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Lattice Semiconductor Enables Faster IEC61508 Certification with FPGA Functional Safety Design Flow

TÜV Rheinland-certified design flow adheres to latest safety design methodology for safety-critical industrial, medical and automotive applications

HILLSBORO, OR, Feb. 24, 2015 – 

Lattice Semiconductor Corporation (NASDAQ: LSCC), the leader in ultra-low power, small form factor, customizable solutions, today announced the availability of the Functional Safety Design Flowsolution based on the Lattice Diamond® Design Tools. Certified by TÜV-Rheinland, an independent organization globally recognized for safety and quality testing, the package enables users to bring their product to market faster by simplifying and speeding up the IEC61508 safety certification process for applications using Lattice FPGAs.

"By using Lattice's qualified Functional Safety Design Flow, designers can adhere to the latest safety design methodology when developing safety-critical designs, accelerate their certification process and reduce design costs", said Jim Tavacoli, Sr. Director, Product and Segment Marketing, Lattice.

IEC61508 has become the global standard for functional safety certification, and many industry specific standards are derived from it. The Lattice solution comprises a design flow and the development tools necessary to ensure that applications comply up to Safety Integrity level 3 (SIL3) certification. The Functional Safety Design Flow solutionincludes: Lattice Diamond Design Tools suite (a complete design and verification flow including Lattice Synthesis Engine and incorporating third party tools such as Aldec Active-HDL™ simulator and Synopsys Synplify Pro® synthesis) and Safety User Manual. Lattice FPGA families covered include both non-volatile (MachXO™, MachXO2™, LatticeXP2™) and SRAM-based (LatticeECP2™, LatticeECP2M™ & LatticeECP3™) products.

About Lattice Semiconductor Corp.

Lattice Semiconductor Corporation provides the industry s broadest range of Programmable Logic Devices ( PLD), including Field Programmable Gate Arrays ( FPGA), Complex Programmable Logic Devices ( CPLD), Mixed-Signal Power Management and Clock Generation Devices, and industry-leading SERDES products.

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