How Reliable is Your FPGA Design? Tips and Tricks for Building-in High Reliability
Learn how to automatically "build in" high reliability using Synopsys Synplify Premier FPGA design tool.
Sharath Duraiswami, Senior Corporate Applications Engineer, Synopsys
Oct 02, 2014
ProtoCompiler Accelerates HAPS FPGA-Based Prototyping Systems
This webcast examines the latest generation of design tools for prototyping, Synopsys ProtoCompiler, a suite of design automation and debugging tools for the Synopsys HAPS Series of FPGA-based prototypes.
Troy Scott, Product Marketing Manager, Synopsys
Jul 23, 2014
Automate ASIC to FPGA-based Prototype Conversion with Synplify
Using Synplify, automate ASIC to FPGA-based prototype conversion to accelerate fast FPGA-based working prototype bring-up, debug and validation.
Dr. Angela Sutton, Staff Product Marketing Manager, FPGA Implementation, Synopsys
Jun 18, 2014
Increase FPGA Performance with Enhanced Capabilities of Synplify Pro and Premier
Timing is everything! Find out how to reproducibly improve FPGA performance results using Synplify Pro and Synplify Premier. This webinar includes tips on how to set up you FPGA design to achieve better timing results downstream, recommended techniques to analyze and tune design performance for faster timing closure and new "under the hood" Synplify Premier placement-aware logic synthesis technology that further boosts timing performance.
Paul Owens, Senior CAE, Synplify Business Group, Synopsys
May 06, 2014
Streamlining IP and Subsystem Prototyping with HAPS-DX
In this webinar we will introduce the new HAPS Developer eXpress (HAPS-DX) solution for complex IP and subsystem prototyping to accelerate IP and subsystem bring-up and streamline IP to SoC integration.
Neil Songcuan, Senior Product Marketing Manager, Synopsys
Jan 29, 2014
Debug and Bring-Up Automation for the HAPS-70 Series FPGA-Based Prototyping System
This webcast explores debug and bring-up automation features unique to the next-generation FPGA-based prototyping system, the Synopsys HAPS-70 Series.
Nathan Henderson, Corporate Applications Engineering Manager, Synopsys
Sep 26, 2013
Using FPGA-based Prototyping to Validate IP Integration Without Breaking a Sweat
Learn how to test DesignWare USB 3.0 interface IP and implement it on a HAPS FPGA-based Prototyping System. Review best practices on how to utilize Synopsys' Identify HW/SW tools to test the interface in the context of the larger chip design.
John Kuhns, Synopsys Professional Services, Senior Design Consultant
Jul 17, 2013
High-Throughput FPGA Signal Processing: Trends, Tips & Tricks for QoR and Design Reuse
Learn about best practices for creating high-throughput signal processing designs for FPGAs, with a focus on achieving quality of results and design reuse across FPGA devices, families, and vendors.
Chris Eddington, Sr. Technical Marketing Manager, Synopsys
Jul 09, 2013
10 ways to Debug your FPGA Design
Learn how to cut FPGA debug time with more effective diagnosis of FPGA design setup and design specifications, and by identifying design errors en-masse in a single iteration. If you are an ASIC designer, learn techniques to more quickly make your design "FPGA friendly" to get working FPGA implementation on the board.
Angela Sutton, Staff Product Marketing Manager, FPGA Implementation , Synopsys, Inc.
Feb 12, 2013
New FPGA-based Prototyping Solution: HAPS-70 Series - Best Practices
This webinar is intended for designers who are already prototyping their ASIC design or considering prototyping their next ASIC design. Learn about best practices and new HAPS-70 system technology.
Neil Songcuan, Senior Product Marketing, Synopsys
Feb 06, 2013
Debugging Methods for FPGA-Based Prototypes - Best Practices for System Troubleshooting and RTL Debug
Learn about new methods and technology to increase the ROI of an FPGA-based prototype and expand its role for hardware/software validation.
Troy Scott, Product Marketing Manager, Synopsys
Sep 18, 2012
Faster, Safer Implementation of High-Reliability, High Availability Designs using FPGAs
Learn techniques on how to build high operation reliability into your FPGA designs in the face of radiation-induced errors in the field, and how to validate and trace the result of your design implementation before you deploy your FPGA-based system.
Angela Sutton, Staff Product Marketing Manager, FPGA Implementation
Jul 14, 2011

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