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Application Notes &
Automotive Ethernet Physical Layer
11:00 AM PDT / 2:00 PM EDT
There are numerous design challenges associated with
implementing Automotive Ethernet. This session will discuss
what to test in order to improve the chances of a successful
Specifically, we will cover Physical Layer testing for 100
Mb/s Automotive Ethernet as it is described in both the
BroadR-Reach and 100Base-T1 (IEEE 802.3bw) specifications.
Each of the different tests will be covered in detail.
Who should attend: Engineers
and Technicians looking to learn more about the physical
layer test process for Automotive Ethernet/BroadR-Reach.
Beginners are welcome; this course will start at the ground
level and build upon the basics discussed.
What attendees learn: Become
an expert on the physical layer testing process. Each test
will be covered in detail.
registration is required
Product Line Manager at Teledyne LeCroy
Getting the Most Out of Your
"It's about the tools"
10:00 AM PDT / 1:00 PM EDT
In today’s high tech world, modern oscilloscopes offer a
multitude of analysis tools enabling engineers and
technicians to gain insight into circuit behavior and
quickly find problems and document results. This webinar
will briefly review scope features and capability that will
have you thinking “I didn’t know my scope could do this” to
make identifying issues and troubleshooting faster and
After a brief confirmation that the scope acquisition setup
supports what we are looking to measure, we will review
details of using: gating parameters, histicons, measurement
search and filter tools, MatLab and custom measurements,
trends and tracks to graph results, pass/fail limit testing,
jitter timing analysis, integrating parallel mixed-signal
and serial data PHY layer tools, and documentation of test
data and results.
Who should attend:
Engineers and Technicians who use oscilloscopes and want to
learn how to use get faster insight to circuit performance
and troubleshooting skills.
registration is required
Applications Engineer at Teledyne LeCroy
Low Frequency Passive and High
Frequency Active Probing Techniques and Tradeoffs - What to Use and
Connectivity, system bandwidth, rise time, and probe
location must be carefully considered when probing any
target. In addition, the non-ideal probe exhibits parasitic
effects that interact with the DUT and can pollute the
measurement if not managed properly.
Engineers must commonly probe low and high frequency signals
with high signal fidelity. Typical passive probes with high
input impedance and capacitance provide good response at
lower frequencies, but inappropriately load the circuit and
distort signals at higher frequencies.
Join Teledyne LeCroy for this webinar as we discuss:
- Selecting the right
probing techniques to maximize the accuracy of your
- Probe specifications and
their implications on the measured signal
- Variety of probes and
accessories available for measurement
- Virtual probing software
tools that allow the user to probe the signal when direct
access is physically impossible
Lionbarger, Field Applications Engineer
Oscilloscope Automation and
Making Custom Measurements Using MATLAB and VB
This webinar focuses on fast and easy methods to enhance
functionality by incorporating custom routines and user-defined
algorithms directly into the scope processing path.
Topics covered will include: Scripting, custom math and
measurement examples using MATLAB, Visual Basic Script, Excel
Math, C++, and Visual Basic for Applications, combining in-line
user-written algorithms and built-in oscilloscope algorithms,
dynamic automation, user-defined interfaces, embedding
algorithms into panel setups, measurements and math operators,
in-line real-time decisions, peak finding, custom filters,
inverse FFT, dynamic searching, COM automation and remote
control using MATLAB and Visual Basic.
Hertz, Sr. Field Applications Engineer, Teledyne LeCroy
Easy Data Center Testing up to 100Gbps
Increased copper & fiber optic cabling within Data
Centers drive client installation and verification
demands. Data Center Operations struggle to install,
verify and troubleshoot client connections and Data
Center Interconnects deployed daily in expanding data
centers that require a hand-held, all-in-one tool for
testing and troubleshooting at all data rates, using any
given interface, located anywhere in the data center.
This brief presentation describes the capabilities and
ease of use of the Anritsu MT1x00A Network Master Series
for copper and fiber cable testing and verification in
Presented by Danny
Gonzalez - Optical Transport Business Development Manager at
Anritsu Company. Daniel Gonzalez possesses over 16 years’
experience in digital and optical transport testing,
development, training and execution spanning technologies
including TDM, SONET, OTN, ATM, Carrier Ethernet and Physical
Layer Signal Integrity.
As an Optical Transport Business Development Manager for Anritsu
Company, Daniel is responsible for providing technical support
to sales, marketing & customers in North & South America. Daniel
holds a B. S. in Telecommunications Management from DeVry
is a member of OIF (Optical Internetworking Forum) Networking &
Operations Working Group (WG), member of IEEE Communications
Society (ComSoc) & has his MEF (Metro Ethernet Forum) Carrier
Ethernet 2.0 Professional Certification. He also has several of
his articles published in Lightwave, ISE Magazine, Mission
Critical and Pipeline publications.