Register transfer level (RTL) verification remains the bottleneck in digital hardware design. Industry surveys show that functional verification accounts for 70 percent of the total design effort. Yet ...
A key challenge facing the semiconductor industry is to combine Intellectual Property (IP) from various sources quickly and efficiently. Design times are continually pressurized by time to market ...
In the context of todays increasingly complex SoC's there is a need for design methodologies that start at higher levels of abstraction. Transactional modeling can become this new abstraction level.
Best Practices For Power-Aware Verification: Because Designing For Low Power Is Only Half The Battle
As modern chips push the limits of power efficiency, power management has become a top priority. With today’s increasingly complex devices, verifying power intent isn’t just a technical requirement.
Thanks to a fast, built-in synthesis engine, Atrenta's SpyGlass 3.0 predictive-analysis tool detects very complex structural problems in register transfer level (RTL) code that would otherwise only ...
Why hardware-assisted verification systems are vital to designing next-gen hardware. The differences between hardware emulation and FPGA-based prototyping systems. How the demands of data-center CPUs ...
A recommended sign off activity list mean fewer re-spins and a design that is correct as possible, as soon as possible. At last year’s Design and Verification Conference in San Jose, Real Intent had a ...
HDL Coder generates target independent, synthesizable Verilog and VHDL code from MATLAB functions, Simulink models, and Stateflow charts. The generated HDL code is bit-true and cycle-accurate to ...
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