In order to maximize the performance of a high-speed serial link, optimal setting of link equalization and transceiver/receiver electrical parameters takes into consideration the characteristics of wiring, cables, connectors, and devices on the other end of the board. is needed. However, debugging while using a measuring instrument after manufacturing a board takes time, and commercially available transmission path analysis tools are expensive.

JNEye provided by Intel® supports hybrid analysis that mixes high-speed static analysis and high-precision time-domain (dynamic) analysis. to simulate.
For example, if the time domain analysis takes 20 minutes, the simulation will be completed in about 2 minutes for static analysis and about 4 minutes for hybrid analysis.

Features of JNEye

Free for Subscription Edition Quartus II Users
ジッタ、反射、クロストーク、挿入/反射損失などの SI (Signal Integrity)解析が可能
Simulation time is several minutes (hybrid analysis)
Easy operation with push button
Supports three simulation modes: static analysis, time domain analysis and hybrid analysis
View compliance masks for standards such as PCI Express®
Waveforms of JNEye simulation results and actual measurement results can be compared
Allows consideration of PVT (process, voltage, temperature) variations
Built-in Arria 10 GX/GT, Stratix V GX/GT, Arria V GZ libraries as standard
Supports industry standard models such as IBIS-AMI and Touchstone S-parameters for non-Intel device analysis

Abundant GUI (Graphical User Interface)

JNEye has a rich GUI to facilitate analysis of high speed serial links.

 

 

 

Link Designer

Channel Viewer

Data Viewer

Correlation

Topology (pseudo-circuit)
creation of

Analysis of noise rate as a function of frequency

Analysis in eye diagram

Comparison of simulation results and measurement data from actual equipment

JNEye reference information

JNEye webinar (English version: 8 minutes)

Fast and Accurate High-Speed Serial Channel Design with the JNEye Link Analysis Tool

White Paper (English / PDF: 2.66 MB)

A Significant Technology Advancement in High-Speed Link Modeling and Simulation (English・PDF:2.66 MB)

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