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   SafeXcel IP - Public Key Accelerators
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Innovations in information security.
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SafeXcel IP - Public Key Accelerators

Designed for full scalability and an optimal performance over gate count ratio, SafeXcel IP Public Key Accelerators address the unique needs of semiconductor OEMs and provide a reliable and cost-effective IP solution that is easy to integrate into SoC designs. The SafeXcel IP Public-Key Accelerators can be deployed in semiconductors that are used for Internet Protocol Security (IPsec), Secure Sockets Layer (SSL), Transport Layer Security (TLS), Secure Real Time Protocol (sRTP) and MACsec protocol implementations, such as handheld devices, gateways, and certificate authority servers.

Benefits

  • Silicon-proven
  • Flexible configurations
  • ROM-based sequencer facilitates functional upgrades
  • Fast and easy to integrate
  • World-class support

Features

  • Support of RSA, RSA-CRT, DSA, DH and ECC
  • Highly scalable architecture with selectable number of Processing Elements
  • Standard modulus size: up to 4096 bits
  • Resistant against power and timing analysis attacks
  • Fully synchronous design

Deliverables

  • Synthesizable Verilog RTL source code
  • Self-checking RTL test bench, including test vectors and expected result vectors
  • Simulation script
  • Synthesis script
  • User's Manual with technical specifications, including programmer's interface
  • Developer's Manual with step-by-step descriptions that allows developers to easily install, verify, and synthesize the design

SafeXcel IP Public Key Accelerators configurations

NAME CONFIGURATION MAX CLOCK FREQUENCY1 RSA-1024 PERFORMANCE APPROXIMATE GATE COUNT
AT SYNTHESIS FREQUENCY
EQUAL TO 75% OF THE
MAX. CLOCK FREQUENCY
NUMBER OF CYCLES AT MAX CLOCK FRENQUENCY
EIP-28b 32-bit PKCP only 240 MHz 3,919,118 16.4 msec 32 kGates
EIP-28-PE-4 16-bit PKCP + LNME (4 PEs) 250 MHz 1,559,831 6.3 msec 60 kGates
EIP-28-PE-17 16-bit PKCP + LNME (17 PEs) 230 MHz 395,130 1.72 msec 146 kGates
EIP-28-PE-33 16-bit PKCP + LNME (33 PEs) 230 MHz 218,220 0.95 msec 254 kGates