J-LINK REDUCES JTAG DEBUG PINCOUNT FROM 5 to 1! Pittsford, New York—Traditional JTAG boundary-scan testing normally takes up 5 valuable pins on an i.c., requires 5 resistors, and increases chip power.

Part two explains the workings of the JTAG (IEEE 1149.1) boundary-scan technology. In software development, perhaps the most critical, yet least predictable stage in the process is debugging. Many ...

Microcontrollers have served the requirements of a broad range of applications for many years. With the advent of lower pin-count offerings, microcontrollers enable ...

Texas Instruments said it will drive the development and ratification of the IEEE 1149.7 standard, a 2-pin test and debug interface that requires half the number of pins of IEEE 1149.1 boundary-scan ...

CAMBRIDGE, England--(BUSINESS WIRE)--ARM (LSE:ARM) (Nasdaq:ARMH) has introduced multi-drop support into the ARM® CoreSight™ Serial Wire Debug (SWD) solution, enabling simultaneous connection to ...

Design verification has emerged as one of the most time-consuming aspects for systems based on FPGA, particularly as the design size and complexity continues to grow. Contributing aspects to the ...

Hardware engineers employ all kinds of design reviews and processes, including design for manufacturability and design for testability. It's time software engineers stood up and asked for what they ...