Fintronic USA and VaST Systems Technology Corp
announce
the FinSwHw and Comet families of hardware-software cosimulation
tools with extremely high simulation performance and detailed
hardware and software timing.
The widely used, very fast Super FinSim Verilog
simulator
from Fintronic USA has been coupled with the behavioral
and
application C-code simulation technology from VaST Systems
Technology
to produce a unique family of Verilog hardware and C software
cosimulators,named FinSwHw. FinSwHw cosimulators are integrated into
the graphical framework of Comet, which supports
interactive
development and debugging. FinSwHw supports cosimulation of
Verilog
with both behavioral C code, and application C
code.
Behavioral C code allows hardware modules to be
described
in C and simulated much faster than RTL Verilog descriptions.
Behavioral C code may be used to construct test benches and other
coverification capabilities. FinSwHw-C, and FinSwHw-CT
automatically
transform C code into PLI code and are able to cosimulate the
resulting
PLI with other Verilog descriptions.
Application C code is software that is executed by a
processor
modeled within the hardware description. The application
code
may be targeted to run on various processor models. Detailed timing
from
the execution of the application C code, which simulates at 100
million
instructions per second, is used by FinSwHw-CT to maintain
hardware-software
timing consistency.
For the first time systems comprising complex
hardware
which includes many processors executing billions of software
instructions
may be simulated in minutes while maintaining detailed
timing
in hardware, software, and the interface between hardware and
software.
The Verilog and C code may be constructed separately.
The tools integrate both descriptions automatically freeing
hardware
and software engineers from the requirement of being experts in
both
fields.
Comet supports the concurrent development of Verilog
and
C code systems descriptions, C code compilation using GCC,
incremental compilation, and interactive hardware and software
debugging.
FinSwHw is coupled with industry standard waveform viewers
such
as SignalScan from Design Acceleration Inc. and Undertow from
Veritools
Inc.
Dr. Graham Hellestrand, President of VaST, said
"The opportunity to partner with Fintronic, a leader in Verilog
simulation,
to produce a world class cosimulation tool set is very
exciting. The
integrated toolset for the first time offer a real solution to
systems
designers confronted with building the ever increasingly
complex
designs involving hardware, operating systems and
application
code targeted at a variety of processors.".
Dr. Alec Stanculescu, President of Fintronic USA,
said
"This offering will provide tremendous value to Fintronic's
customers.
It maintains Fintronic's leadership position in simulation by
offering
our customers this break through cosimulation
capability.".
Pricing and availability:
Prices for the FinSwHw and Comet family of products
range
from $14,000 to $90,000 depending on operating system, features
and
licensing and are sold by both companies. More information is
available
from the companies and their respective web
sites.
Demonstrations:
FinSwHw-C, FinSwHw-CT, and Comet will be demonstrated
in Booth 306 at The IVC/VIUF Conference held at the Santa Clara
Convention
Center between March 17 and 19. 1998. Private
demonstrations
may be arranged by appointment.
Contacts:
Fintronic USA
Dr. Alec Stanculescu
Tel: 650-349-0108 x105
Fax: 650-349-1150
Email: alec@fintronic.com
URL: www.fintronic.com
VaST Corp
Dr. Graham Hellestrand
Tel: 415-647-6202
Fax: 415-643-0514
Email: g.hellestrand@vastsystems.com
URL: www.vastsystems.com
Note to editors:
1) Comet is a trademark of VaST Systems Technology
Corp.
2) Super FinSim, FinSwHw, FinSwHw-C,
FinSwHw-CT are trademarksof
Fintronic USA.
3) Verilog is a registered trademark of IEEE.