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All the tools you need to debug and trace Intel, AMD and Arm embedded applications in one place.
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Quickly validate both hardware/firmware interactions and operating margins in our design.
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Verify, test and characterize SoCs, FPGAs and ASICs pre- and post-tapeout.
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Non-intrusive test technologies to maximize test coverage and diagnostics.
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Implementing boundary scan Design for Test (DFT) guidelines adds the unique capability of accessing onboard boundary scan test resources for a non-intrusive test which provides open and short faults coverage.
Latest Articles & Press Releases
Everything You Need to Know About ScanWorks Interconnect Part 5: Operations of the TAP and the BC_1 Cell
- January 23, 2023
Let’s continue with our example and see what happens after the EXTEST instruction is loaded, decoded, and the boundary scan register is configured between the TDI and TDO ports.
Everything You Need to Know About ScanWorks Interconnect Part 4: The Test Access Port (TAP) State Machine
- January 10, 2023
Let’s dig a bit deeper into how the TAP works. The TAP provides 4 major operations within a boundary scan device.
IEEE 1149.1-2013: Excludable Segments
- December 29, 2022
The 2013 Revision of the IEEE 1149.1 Standard incorporates support for dynamic data registers that can change in length and organization, unlike those fixed ones specified by the 2001 Revision. This allows, for example, definition of “excludable segments” for the boundary scan register (BSR); perfect for dealing with BSR segments in different power domains, some powered up and some not. How does this work?
Everything You Need to Know about ScanWorks Interconnect Part 3: Boundary Scan Device Instructions
- December 28, 2022
Part 3 of an introduction to JTAG and boundary scan, and its use within PCB interconnect testing.
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