Welcome to the XJTAG support blog
This is your go-to space for tips, insights, and updates straight from the XJTAG development and support team. We’re here to help you get the most out of your XJTAG system by sharing our knowledge, experience, and best practices. You’ll find posts highlighting particular features of the different software packages that make up the XJTAG development system or aspects of the XJEase language.
Have a topic you’d like us to cover or a question you want answered? Let us know!
For product updates check out the Updates Hub.
Revisions – part 2
This blog article is the second part of a three part series detailing the new Revisions feature in XJDeveloper 3.10. This article covers the setup process for a revisions project. […]
Revisions – part 1
The big new feature in XJTAG 3.10 is Revisions support. We will be posting a 3 part blog series to go in to detail on how it works and how it can help you save time in your board setups. […]
XJTAG version 3.10
A new major version of XJTAG – version 3.10 – is now available from our website for users who are in maintenance. […]
Windows 7 Support
Microsoft is ending mainstream support for Windows 7 on January 14th, 2020. This means that after this date updates to fix security issues will not generally be available and so machines running Windows 7 will be more vulnerable to security risks and viruses. We understand that many users will choose to continue using Windows 7 after this date, with some organisations [...]
A new WRITEABLE function in XJEase
For many years, the XJEase language has had the READABLE and WRITEABLE built-in functions. Their purpose is to try to work out whether it’s possible to read or write a pin before trying to do so. […]
PCOLA/SOQ Test Coverage in XJTAG. Part 1.
PCOLA/SOQ is a unified way to assess the test coverage offered by testing systems. Rather than directly considering what the test system can detect, it starts by considering everything that could be at fault in the device under test, and then scores how well the test system could identify such faults. […]