Synthesis Webcast Series: How to Manage the Unmanageable

Poor quality of results and long runtimes have unfortunately become all too familiar to FPGA designers trying to achieve design closure. Because designs have increased in size and complexity, and devices have grown in capacity and features, FPGA implementation can at times seem daunting. View this series of Precision Synthesis webcasts to learn how innovations in FPGA synthesis are helping users manage these seemingly unmanageable challenges.

Webcast Series - Topic Details

Innovations in FPGA Synthesis for Faster Design Closure

Though FPGAs have made impressive advancements in performance and capacity, achieving design closure on schedule for these devices within the required market window has become exponentially more difficult. Attend this session to learn why the industry has already given Precision RTL Plus high marks for its innovations in FPGA synthesis. Among the topics discussed will be the product’s latest advancements in physical synthesis, incremental synthesis, and patent-pending resource-analysis technology. Register Now! (30 min.)

Improving FPGA Performance: Physical Synthesis For Everyone

As FPGA designers work to squeeze every last ounce of performance out of their target FPGA device, synthesis has evolved to ease the effort. This session will discuss the latest advances in FPGA physical synthesis and how the technology has improved to support a broader number of devices while retaining a push-button use-model. Register Now! (25 min.)

Meeting FPGA Project Deadlines using Incremental Design Flows

With 40% of FPGA projects running behind schedule, and with the primary reason being change in design specification, designers need a methodology that can incorporate design changes with minimal impact. This session will discuss incremental compilation flows now available for FPGA synthesis, and in some cases place-and-route, that allow iterative changes to be localized only to the affected regions of the design, thereby shortening runtime and preserving quality-of-results. Register Now! (25 min.)

Effectively Managing Embedded FPGA Resources

For FPGA design, the smart use of embedded memory and DSP resources has become critical in achieving design closure. This session will look at a graphically-based, comprehensive resource allocation system, integrated within the FPGA synthesis flow, which helps easily identify and control the implementation of architectural blocks to improve performance and area.
Register Now! (20 min.)

FPGA Design with SystemVerilog

As FPGA designs have grown in size, so has the difficulty in managing code complexity. Modeling large designs in traditional HDL is still possible, though the amount of code becomes hard to re-use and verify. SystemVerilog serves as a natural extension of Verilog, and its design constructs offer benefits of compactness of code, coding at higher levels of abstraction, and unification of design and verification. Learn how SystemVerilog helps FPGA designers code at higher levels of abstraction and for better verification. Register Now! (30 min.)

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