Magma(r) Design Automation
Inc. (Nasdaq:LAVA), a provider of chip design software, today announced
that TSMC has qualified Magma's Titan(tm) mixed-signal platform to support the
interoperability and accuracy requirements of the TSMC 65-nm Interoperable Process
Design Kit (iPDK). The iPDK eliminates the need to develop and use multiple
proprietary PDKs and design databases, enabling full reuse of design data. The
combination of Titan's advanced capabilities and the accurate process models
and process data provided in the iPDK provides designers with the fastest path
to mixed-signal silicon.
Developed through the TSMC Open Innovation Platform(tm), the iPDK is based
on an OpenAccess database and data model. The iPDK features open standard languages,
Tcl and Python, for scripting and programming, and includes complete and unified
views of symbols, parameterized layout cells, callbacks and technology files.
iPDK's modern and flexible architecture easily accommodates specific customizations,
future feature extensions and advanced and differentiated development.
"The iPDK allows interoperability across the entire design ecosystem,
simplifying design reuse and portability of our customers' mixed-signal designs,"
said ST Juang, senior director of Design Infrastructure Marketing at TSMC. "Magma
has been working with TSMC since last year and has played an important role
in validating interoperability and the quality of the iPDK. We're pleased to
certify that Titan meets TSMC's high level of iPDK quality standards."
"Innovation in analog and mixed-signal design has been stifled by the
lack of predictable design reuse and porting flows," said Anirudh Devgan,
general manager of Magma's Custom Design Business Unit. "By working together
to validate the iPDK with Titan, Magma and TSMC have removed one of the most
critical barriers to innovation and made it much easier for designers to adopt
best-in-class tools such as Titan. When used with the iPDK, Titan will enable
designers to accelerate their traditional design flow without any loss of accuracy
Titan: Fastest Path to Mixed-Signal Silicon
Titan is the first truly unified, open platform that enables integration of
digital standard-cell design with analog circuit design. Titan natively supports
OpenAccess and emerging industry standards such as the iPDK. The Titan platform
offers schematic and layout editors with the full set of features required for
Titan ADX, an integral part of Magma's Titan mixed-signal design platform,
focuses on solving analog/mixed-signal design, optimization and porting challenges.
Its new, model-based approach allows circuit optimization and porting in a fraction
of the time required by traditional simulation-based techniques. Titan ADX takes
the guesswork out of analog design, while reducing power and area up to 50 percent.
ADX technology enables product groups to push the design envelope for extreme
performance, to center the design for multiple process, voltage and temperature
(PVT) corner cases, and to reduce power and jitter.
The Titan layout editor provides the fastest access and edit times and the
ability to view and modify the digital placed-and-routed data. Coupled with
a fast, shape-based analog-aware router, the Titan layout editor gives designers
options that range from full custom to full automation to meet specific circuit
requirements. These features make Titan an ideal environment for full-custom
design as well as chip-level planning, assembly and finishing.