Videos
Find out all about XJTAG boundary scan’s PCBA testing capabilities
XJDeveloper is XJTAG’s IDE for creating, running, and debugging JTAG boundary scan tests and calculating their test coverage.
XJRunner is a run-time production test environment for executing boundary scan tests created in XJDeveloper
XJAnalyser is an invaluable debug tool that helps you locate the source of open- or short-circuit assembly faults
XJTAG 4.0 boosts speed and efficiency with Optimised Scans at varied clock speeds, a streamlined UI and improved JTAG chain communication
Looking for a test solution for rapid prototype board bring-up and PCBA hardware debug?
Learn what makes XJTAG stand out as a supplier of boundary scan test systems
Shorts or open circuits on your DDR4 memories? You can find them even on boards that won’t boot…
Here’s an easy way to find soldering faults on your high-density circuit boards
JTAG boundary scan – how it works and how it helps you test circuit boards
The embedded team at IoT.nxt reduced months of test development time to less than a week with XJTAG
How does the JTAG interface work and what is it useful for?
XJTAG is leading the way in JTAG Boundary Scan testing, debugging and in-system programming.
This 3-part video series shows you how to categorise power, ground, and termination voltage nets in XJDeveloper.
How to change Regular Expressions used to identify possible power, ground, or termination voltage nets.
What is VTT, why is it important and how to categorise it in XJDeveloper?
Learn how to make your JTAG interface as robust as possible
How to use the JTAG Chain Debugger to do some basic tests before running the JTAG chain
How to create Test Reset Sequences to initialise the JTAG devices before testing
How to confirm that communication to all JTAG devices is robust
How to find where your JTAG signal is broken with “Scan ID Codes”
How to get a good idea of your system’s full-speed test performance
How to prove a system’s long-term reliability with a signal integrity soak test
Principles of using XJIntegration to embed XJTAG features into your own test programs
Learn the basics of using XJRunner Integration in a .NET programming environment
Learn the basics of using XJAnalyser Integration in a .NET programming environment
Integrating XJRunner into your own LabVIEW VIs
More tips on integrating XJTAG into your own LabVIEW VIs
How to control and monitor individual pins of a JTAG device from inside LabVIEW
Integrating XJTAG boundary scan into NI TestStand sequence files
How to import a netlist into XJDeveloper and what formats are supported
How to add a searchable schematic file to your XJTAG test system
How to import a BOM file into your XJDeveloper project and assign data types
Importing internal part numbers and non-standard BOM data
How to extract BOM data from a netlist, schematic and other sources.
Learn how to set up XJDeveloper to analyse board data and suggest which devices to mark as not fitted
How to specify a ‘Test Fixture Board’ in a jig and save time between projects
Discover how XJTAG engineers disrupted the marketplace by creating a powerful electronics test system
Free Design for Test plugin for Zuken CR-8000 Design Gateway
Free Design for Test plugin for Mentor PADS
Free Design for Test plugin for Mentor Xpedition Designer
Free plugin to maximize PCB testability before manufacture
Free Design for Test extension for Altium Designer
Free extension to ensure correct JTAG connectivity before layout
See how XJTAG can help you test, debug and program assembled boards.
Integrated model library, auto-suggest, BOM to library
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