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Optional real-time verification tools that provide on-chip debug at or near operating system speed.
ChipScope Pro

ChipScope™ Pro inserts logic analyzer, bus analyzer, and Virtual I/O low-profile software cores directly into your design, allowing you to view any internal signal or node, including embedded hard or soft processors. Signals are captured at or near operating system speed and brought out through the programming interface, freeing up pins for your design. Captured signals can then be analyzed through the included ChipScope Pro Logic Analyzer.

ChipScope Pro also interfaces with your Agilent bench test equipment through the ATC2 software core. This core synchronizes ChipScope Pro to Agilent’s FPGA Dynamic Probe scope option. This unique partnership between Xilinx and Agilent gives you deeper trace memory, faster clock speeds, more trigger options, all using fewer pins on the FPGA.

Check out the ChipScope Pro Serial I/O Toolkit, for high-speed Serial I/O design and debug, an optional add-on to the ChipScope Pro toolset.

Free Webcast - “Dramatically Accelerate Debug of Xilinx FPGA-Based Systems Using Agilent Mixed Signal Oscilloscopes” presented by Agilent Technologies. This free webcast will show how a Mixed Signal Oscilloscope from Agilent combined with ChipScope™ Pro can shave days or weeks off your next FPGA design.

System Requirements

* Microsoft Windows XP Professional (32 or 64 bit)
* Sun Solaris 9, 10
* Red Hat Enterprise Linux 3, 4, or 5 WS (32 or 64 bit)

Software Requirements

* ISE™ Foundation or ISE WebPACK or ISE Foundation Evaluation

Key Features

* Analyze any internal FPGA signal, including embedded processor busses
* Inserts low-profile, configurable software cores either during design capture, or after synthesis
* Minimum pin impact
* Verify your FPGA on the board at or near operating speed
* Leveraging FPGA reprogrammability, identify problems and change your design in minutes or hours, not weeks or months as in traditional ASIC design
* Built-in software logic analyzer helps identify and debug problems, including advanced triggering, filter, and display options
* Change probe points without re-synthesizing
* Debug over an internet connection using remote debug, from your office to the lab, or across the globe
* Optional link to Agilent Technologies logic analyzers using, for more robust verification, including cross-correlating signals from inside the FPGA to elsewhere on the board

• Active-HDL 8.1