![]() FPGA users may skip this step go right to using the FPGA JTAG pod to validate the instrument drivers against the FPGA design.įirst stage - Develop the TCL/PDL driver for the Those that are developing IJTAG instrument drivers, the PDL/TCL for silicon instruments, can benefit by validating the PDL and TCL against a simulation of the instrument as the first step. FPGA users will be able to build internal FPGA registers, FPGA instruments, accessible via JTAG and describe them in re-usable BSDL libraries. ![]() With TCL/TK, you will be able to script virtually any type of access to on-chip instruments, with polling, branching, file I/O etc. It includes the PDL (Procedural Description Language) as well as TCL/TK. The free JTAG software includes a commercial quality BSDL parser with support for internal register definitions described in IEEE 1149.1-2013. The simulators and verification engines are ![]() To simulate your IC or on-chip instrument, you willĪlso need either Synopsys's VCS verification environment, Mentor Questa or Cadence Incisive to connect the tools to the Purchase a Xilinx USB Platform Cable I or II, if you do not Order to communicate with a physical IC TAP, you will need to ![]() The NEBULA software for 1149.1-2013 IJTAG is free, however, in Free JTAG software from Intellitech enables you to use the power of internal JTAG silicon instruments with a commercial quality tool. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |