主要特性與技術(shù)指標

精確的數(shù)據(jù)恢復(fù)和靈活的應(yīng)用模式

支持 2.5 GT/s（代）、5.0 GT/s（第二代）和 8.0 GT/s（第三代）速率

使用 ESP（均衡探頭）技術(shù)，可確保在全部 3 代平臺以及所有 x1 至 x16 鏈路寬度上進行精確的數(shù)據(jù)恢復(fù)

微彈簧技術(shù)提供與信號腳的可靠連接

探針上的彈簧蓋可以在不使用探頭時對其進行保護

為了降低測試成本，確保只使用一種類型：

- X16 直接

- X16 混合

- X8 雙向

- 雙功能支持（一個鏈路充當 2 個邏輯鏈路）

每 4 通道具有一個獨立的參考時鐘，可地發(fā)揮版圖的靈活性

描述

用于 PCIe 的是德中間總線 3.0 使用 ESP 技術(shù)可確保捕獲的數(shù)據(jù) 99% 精確。

Main Characteristics and Technical Indicators

Accurate data recovery and flexible application mode

Supports 2.5 GT/s (first generation), 5.0 GT/s (second generation) and 8.0 GT/s (third generation) rates

Using ESP (Equilibrium Monitor Probe) technology, accurate data recovery can be ensured on all 3-generation platforms and all x1-x16 link widths.

Micro Spring Technology Provides Reliable Connection with Signal Foot

The spring cap on the probe can be protected without using the probe.

To reduce testing costs, ensure that only one type is used:

- X16 direct

- X16 mixing

- X8 bidirectional

- Dual-function support (one link acts as two logical links)

Each 4 channels has an independent reference clock, which maximizes the flexibility of the layout.

describe

For PCIe, Deutsche Intermediate Bus 3.0 uses ESP technology to ensure 99% accuracy of captured data.