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Xilinx Press Release #0261


XILINX AND COWARE ANNOUNCE COLLABORATION FOR SYSTEM-LEVEL DESIGN
OF VIRTEX-II PRO FPGAs
Breakthrough Hardware/Software Co-Design Flow
Promises to Cut Embedded PowerPCTM Design Time By More than
Half;
CoWare to Demonstrate Advanced Design Environments
for Virtex-II Pro Platform FPGAs at Programmable World 2002
SAN JOSE/SANTA CLARA, Calif.––April 8, 2002––Xilinx, Inc. (NASDAQ:
XLNX), and CoWareTM, Inc. today
announced a collaboration to jointly develop a system-level design
flow for XilinxÒ FPGAs. With this
design flow, Xilinx users can now take full advantage of the software
and hardware programmability of the new Xilinx Virtex-II ProTM
FPGAs with the embedded PowerPCTM 405 processor, as well as
for any Xilinx Virtex-IITM series
FPGAs with the soft MicroBlazeTM processor core. A demonstration
of this new technology can be seen at Programmable World 2002 (www.xilinx.com/pw2002).
The new design flow will be based on the proven CoWare N2CTM
system-level design software, which is used by major systems and
semiconductor companies to speed the design of complex systems-on-chip
(SoC). Now, for the first time, this proven software will be available
to design teams of Xilinx devices and will be linked directly to
the familiar Xilinx FPGA tools.
“The CoWare N2C software is important to helping our customers
realize the benefits of architectural exploration that greatly increases
design flexibility and time to market,” stated Rich Sevcik, senior
vice president of the FPGA products at Xilinx. “The CoWare N2C methods
and tools can drastically reduce overall design time of Virtex-II
Pro FPGA-based systems.”
CoWare CEO Alan Naumann explained, “The Xilinx Platform FPGAs are
an innovative and new solution for SoC and embedded systems designers
with intense time-to-market requirements. Our alliance with Xilinx
will simplify and speed the develop-ment process of these time-critical
designs and encourage many designers to use Platform FPGAs to avoid
the expense and time delay required to produce custom silicon. We
are pleased to have been selected as Xilinx’s EDA partner in this
exciting new area.”
The CoWare N2C System-Level Methodology
The CoWare N2C software provides a complete system-level methodology
that can be employed by system architects, hardware designers and
software developers. System architects can explore different architectures
and hardware/software partitions to make sure their overall design
is the best possible. Software and firmware developers can then
use this high-level system model to further develop the software
while hardware engineers are refining the high-level dedicated hardware
blocks to RTL for logic synthesis. Full, at-speed final verification
can then be done by running the software on the hardware-programmed
FPGA. CoWare N2C includes several capabilities that speed the hardware
and software refinement and verification processes.
Speeding the Design Process
Together, Xilinx and CoWare will speed the design process in several
ways. First, the overall CoWare design methodology provides an organized,
time-proven way to speed the design process, making sure the hardware
works effectively with the software from the start of the design
process. Second, CoWare N2C includes exclusive Interface SynthesisTM
technology that automates the design of hardware-software interfaces
and hardware-bus interfaces. This significantly accelerates the
design process by not only eliminating the need for the designers
to understand the details of these interfaces, but, more importantly,
they don’t need to spend the time designing them. Third, the Xilinx
Platform FPGAs allow embedded software designers to get earlier
access to the target hardware through a highly optimized, upgradeable
IC without the extreme up-front cost and risk of a custom circuit.
About Virtex-II Pro Family
The Xilinx Virtex-II ProTM
FPGA family is the world’s first FPGA to immerse high-performance
IBM PowerPC processors in the Virtex-II fabric with multi-gigabit
serial transceivers to solve high-performance architectural challenges.
Using its patent-pending IP ImmersionTM
technology, Xilinx has integrated these two essential requirements
for next-generation systems, RISC processing and high-speed serial
technology, in the popular Virtex-II fabric, which includes the
advanced Active InterconnectTM,
BlockRAM, and clock management features. This unprecedented level
of integration offers systems designers the highest level of performance
with the lowest system cost available from any programmable solution.
The use of behavioral synthesis technologies enables on-demand architectural
synthesis, which allows partitioning for optimal system performance
during definition, during debug, and after product shipment. Designers
can now get the performance they need without costly and time-consuming
re-designs.
About CoWare
As the leading supplier of tools for system-level electronic design
automation (EDA), CoWare, Inc. provides a platform-based design
methodology that can cut system-on-a-chip (SoC) design time in half.
CoWare is driving the industry towards a unifying system design
language as a founder and leader of SystemC. The CoWare software
is employed by major systems, IP and semiconductor companies including
Alcatel, ARM, Canon, Fujitsu, IBM, InterDigital, Matsushita, Motorola,
Nokia, Samsung, Sanyo, Sony, STMicroelectronics, Tensilica, Toshiba,
and Xilinx. CoWare was recognized as the 5th fastest-growing private
company in Silicon Valley in 2000(1). For more information, visit
www.CoWare.com.
About Xilinx
Xilinx is the leading supplier of complete programmable logic solutions,
including advanced integrated circuits, software design tools, predefined
system functions delivered as cores, and unparalleled field engineering
support. Founded in 1984 and headquartered in San Jose, Calif.,
Xilinx invented the field programmable gate array (FPGA) and fulfills
more than half of the world demand for these devices today. Xilinx
solutions enable customers to reduce significantly the time required
to develop products for the computer, peripheral, telecommunications,
networking, industrial control, instrumentation, aerospace, defense,
and consumer markets. For more information, visit the Xilinx web
site at www.xilinx.com.
# # #
CoWare, CoWare N2C and Interface Synthesis are trademarks
of CoWare, Inc. All other names mentioned are trademarks, registered
trademarks or service marks of their respective companies. The PowerPC
trademark pertains only to the PowerPC 405 processor designed by
IBM and not to any other part of Xilinx FPGAs. The PowerPC name
and logo are registered trademarks of IBM Corp. and are used under
license therefrom.
(1) San Jose Business Journal.
#0261
| Editorial Contact: |
| Mindy Powers |
Paula Jones |
Ann Duft |
| CoWare, Inc. |
New Ideas in Communications for CoWare |
Xilinx, Inc |
| 408.845.7613 |
650.967.3711 |
408-879-4726 |
| mindy@CoWare.com |
paula@newiic.com |
publicrelations@xilinx.com |
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