Lattice Enhances Radiant Design Software with Expanded Functional Safety Capabilities
25 Março 2024 - 5:00PM
Business Wire
‒ Lattice Radiant integrates latest version of
Synopsys Synplify with Triple Modular Redundancy (TMR) to create
advanced design automation flow solution ‒
Lattice Semiconductor (NASDAQ: LSCC), the low power programmable
leader, today announced the latest release of its award-winning
Lattice Radiant® design software, featuring expanded functional
safety and reliability capabilities. Now featuring integration with
the latest Synopsys Synplify® FPGA synthesis tool with TMR, Lattice
Radiant offers an advanced design automation flow solution that
enables designers to more easily develop Lattice FPGA-based
applications with the robust functional safety protections, high
reliability, and dependable operation required for the Industrial,
Automotive, and Avionics markets.
Establishing protocols for functional safety and error
mitigation compliant with industry standards, namely DO-254, IEC
61508, and ISO 26262, is integral to developing and validating
highly reliable and safety-critical designs. Integrating Lattice
Radiant with Synopsys Synplify Triple Modular Redundancy (TMR),
automates the required industry practices, specifically addressing
the mitigation of soft errors such as Single Event Upsets.
“At Lattice, we are committed to delivering continued innovation
in our design tools that make them easy-to-use, reliable, and
secure as devices advance to higher logic densities, requiring
higher functional safety and reliability,” said Dan Mansur,
Corporate Vice President of Product Marketing at Lattice
Semiconductor. “The latest Radiant software with Synopsys TMR
capabilities will provide automated synthesis protocol with
enhanced efficiency and reliability, enabling designers to further
explore the robustness of our low power, small form factor
FPGAs.”
The latest Lattice Radiant release includes:
- Safety Critical Block-Based Design Flow.
- Interactive Tcl Based Static Timing Analysis enabling faster
timing closure.
- Multi-bit error injection for Soft Error testing.
“Automating the FPGA design process with high reliability and
functional safety is essential for developing complex designs that
meet industry standards requirements for safety-critical
applications in industrial, automotive, and avionics markets,” said
Tom De Schutter, VP of engineering for the Systems Design Group at
Synopsys. “Expanding our collaboration with Lattice helps designers
accelerate development of their low power, performance-optimized
FPGA-based designs using Synopsys Synplify’s complete FPGA
synthesis design flow.”
Supporting Resources
- Learn more about Lattice Radiant.
- Learn more about Synopsys Synplify.
About Lattice Semiconductor
Lattice Semiconductor (NASDAQ: LSCC) is the low power
programmable leader. We solve customer problems across the network,
from the Edge to the Cloud, in the growing Communications,
Computing, Industrial, Automotive, and Consumer markets. Our
technology, long-standing relationships, and commitment to
world-class support let our customers quickly and easily unleash
their innovation to create a smart, secure, and connected
world.
For more information about Lattice, please visit
www.latticesemi.com. You can also follow us via LinkedIn, Twitter,
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Lattice Semiconductor Corporation, Lattice Semiconductor (&
design), and specific product designations are either registered
trademarks or trademarks of Lattice Semiconductor Corporation or
its subsidiaries in the United States and/or other countries. The
use of the word “partner” does not imply a legal partnership
between Lattice and any other entity.
GENERAL NOTICE: Other product names used in this
publication are for identification purposes only and may be
trademarks of their respective holders.
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version on businesswire.com: https://www.businesswire.com/news/home/20240325383146/en/
MEDIA CONTACT: Sophia Hong Lattice Semiconductor
503-268-8786 Sophia.Hong@latticesemi.com INVESTOR CONTACT:
Rick Muscha Lattice Semiconductor 408-826-6000
Rick.Muscha@latticesemi.com
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