Teledyne LeCroy Conquest User Manual - Users Manual - Manual (Page 13)

Introduction
3
Introduction
This manual describes the installation and operation of the
LeCroy Conquest™ and Conquest M2 USB Analyzer/Exerciser. Conquest
has a subset of features of Conquest M2 (see “Conquest Versions” on
page 1).
Conquest – The Conquest is LeCroy’s entry-level USB analyzer, designed
for easy setup with time-saving features like predefined trigger settings. The
Conquest Advanced adds multi-state sequential triggering to provide
sophisticated triggering debugging intermittent problems.
Conquest M2 – The Conquest M2 Pro combines full function analysis
capabilities with an integrated exerciser option. The Pro model includes the
same easy-to-understand display of bus traffic and adds advanced multi-state
triggering, OTG support, real-time performance analysis, special timing and
DC Compliance measurements. The exerciser can be enabled via software
key to allow host, device, and OTG emulation.
Overview
Conquest M2 is a serial bus Analyzer/Exerciser that is capable of analyzing
and exercising data transfers for USB 1.x and USB 2.0 Low speed, Full speed,
and High speed protocols. One upstream and one downstream auxiliary
connector allows convenient testing of Hub input and output I/O ports. The
following is a description of Conquest M2 capabilities if all options are
installed.
Conquest M2 incorporates two modes of operation, Easy and Advanced. You
can operate each of the installed options, except the OTG Exerciser, in any
mode combination. As an example, you can perform a Capture and Trigger
with either the Easy Mode Exerciser or the Advanced Mode Exerciser.
The convenient, easy-to-use Easy Mode allows you to perform 95% of USB
data capture and triggering with a minimum of programming. In the Easy
Mode, you can quickly:
•
Capture and Trigger on USB packets.
• Generate Host traffic with the Host Exerciser while monitoring and
analyzing the result.
• Analyze and Exercise OTG Devices.
• Perform a real time Performance Analysis.
• Perform simultaneous Protocol and Timing Analysis.