主要特性與技術指標
功能強大，能夠滿足當前和未來的設計需求
支持第三代高速數(shù)據(jù)速率
高達 16 GB 的數(shù)據(jù)存儲深度
多達 4 個數(shù)據(jù)通道
對復雜設計的全面和深入分析
跟蹤從物理層到應用層的多條 M-PHY 總線
原始模式 8b/10b 數(shù)據(jù)視圖
綜合 Infiniium 示波器
功能強大的界面使用戶可以不受限制地定制系統(tǒng)視圖
功能強大的觸發(fā)
使用 AND/OR 邏輯實現(xiàn)多路 “if/then/else” 觸發(fā)分支
50 多個觸發(fā)宏命令
物理和協(xié)議錯誤觸發(fā)
事件計數(shù)器、標記和計時器
靈活的探測
U4433A 高阻抗飛線（連接到 N5426A ZIF 探針）
U4432A 低阻抗 SMA 接口
描述
深入的分析能力幫助您贏得 M-PHY 標準之戰(zhàn)
MIPI™ M-PHY 標準是下一代移動計算設計的支柱。與以往相比，這些設計的體系結構更快速、更復雜，因此在許多應用中正逐步取代臺式電腦。
移動設計人員為設計添加了多個高速總線，以便管理多個高分辨率相機、高速外設、*圖形適配器和大容量存儲緩沖器。這就對帶寬提出了越來越高的需求，進而推動 M-PHY 規(guī)范的擴展，將 4 通道 6.0-Gbs 選件包括在內。U4431A 提供了每通道高達 16 GB 的分析存儲器，使設計人員即便是在高速下也能捕獲長達幾十秒的系統(tǒng)流量。
另外，Keysight U4431A 還提供了 “原始模式”，使設計人員能夠查看時間關聯(lián)的 8b/10b 數(shù)據(jù)。這種數(shù)據(jù)是構成每種協(xié)議的基礎。這些狀態(tài)可作為波形或列表進行顯示，幫助設計人員分析如何在協(xié)議層上組成數(shù)據(jù)包。
這種分析能力覆蓋整個 M-PHY 協(xié)議堆棧，使您可以檢測從物理層到鏈路層、從傳輸層到更高應用層的錯誤。通過這些視圖，工程師可在整個數(shù)據(jù)傳輸過程中對數(shù)據(jù)進行解析。
Main Characteristics and Technical Indicators
Powerful to meet current and future design needs
Maximum support for third-generation high-speed data rates
Data storage depth up to 16 GB
Up to four data channels
Comprehensive and in-depth analysis of complex design
Tracking multiple M-PHY buses from physical layer to application layer
Original schema 8b/10b data view
Integrated Infiniium Oscilloscope
Powerful interfaces allow users to customize system views without restrictions
Powerful triggers
Using AND/OR logic to implement multi-channel "if/then/else" triggering branches
More than 50 trigger macro commands
Physical and protocol error triggering
Event counter, marker and timer
Flexible detection
U4433A High Impedance Flying Wire (Connected to N5426A ZIF Probe)
U4432A Low Impedance SMA Interface
describe
Deep analytical capabilities help you win the M-PHY standard battle
MIPI M-PHY standard is the pillar of next generation computing design. Compared with the past, the architectures of these designs are faster and more complex, so they are gradually replacing desktop computers in many applications.
designers add several high-speed buses to the design to manage multiple high-resolution cameras, high-speed peripherals, advanced graphics adapters and large storage buffers. This raises a growing demａnd for bandwidth, which further promotes the expansion of the M-PHY specification, including the 4-channel 6.0-Gbs option. U4431A provides up to 16 GB of analytical memory per channel, enabling designers to capture system traffic for tens of seconds even at high speeds.
In addition, Keysight U4431A provides a "primitive mode" to enable designers to view time-related 8b/10b data. This data is the basis of each protocol. These states can be displayed as waveforms or lists to help designers analyze how to compose data packets on the protocol layer.
This analysis capability covers the entire M-PHY protocol stack, allowing you to detect errors from the physical layer to the link layer, from the transport layer to the higher application layer. Through these views, engineers can parse the data throughout the data transmission process.
