Leading Features
- Create and run your own custom measurement and math algorithms
- Supports MATLAB, C/C++, Visual Basic Script, VBA, MS Excel and JavaScript
- Fully and uniquely integrated into the scope processing architecture and display
- Optimizes custom algorithm processing speed by using a shared memory window
- Oscilloscope or other instrument/software control commands can be simultaneously embedded into customized algorithms
- CustomDSO and plug-in capability allows user-defined graphical user interfaces
Unsurpassed Customized Integration
LeCroy oscilloscopes incorporates a fast, robust COM-based architecture that provides a level of fully-integrated customization that simply cannot be approached by any other oscilloscope. User-defined algorithms can be created and inserted into the oscilloscope processing engine and the result returned as a processed function or measurement that can be displayed like any other oscilloscope trace and further processed by internal or user-defined algorithms. The integration is complete and seamless, and processing is fast. There is no need to run a separate program, or ever leave the oscilloscope window. Wide Variety of Integration Possibilities XDEV supports creation of user-defined measurement parameters and math functions. Algorithms can be created using script in your favorite programming language: MATLAB, Visual Basic, C/C++, Excel, or Java. Since the oscilloscope supports Microsoft ® Automation commands for remote control, these can also be embedded into the user-defined algorithm enabling "smart algorithms" capable of making real-time decisions during calculation. Advanced Capability Completely new user interfaces and control capability can be created and supported using ActiveX plug-ins. For instance, a new customized user-interface can be developed and integrated into the oscilloscope user interface as a new dialog box. This user interface can incorporate control and display of the LeCroy oscilloscope using Visual Basic or C/C++.
Wide Variety of Integration Possibilities
XDEV supports creation of user-defined measurement parameters and math functions. Algorithms can be created using script in your favorite programming language: MATLAB, Visual Basic, C/C++, Excel, or Java. Since the oscilloscope supports Microsoft ® Automation commands for remote control, these can also be embedded into the user-defined algorithm enabling "smart algorithms" capable of making real-time decisions during calculation.
Advanced Capability
Completely new user interfaces and control capability can be created and supported using ActiveX plug-ins. For instance, a new customized user-interface can be developed and integrated into the oscilloscope user interface as a new dialog box. This user interface can incorporate control and display of the LeCroy oscilloscope using Visual Basic or C/C++.
Create Custom Measurements and Math Functions
With XDEV you are able to create your own custom measurement parameters and math functions for limitless analysis capability. Use your own proprietary measurements in the scope to deploy proprietary solutions faster. All of your custom algorithm results are returned on the oscilloscope grid the same as built-in LeCroy capability, and may be further processed or analyzed using standard oscilloscope tools. Insight is faster with XDEV capability.
Customizable User Interface
CustomDSO allows you to create setups that can be recalled by the touch of a single button. The recalled setups can include other setups. This allows you to create macros as well as trees of setups. CustomDSO also allows you to embed your own ActiveX controls within a setup.
Plug-ins
XDEV allows you to plug-in a custom ActiveX Control designed in an environment like Visual Studio, and merge this graphical user interface with the scope user interface. This feature opens up the door to a huge variety of applications previously not possible or possible only via remote control from an external PC.
FastWavePort
FastWavePort is a processing function for LeCroy oscilloscopes that enables you to insert your own custom processing algorithm, written in the C/C++ language, into the oscilloscopes processing stream. FastWavePort maximizes data throughput from the acquisition system to your processing.