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Cost-Effectively Prevent Cloning of an FPGA Design




1-Wire secure memories utilize an elegant challenge-and-response authentication sequence that enables FPGAs to differentiate between authorized and cloned environments. This determination either sets the system to normal operation or disables the design, thereby protecting the design investment from copying and cloning.

Learn How It Works (launches Flash presentation)
This online tutorial explains the simple, economical way to use 1-Wire devices for securing your FPGA design.

Products

DS28E01-100: 1Kb Protected 1-Wire EEPROM with SHA-1 Engine and Unique Serial Number
DS2432: 1Kb Protected 1-Wire EEPROM with SHA-1 Engine

Reference Design

  • Xilinx® FPGA IFF Copy Protection with 1-Wire SHA-1 Secure Memories
  • Altera®: FPGA Design Security Solution Using a Secure Memory Device Reference Design

    Additional Resources

  • What is 1-Wire?
  • 1-Wire Product Line Page
  • Protecting the R&D Investment—Two-Way Authentication and Secure Soft-Feature Settings



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