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Releases : Xilinx Press Release #0433
Xilinx Press Release #0433
FOR IMMEDIATE RELEASE
Revolutionary FPGA Real-Time Logic Debug Technology from
Xilinx
Slashes Verification Times by up to 50%
ChipScope Pro 6.2i with new ATC2 core
supporting Agilent Technologies’ FPGA Dynamic Probe results
in unique debug capability not available using ASICS
SAN JOSE, Calif., March 1, 2004—Xilinx, Inc. (NASDAQ:
XLNX) today announced the release of ChipScope Pro 6.2i, the latest
version of its real-time debug and verification software for FPGA
design. ChipScope Pro 6.2i takes advantage of the reprogrammable
nature of Xilinx FPGAs to deliver flexibility and speed during the
logic and embedded systems debug phase of a design –
capability that is unavailable in conventional ASIC technology and
PLD offerings. One of the key capabilities in ChipScope Pro 6.2i is
the addition of the second generation Agilent Trace Core (ATC2),
which links Xilinx ChipScope Pro 6.2i to Agilent’s 16900,
1690, and 1680 series logic analyzers. This unique measurement
collaboration results in a faster and more effective way to use
logic analysis to debug FPGA-based systems.
The ATC2 core included with ChipScope Pro 6.2i, enables engineers
to capture and analyze on-chip FPGA signals directly with an
Agilent logic analyzer. For the first time engineers can configure
their FPGA, probe internal FPGA signals at system speed, and
correlate them to signals captured elsewhere on the board, using
their Agilent logic analyzer and a Xilinx programming cable.
“The tool integration unveiled today between Xilinx and
Agilent Technologies will revolutionize the way engineers approach
logic verification,” said Rich Sevcik, executive vice
president of FPGA Products at Xilinx. “ChipScope Pro combined
with FPGA Dynamic Probe has the potential to slash verification
times by up to 50%, improving the most time-consuming and costly
part of logic design.”
A new approach to Logic Validation
With the combination of ChipScope Pro 6.2i and FPGA Dynamic Probe,
users of Xilinx FPGAs can now enjoy significant productivity
advances in logic validation. ChipScope Pro tools allow engineers
to insert ATC2 cores into their FPGA during the design phase, or
insert cores to a post-synthesized design netlist. Once in the
FPGA, the ATC2 provides logic analysis measurement access on any
internal FPGA signal. Additionally with a mouse click, an engineer
can dynamically change what signals are measured with no design
changes or recompile required, and without having to change the
timing of the design. Signal names from the FPGA are automatically
updated in the logic analyzer each time a new measurement is made -
automating a time-consuming and often error-prone step in system
verification.
The new configurable ATC2 core uses up to 32 signal banks, with
each signal bank able to support up to 128 signals. With optional
2X pin compression, designers can access up to 8192 internal FPGA
signals in real-time. The Xilinx programming cable then provides
the communication link between an Agilent logic analyzer running
the FPGA Dynamic Probe application and the ATC2 core. All
Windows-based Agilent logic analyzers support the application
including the new 16900 series, and the 1690, and 1680 series.
“New system applications now being developed and implemented
in Xilinx FPGAs have driven demand for a more advanced debug and
validation methods,” said Ron Nersesian, general manager of
Agilent’s Design Validation Division. “Agilent is
pleased to partner with Xilinx to provide our customers with
innovative and robust tools.”
ChipScope Pro – The standard in real-time
verification
ChipScope Pro is the premier real-time, on-chip debug and
verification system available for logic design. ChipScope Pro
allows the engineer to insert low-profile, performance optimized,
software debug cores (ILA, IBA, and ATC2) into their design or
netlist to capture either logic or embedded processor bus signals.
The user can then define trigger conditions and capture signal
activity on-chip, operating at system speeds, while the FPGA is
interacting with the rest of the system. ChipScope Pro also allows
the user to place virtual inputs and outputs to simulate design
stimulus and capture and display output to reflect activity.
In addition to providing on-chip debug capabilities for FPGA logic
designs, ChipScope Pro tools support embedded processor with the
ability to monitor the IBM CoreConnect bus structures used by both
the IBM PowerPC 405 in Virtex-II Pro™ FPGAs and the Xilinx
MicroBlaze soft processor core. A full-featured evaluation version
of ChipScope Pro is now included as part of every Xilinx EDK
embedded design kit. New integration between ChipScope Pro and EDK
allow embedded software engineers to directly insert IBA bus
analysis cores. The IBA core provides system bus access and
visibility to transactions that occur between the embedded
processor and peripheral logic, and supports PowerPC run-time
control and instruction trace from 3rd party tools.
No other debug methodology for FPGAs or conventional ASICs can
match the flexibility and performance of ChipScope Pro in gaining
full visibility into the combined hardware/software operation of
today’s advanced platform FPGAs.
Price, evaluation version, platform and
availability
ChipScope Pro is optional verification software that interfaces
directly to Xilinx ISE design software and can be purchased
directly from Xilinx.com or local Xilinx sales contact. ChipScope
Pro supports all Xilinx FPGAs including the industry-leading
Virtex-II Pro™ and Spartan™–3 families. ChipScope
Pro runs on Windows 2000, Windows XP, and Solaris. A free
downloadable 60-day evaluation version is also available at
Xilinx.com. All in-maintenance ChipScope Pro customers will begin
receiving ChipScope Pro 6.2i immediately for free. For more details
on how ChipScope Pro slashes design verification times go to www.xilinx.com/chipscopepro.
For more information on Agilent Technologies and FPGA Dynamic Probe
go to www.agilent.com/find/FPGA.
About Xilinx
Xilinx, Inc. (NASDAQ: XLNX) is the worldwide leader of
programmable logic solutions. Additional information about Xilinx
is available at www.xilinx.com.
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#0433
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