Verific: the Name is Short for Verification...
Verific rhymes with terrific
Cutting-edge EDA Startups rely on Verific
Verific Design Automation builds SystemVerilog, VHDL, and UPF Parser Platforms which enable its customers to develop advanced EDA products quickly and at low cost.
Verific’s SystemVerilog parser supports the entire IEEE-1800 standard and is compatible with leading industry simulators Incisive, QuestaSim and VCS.
Verific’s UPF parser supports the entire IEEE-1801 standard and is integrated with its SystemVerilog and VHDL parsers.
Verific’s VHDL parser supports the entire IEEE-1076 standard and is compatible with leading industry simulators Incisive, QuestaSim and VCS.
Verific continues to provide the best SystemVerilog and VHDL parsers in the EDA industry.
We replaced our existing Verilog and VHDL parsers and elaborator with Verific’s solution.
Every FPGA company on the planet uses Verific’s industry-standard Verilog, SystemVerilog, and VHDL parsers.
Verific’s HDL Component Software has become the industry standard and for good reason.
Verific’s commitment to customer support by their R&D team is commendable.
We have never worked with a vendor that was so responsive to all our needs and delivered so promptly with such high quality.
Verific’s software serves as an essential component of our product development plan and gave us an immediate head start on worldwide product deployment.
We used Verific’s thoroughly tested parsers and were able to focus on developing Prospect.
Our customers know and recognize the value of Verific’s technology.
Building ACE leveraging Verific’s netlist parser and datastructures saved us a significant amount of time and effort.
Verific enabled us to kick-start our development and focus on our core technology early on.
Verific parsers easily integrated with our functional verification platform, saving us time and resources.
Verific’s reputation for solid product offerings and strong customer support are well earned.
Verific and Calypto have been development partners for many years. Verific’s team is exceptional and its support is unmatched.
We have employed Verific’s SystemVerilog parser for several years within our internally developed EDA tools.
When looking for software to serve as a front end to EDA design tools, Verific is the first name that comes up every time.
Integrating Verific’s software with RealTime Designer has been a part of our product planning because of its superior quality.
By leveraging Verific’s software, we have been able to focus on developing the key value-add technologies for our customers.
Without Verific, an internal SystemVerilog development effort would have been a long, difficult process.
Verific has delivered high-quality RTL front-end software to help us differentiate ISE Design Suite’s superior capabilities.
We chose to purchase software from Verific Design Automation for reasons of product quality and time to market.
Verific’s SystemVerilog and VHDL parsers are among the best architected and implemented software packages in EDA.
We have enjoyed a long-term winning collaboration with Verific.
We had an excellent experience with the integration of Verific’s front-end tools into our tools.
Verific was an easy choice for us. Its reputation for high-quality software and superior support and service is unmatched.
We have been impressed with Verific’s SystemVerilog solution and its technical support team.
Quartus II, Altera’s flagship design software includes integrated VHDL and SystemVerilog technology from Verific.
Verific has proven to be the best EDA partner and supplier any company can hope to work with.
Using Verific’s software fits right into our best-in-class strategy.
Verific is an instantly recognizable brand-name provider of Verilog, SystemVerilog and VHDL parsers.
Selecting Verific’s front-end software enabled us to focus on our core competency and get our products to market much faster.
Full language support, well-tested software and outstanding customer support made integration with the Verific compiler an easy choice.
Using the netlist parser and data structures enabled us to kick-start our development and focus on our core technology early on.