Free hands-on workshop

Learn how to transform your PCBA testing

Experience the power of XJTAG for fast & easy hardware testing!

Identify shorts and opens in seconds
Test your complex boards without needing firmware
Pinpoint hard-to-find faults – even under BGAs, no test points required

You’ll control pins, inject faults, and run diagnostics on a physical board in real time, in our lab – all accessed remotely, available in 24-hour slots.

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Trusted by leading companies all over the world

What can XJTAG do for you?

See a short demo before you run the live tests

Get a sense for what you’ll be able to do on the remote PC:

Run live tests
Investigate detected faults on the layout & schematic diagram
Control and watch pins in real time

XJDeveloper Plus with XJAnalyser module

Visually analyse and debug your boards in minutes

Set output pin states and values, and read input values from a circuit in near real time, using the intuitive interface of XJAnalyser module. The default view uses colour coding on a visual representation of devices in the circuit, but tables can also be used as can a logic analyser style view.

Perform adaptive tests at high-speed

Run projects in the easy to use, reliable and versatile XJRunner that gives clear pass/fail results to the operator, saving the details to formatted or plain-text logs for audit.

XJRunner includes XJTAG’s layout and schematic viewers and the diagnostics available from its testing allow technicians to quickly identify where on a PCB any problems have been found.

Find the root of problems, quickly

XJTAG’s products provide greater visibility of the state of your board. Precise fault isolation and diagnostics are part of our technology, reporting the type of fault found, listing the nets and pins involved, and clearly showing their location on the layout and schematic diagrams. This allows you to pinpoint shorts in seconds.

Use XJTAG's tools via a remote machine

What You’ll Learn in 10 Minutes or Less

Skip the theory — jump straight into hands-on testing in our lab:

Run a predefined boundary scan test to find faults
Inspect the fault on the layout and schematic
Interact with device pins visually, in real-time

What You’ll Gain by Doing the Walkthrough

Ready to go deeper? Dig into the details:

Learn core principles, capabilities and benefits of boundary scan
Complete guided exercises to practice developing/running tests
Access up to 3 hours of video training to build your skills

Why XJTAG?

ARM case study header

The XJTAG boundary scan system is an extremely powerful, versatile and cost effective product which has enabled ARM to improve and speed up the process of debugging and testing its RealView development tools. Spencer Saunders, Engineering Manager, Platforms, Development Systems – ARM

Thales case study header

XJTAG is a fast, extremely versatile and cost-effective tool for generating high test coverage on PCBs containing both JTAG and non-JTAG devices. Simon Holder, Hardware Design Manager – Thales UK

Eaton case study header

XJTAG has features that are vastly superior to other systems I know. The learning curve for new users is dramatically shorter. James Diem, Test Engineering Manager – Eaton

beyerdyamic case study header

Choosing XJTAG to add boundary scan to our test strategy has helped us increase coverage and identify any boards with manufacturing defects much more quickly and easily. Robert Hertel, FPGA & Communication Systems Design Engineer – beyerdynamic

Kongsberg Spacetec case study header

XJTAG helps us to assess our designs and reach high targets for test coverage. The XJTAG system provides the capabilities we need at a very competitive price, and is very easy to use. After taking delivery, we were performing productive tests within a matter of hours. Øyvind Undstad, Electronic Engineer – Kongsberg Spacetec

CAF case study header

Testing with XJTAG helps us guarantee high product reliability for our customers. The system is easy to use, and has allowed us to establish a consistent boundary scan environment from prototype to production, benefiting from seamless interactions between internal engineering activities and external assemblers. Javier Gordo, Manufacturing Manager – CAF Power & Automation

CSR case study header

We have cut the overall programming and test time of one of our boards from two hours to four minutes while at the same time considerably increasing test coverage. Fault diagnosis is also faster, and we are benefiting at the operational level through reduced operator training and by eliminating the need to author extended work instructions, which can take days. Brendan Townsend, Manager, Hardware Test – CSR

hero image of PCB tracks

Ready to see XJTAG in action?

Learn how to transform your PCBA testing

Access hands-on workshop