Revolutionary Chip Synthesis to
be Implemented into Design Flow
SANTA
CLARA, CALIF. –– June 2, 2010 –– Oasys Design Systems today announced that
Juniper Networks® has selected RealTime Designer™, a revolutionary new Chip
Synthesis™ platform, for the design of its next-generation networking chips.
“After a thorough evaluation, we determined that RealTime
Designer offers high-quality results and performs very well in our
environment,” said Debashis Basu, vice president for Silicon Development at Juniper
Networks. “It is a great
tool that fits a very real performance need in today’s EDA market.”
Juniper Networks will incorporate
RealTime Designer into its design flow.
Terms of the agreement will not be disclosed.
“We are delighted that Juniper Networks has chosen RealTime
Designer for its leading-edge chip designs,” remarked Paul van Besouw, Oasys’
president and chief executive officer.
“There is an ongoing effort for design teams to scale for
next-generation designs, and improve productivity. Juniper’s designers have a superb
track record of designing some of the most challenging chips, which has helped
to establish Juniper as the industry leader in the networking world.”
RealTime Designer is the first design tool
for physical register transfer level (RTL) synthesis of 100-million gate
designs. It features a unique RTL code placement
approach that eliminates unending design closure and iterations between
synthesis and layout.
About Oasys
Design Systems
Oasys Design Systems is a privately funded
electronic design automation (EDA) software supplier with a revolutionary new
platform called Chip Synthesis™,
a fundamental shift in how synthesis is used to design and implement ICs larger
than 20-million gates. It has
attracted the support of legendary EDA leaders and its RealTime Designer™ is in use at leading-edge
semiconductor and systems companies worldwide. Corporate Headquarters is located at 3250 Olcott Street,
Suite 120, Santa Clara, Calif.
95054. Telephone: (408) 855-8531. Facsimile: (408) 855-8537.
Email: info@oasys-ds.com. For more information, visit:
www.oasys-ds.com
