EDA Solutions


Interra Inside
  • 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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NOM - Netlist Object Model

NOM is a language-independent front-end for Netlist applications. It analyzes Verilog, VHDL and EDIF netlists and creates a language neutral Object Model for connectivity. Applications can then access the design information in the Object Model using common Programming Interface, thus saving enormous time and resources. Rather than spending time writing parsers and multiple front-ends for different language inputs, designers can now spend time designing their solutions.

Extensive customization capabilities allow EDA tool developers to extend and mould NOM as per their needs. NOM is used as the front-end for a diverse set of EDA applications to increase the speed of development.

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Key Features

  • Readers and writers for Verilog, VHDL and EDIF
  • Dynamic connectivity information model
  • User extensible object model
  • Functions for flattening, parameterization, and expression evaluation
  • Intuitive API for language independent front-end development
  • API to access Object Model information
  • Optimized for memory usage and run-time performance