|
250+ Measurements
|
Whatever measurements you need, M1 OT has them.
|
|
Hidden Anomaly Location™
|
HAL is M1 OT's resident waveform health expert. HAL will scan waveforms for an assortment of common and uncommon
anomalies and alert the user if any are found, with thorough explanations and suggested solutions.
|
|
PLL Debug and Repetition Interval Analysis
|
Explore PLLs with unique and powerful measurements and tools at your disposal.
|
|
AutoMeasure™
|
Easily set up your measurements on startup based on the
signals attached to your scope using AutoMeasure™.
|
|
Debug with Record/Playback
|
Detect & isolate rare events using Record/Playback, so you can spot statistical trends quickly.
|
|
Remote Control with Client/Server
|
Acquire data from a remote scope in the lab while comfortably sitting in your office.
|
Automate with ScriptBuilder™
and
TestScripts™
|
Create and run custom automations to reduce repetitive tasks to a single click or create compliance tests for
industry or company standards.
|
|
Compliance Breakout
|
Go directly to the source of a measurement failure when running a compliance test/TestScript™
|
|
Characterization Manager™
|
Remove the tedium and inefficiency that is normally associated with characterizing parts. Characterization Manager
is specifically designed to make characterization more efficient and less painful.
|
|
Direct to PDF Reporting
|
The days of taking screen captures are over. With one click, M1 OT will gather up all your current measurements into
an elegantly formatted PDF file ready for distribution.
|
|
Exception Detection
|
Find elusive malfunctions with Event Triggering/RunUntil by triggering on measurement statistics.
|
|
Multi-Acquisition Analysis
|
Find elusive malfunctions with Event Triggering/RunUntil by triggering on measurement statistics.
|
|
LogicView™
|
Use M1 OT to analyze up to 32 logic channels simultaneously.
|
|
Triggering
|
Measure exactly the conditions of interest, such as the setup/hold on read cycle only, using the Pattern/Serial Trigger.
|
|
Data Dependent Jitter
|
Find data-dependent jitter using the DDj vs. Bit view.
|
|
FFT Analysis
|
Identify spectral sources that cause logic timing errors with FFTView™.
|
|
RjDj Decomposition
|
Use SEEj™, M1 OT's proven RjDj Decomposition that has been validated to 5% on ~300,000 jitter cases.
|
|
Differential Thresholding
|
Find cycle-to-cycle variations with true Differential Thresholding.
|
|
Virtual Deep Memory™
|
Extend the usefulness of the physical acquisition memory that you currently have
in your oscilloscopes with M1 Virtual Deep Memory™.
|
|
Isolated Sub-population Analysis™
|
ISPA (ISPA) greatly enhances your ability to debug repetitive events and events that are associated with events/behaviors on another signal.
|
|
Scope Animation
|
Make post-analysis feel like live-analysis with a Voltage-vs.-Time View that simulates the front panel of your
oscilloscope.
|
|
Unattended Fault Detection
|
Let M1 find your problems for you while you are busy elsewhere.
|
M1
Oscilloscope Tools™: Features
