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Fully digital sensor against EM and body biasing fault injections
The Electromagnetic Pulse Detector is a fully digital sensor against EM and body biasing fault injections.
Features
- fully digital architecture packaged as a standard cell
- totally compliant with any standard cell design flow
- robust detection of EM and body biasing fault injections
- detection of both front-side and back-side EM injections
- EM pulse susceptibility higher than that of standard designs
- detection of fault injection at both rising and falling edges
- permanent check of the internal output signals coherence
- detector size smaller than 50 equivalent NAND2 gates
- silicon proven on several families of advanced FPGA
- successfully evaluated by two security laboratories
Benefits
- High sensitivity
- Standard cell like
- Ultra low power
- Very compact
- Easy integration
Deliverables
- GDSII stream and layer map file
- Library Exchange Format (LEF) file
- Circuit Description Language (CDL) netlist
- Liberty Timing File (.lib and .db)
- VHDL behavioral model
- design specification
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electromagnetic
- FIFO capable of working in Highly Noisy environment, giving silicon ultimate stability in electromagnetic noisy environment.
- Input 5M-100M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.25um Logic process
- Input 10M-100M Hz, output 40M-400M Hz, frequency synthesizable PLL; 0.35um Logic process
- Input 10M-100M Hz, output 40M-200M Hz, frequency synthesizable PLL; 0.35um Logic process
- Input 2.8M-50M Hz, output 2.5M-280M Hz, frequency synthesizable PLL; 0.35um Logic process
- Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process
