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  • Spyglass Rule Checker - Atrenta
  • N2C System Designer - CoWare
  • D-fabrix Reconfigurable Algorithm Processor - Panasonic
  • Vstation product family hardware emulator - Ikos/Mentor
  • Blast Fusion, a physical synthesis product - Magma
  • Formality, a Formal Verification system - Synopsys
  • TurboCheck, testability analysis - Syntest
  • eTools for Nextreme platform - eAsic
  • 0in Formal Verifier - Mentor
  • Hammer acceleration system - Eve
  • 360 Verifier - OneSpin Solutions
  • Xtreme and XCite systems - Cadence
  • SPEED Compiler - Carbon Design
  • Focus, design constraint generation - Fishtail
  • Spyglass Rule Checker - Atrenta
  • N2C System Designer - CoWare
  • D-fabrix Reconfigurable Algorithm Processor - Panasonic
  • Vstation product family hardware emulator - Ikos/Mentor
  • Blast Fusion, a physical synthesis product - Magma
  • Formality, a Formal Verification system - Synopsys
  • TurboCheck, testability analysis - Syntest
  • eTools for Nextreme platform - eAsic
  • 0in Formal Verifier - Mentor
  • Hammer acceleration system - Eve
  • 360 Verifier - OneSpin Solutions
  • Xtreme and XCite systems - Cadence
  • SPEED Compiler - Carbon Design
  • Focus, design constraint generation - Fishtail
  • Spyglass Rule Checker - Atrenta
  • N2C System Designer - CoWare
  • D-fabrix Reconfigurable Algorithm Processor - Panasonic
  • Vstation product family hardware emulator - Ikos/Mentor
  • Blast Fusion, a physical synthesis product - Magma
  • Formality, a Formal Verification system - Synopsys
  • TurboCheck, testability analysis - Syntest
  • eTools for Nextreme platform - eAsic
  • 0in Formal Verifier - Mentor
  • Hammer acceleration system - Eve
  • 360 Verifier - OneSpin Solutions
  • Xtreme and XCite systems - Cadence
  • SPEED Compiler - Carbon Design
  • Focus, design constraint generation - Fishtail
  • Spyglass Rule Checker - Atrenta
  • N2C System Designer - CoWare
  • D-fabrix Reconfigurable Algorithm Processor - Panasonic
  • Vstation product family hardware emulator - Ikos/Mentor
  • Blast Fusion, a physical synthesis product - Magma
  • Formality, a Formal Verification system - Synopsys
  • TurboCheck, testability analysis - Syntest
  • eTools for Nextreme platform - eAsic
  • 0in Formal Verifier - Mentor
  • Hammer acceleration system - Eve
  • 360 Verifier - OneSpin Solutions
  • Xtreme and XCite systems - Cadence
  • SPEED Compiler - Carbon Design
  • Focus, design constraint generation - Fishtail
  • Spyglass Rule Checker - Atrenta
  • N2C System Designer - CoWare
  • D-fabrix Reconfigurable Algorithm Processor - Panasonic
  • Vstation product family hardware emulator - Ikos/Mentor
  • Blast Fusion, a physical synthesis product - Magma
  • Formality, a Formal Verification system - Synopsys
  • TurboCheck, testability analysis - Syntest
  • eTools for Nextreme platform - eAsic
  • 0in Formal Verifier - Mentor
  • Hammer acceleration system - Eve
  • 360 Verifier - OneSpin Solutions
  • Xtreme and XCite systems - Cadence
  • SPEED Compiler - Carbon Design
  • Focus, design constraint generation - Fishtail
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MVV - Mixed Language Digital Design Elaborator

Addressing the needs of ASIC/Soc professionals and EDA tool developers who need to verify and simulate designs in mixed Verilog and VHDL, Interra offers MVV, a mixed language Digital Design Elaborator. Targeted as a customizable front-end for System Verilog and VHDL based mixed design applications such as simulation and synthesis, MVV is compliant with industry standard simulators and other tools. Available as library of "C" APIs, MVV can be seamlessly integrated with "C" or "C++" applications and used as a front-end to various EDA applications.

MVV analyzes mixed designs and elaborates cross-HDL instances. MVV is built over Interra's popular Verilog and VHDL analyzers: Cheetah and Jaguar. MVV users, therefore, have the dual advantage. They can use Cheetah and Jaguar APIs to analyze and modify designs, and use MVV APIs to verify cross-HDL binding of instances. Enabling the user to manage Verilog and VHDL libraries, optimize elaboration, and access information from elaborated masters, MVV's APIs are complete, function-rich, and intuitive.

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Key Features

  • Mixed design elaboration involving System Verilog and VHDL
  • Well-defined, complete set of API functions
  • Support for Partial Elaboration
  • Support for incomplete designs through black box option
  • API functions to propagate defparams across language boundaries
  • API functions to support full design elaboration through elaboration, copying instance master elaborated by overriding parameter/generic values, binding instances to a copied master across language boundaries
  • API functions to flatten a design having generate blocks and/or array of instances