Solutions
View the slides from the presentation, MIPI High Speed Serial Technologies: Debug & Conformance Testing Challenges and Solutions, created by Tektronix' Ramesh P.E, Principal Engineer and Parthasarathy …
A Creative Solution for MIPI D-PHY Rx Validation
In this case study, Narender Singh, Staff Engineer at NXP Semiconductors, describes an innovative method using a DPO70000C Series oscilloscope and MIPI D-PHY transmitter (Tx) compliance test software …
The Basics of Serial Data Compliance and Validation Measurements
High-speed serial bus architectures are the new norm in today’s high-performance designs. While parallel bus standards are undergoing some changes, serial buses are established across multiple markets …
觸發基礎知識
Pinpoint 觸發系統採用矽鍺技術 (SiGe) 半導體實行方法,所有觸發功能皆可使用示波器的所有類比頻寬。本文討論了觸發技術基礎知識,以及Pinpoint觸發與搜尋和標記功能如何將即時示波器中的觸發技術提升到全新的水準。
對時序水平抖動的認識和鑒定
所有使用電壓轉換來顯示時序資訊的電系統,都會攜帶《時序水平抖動》這個不受歡迎的伴侶。本文主要討論電系統中的水平抖動。
Automated Compliance Testing of MIPI D-PHY Physical Layer
The MIPI Alliance has defined tests to ensure that MIPI D-PHY transmitter designs conform to MIPI standards.  D-PHY compliance testing is usually performed using an oscilloscope and may be automated …
瞭解和執行 MIPI M-PHY 實體層和通訊協定層測試
M-PHY 高速串列介面在行動裝置和可攜式 PC 產業之間獲得廣泛的採用,處理 MIPI M-PHY 的相關工程師證面臨著各種測試挑戰。檢視本應用摘要,瞭解相關背景知識,以及如何執行 MIPI M-PHY 測試。
TekExpress 軟體和 MIPI® 實體層和通訊協定層測試
利用 Tektronix TekExpress 軟體和示波器來瞭解和執行 MIPI®D-PHY 實體層、CSI 和 DSI 通訊協定層測試。
Probing Tips for High Performance Design and Measurement
When a high performance system or component needs to be verified, it often requires attaching an oscilloscope probe. For high speed circuits, the effect of attaching a probe often cannot be ignored …
嵌入式系統設計中的低速串列匯流排除錯
當今嵌入式系統已經無所不在。嵌入式系統可簡單定義為屬於大 型系統或機器的一部分,是一種專用的電腦系統,其目的是為該 系統或機器提供監測和控制服務。典型的嵌入式系統是從啟動時 即開始執行某些專用的應用程式,直到關閉後才會停止。當前設 計和製造的所有電子裝置,均屬於嵌入式系統。
Oscilloscope Probing for MIPI M-PHY TX Measurements
Overview The MIPI® Alliance has established specifications for standard interfaces used in mobile electronics. While the MIPI® standards define several physical layers, the MIPI M-PHY …
Decoding and Searching MIPI I3C Bus Activity with an Oscilloscope
THIS APPLICATION NOTE Gives a brief orientation on the physical layer and packet structures of I3C with the goal of providing just enough detail to help with …
Title
PHY Layer Testing for MIPI DPHY MPHY Bus Compliance
HDMI 20 Webinar
Development & Testing of Next Generation HDMI Interfaces.
MIPI C-PHY D-PHY Webinar
MIPI alliance standards have been driving the adoption of newer features and higher data rates for emerging mobile applications.  Oscilloscope-based protocol layer validation enables isolating …
Demystify MIPI D-PHY and C-PHY Transmitter and Receiver Physical Layer Test
During this webinar, you'll gain an understanding of MIPI test challenges for both MIPI high-speed physical layers. You'll also get useful tips and technical insights into characterizing and …
How to Design Longer Battery Life in Mobile Computing Devices
This Tektronix Webinar discusses current monitoring over time to assess a semiconductor system's power performance with an emphasis on higher accuracy. In this 35 minute instructional webinar …
Title
MIPI D-PHY 測試實作方法 (MOI)
概覽:這種測試選擇的驗證了 D-PHY* 產品的各種電氣特性要求 (定義於 D-PHY* 規範第 8 節,第 0.9 版)。Group 1 (8.1.x) 驗證高速發射器 AC 和 DC 規格 (摘要說明於第 8 節表 16 和 17)。Group 2 (8.2.x) 則驗證低功率發射器交流和直流參數 (摘要說明於第 8 節表 18 和 19)。
MIPI® M-PHY 實作方法
本文件包含 MIPI® M-PHY* 量測和安裝程序庫實作方法 (MOI),進行驗證、除錯、特性分析、相容性和互通性測試
MIPI C-PHY Receiver Conformance Test MOI Ver 1.2