The proliferation and expansion of multicore architectures is making debug much more difficult and time-consuming, which in turn is increasing demand for more comprehensive system-level tools and ...

Part two explains the workings of the JTAG boundary-scan technology. Part four explains how to use breakpoints, event triggers, and program traces to debug code. Emulation is a technology used in the ...

For reasons of cost, performance, power, and miniaturization, many electronic systems that once consisted of several printed circuit boards are now manufactured as a single semiconductor device. As a ...

System-on-Chip (SoC) designs are becoming increasingly complex. Modelling, verification, and debug facilities at RTL have become quite inadequate in the face of rising design challenges.

Gilbert Laurenti, Texas Instruments Inc. Abstract Debug for SoC adds new requirements and challenges in terms of adding visibility and control to a system, simplifying integration of hardware and ...

Embedded designers put microprocessors in everyday products like cars, phones, cameras, TVs, music players, and printers, as well as the communications infrastructure, which the general public doesn’t ...

Imagine a world without a global notion of time. Now try to find out the flight direction of an airplane with the following information: There's an e-mail from Alice that she saw the plane about two ...

Debug has always been a painful and unavoidable part of semiconductor design and, despite many technological advances, it remains one of the dominant tasks in chip development. At one time, most bugs ...

Modern trace and debugging techniques. IDEs to use for trace and debugging. In computer programming and software development, engineers will deploy debugging tools and processes to find and mitigate ...

Systems on Chips (SoCs) are getting ever more complex. In the space of a decade, these parts have grown to feature many processors and huge amounts of software. But the best – or the worst – is yet to ...