Teledyne LeCroy - Test Solutions for Automotive

Testing
Automotive Ethernet
In-Vehicle Networking
TDME
Videos
Webinars
Technical Documents
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Physical Layer Test Solutions

Tools tailored towards In-Vehicle Network test and debug.

The best next generation Automotive Ethernet solutions
Superior In-Vehicle Networking debug and analysis
TDME options for faster debug and validation efficiency
Impedance Profile and S-parameter measurements

Protocol Layer Test Solutions

Protocol analysis – capture, analyze, and test devices that use the 2.4 GHz and 5GHz ISM bands and Conformance testing (Bluetooth LE)

Complete captures of Bluetooth LE, Bluetooth Classic BR/EDR, 802.11 a/b/g/n and ac, and 802.15.4 Technologies
Capture Wired technologies (HCI UART & Logic) alongside Wireless for comprehensive debugging
Small footprint, USB bus powered and car adapter (included) for exceptional mobility
Highly portable

Explore Bluetooth Protocol Analysis Solutions Explore Bluetooth LE Conformance Testing Explore Automotive Torque Testing

Testing and Consulting Services

Make sure your team and your products are ready – Frontline Test Services offers both world class consultancy services and interoperability testing services.

Leverage Teledyne LeCroy’s expertise and experience with technologies including Bluetooth, Wi-Fi, USB and more
The FTS Team provides help during any part of your products lifecycle from design concept to after market
Take advantage of one of the largest test device libraries in the industry
Expand or enhance your QA department

Explore Frontline Test Services

The Best Next Generation Automotive Ethernet Solutions

Cover all aspects of physical layer Automotive Ethernet compliance testing and debug.

Debug Tools for Link Startup

Trigger on Link Startup
Debug link startup handshaking
Identify link startup and packet errors

Explore 100Base-T1

Debug and Characterize System Performance

Enhanced Signal Separation
Dedicated PAM3 debug environment
12 eye diagram parameters

Explore Automotive Ethernet Debug

Comprehensive Compliance Testing

10Base-T1S, 100Base-T1, TC8, 1000Base-T1 and MultiGBase-T1
Support for IEEE and OPEN Alliance
Pass/fail report Generation

Explore QPHY-10Base-T1S Explore QPHY-10Base-T1-TDR Explore QPHY-100Base-T1 Explore QPHY-100Base-T1-TDR Explore QPHY-1000Base-T1 Explore QPHY-1000Base-T1-TDR Explore QPHY-MultiGBase-T1

Superior In-Vehicle Networking Tools

Tools tailored towards In-Vehicle Network test and debug.

CAN, CAN FD, J1939

Symbolic (.ARXML and .dbc) trigger and decode
Automated timing measurements
Eye diagram with mask testing per ID

Explore CAN, CAN FD, J1939

LIN

LIN 1.3, 2.x and J2602 support
Conditional ID/Address triggering
Flexible Error-frame trigger

Explore LIN

FlexRay

Trigger on frames, symbols, and errors
Eye diagram with mask testing
FlexRay physical layer measurements

Explore FlexRay

SENT and SENT SPC

Decode and analyze fast and slow channels
Extract and plot embedded SENT data
Characterize SENT SPC MTP Stability

Explore SENT and SENT SPC

MOST50, MOST150

Compliance testing for:

MOST 50 ePHY
MOST150 oPHY
MOST150 cPHY

Explore MOST150 cPHY and oPHY Explore MOST50 ePHY

Manchester/PSI5

Decode 125 and 189 kb/s
User-Definable Protocol Decoding
Quickly search long records

Explore Manchester/PSI5

CSI-2, DSI-2

Decode CSI-2 and DSI-2 over C-PHY/D-PHY
Physical layer tests
C-PHY and D-PHY conformance tests

Explore MIPI C-PHY
Explore MIPI D-PHY

USB

Mature, proven technology
Backward-compatible and low cost
Data transfer speeds suitable for a variety of applications

Explore USB Solutions

Bluetooth

Live or post-capture decryption and analysis
All Bluetooth profiles and protocols supported through the latest specification
Excursion Mode allows for one-button PC-free captures

Explore Bluetooth Solutions

Trigger, Decode, Measure/Graph, Eye Diagram

Powerful and unique TDME options for faster debug and validation efficiency

Powerful Triggers and Decoders

Flexible Trigger Capability
Intuitive, Color-Coded Overlays
Filter decoder table on specific data

Explore Highest Performance Triggers

Measure and Graph Tools for Validation Efficiency

Unique Measure and Graph Tools

Serial Data DAC and Graphing Tools
Automated Timing Measurements
Bus Status Measurements

Explore Measure and Graph Tools for Validation Efficiency

Flexible Eye Diagram Capability

4 Simultaneous eyes
User-defined or pre-defined Masks
Additional Physical Layer Testing

Explore Eye Diagrams & Physical Layer Testing

Impedance Profile and S-parameters

Teledyne LeCroy WavePulser 40iX and the Teledyne Test Tools T3SP15D provide S-parameter and impedance profile measurements on cables, backplanes, connectors, transmission lines on boards and interconnects.

WavePulser 40iX – Unmatched Characterization Insight

S-parameters, DC to 40 GHz
Impedance profile with spatial resolution < 1mm
Deep toolbox for simulation, de-embedding and time-gating

Explore WavePulser 40iX High-speed Interconnect Analyzer

T3SP15D Time Domain Reflectometer

S-parameters, up to 15 GHz
Impedance profile with spatial resolution < 3mm
Small form factor and battery-powered

Explore T3SP Time Domain Reflectometers

Videos

Automotive Ethernet MDI Mode Conversion Loss Test

Video

Understanding the 100Base-T1 Link Startup

Video

Fundamentals of the 100Base-T1 Frame

Video

What is PAM3 Signaling?

Video

Understanding the Basics of the SENT Protocol

Video

What is SENT SPC?

Video

Verifying the Stability of the SENT SPC MTP

Video

Video Library

On-Demand Webinars

Automotive Ethernet and Transmitter Distortion Testing

Automotive Ethernet Physical Layer Compliance Testing

Debugging Automotive Ethernet Links

Demystifying ADAS Serial Link Debug Requirements

The Fundamentals of Automotive Ethernet

Measuring and Debugging CAN/CAN FD Signals with an Oscilloscope Webinar

Technical Documents

CAN Sensor Characterization

CAN-specific parameters measure sensor performance speed up validation of CAN/CAN FD ECU or network performance.

Decoding a SENT Protocol Signal

Review the basics of the SENT protocol and how to use a Teledyne LeCroy oscilloscope equipped with configurable SENT protocol decode software to properly decode SENT signals.

Decoding PSl5 with the Manchester Configurable Protocol Decoder

Learn how to use the Manchester configurable protocol decode software to properly decode PSI5 signals

Verifying the Stability of the SENT SPC MTP

Learn the basics of the SENT SPC protocol and see how to use a Teledyne LeCroy oscilloscope to verify a consistent Master Trigger Pulse (MTP) length.

Smart CAN Triggering

Time and Event qualified CAN Triggers will greatly increase your ability to debug a CAN/CAN FD ECU or network.

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