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Update manufacturer, fixed various sloppinesses in addition.
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Olin Lathrop
Olin Lathrop
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Is the FPGA Smatfusion2 calmedclaimed to be highly secure by its manufacturer (Microsemi, now Mircochip) because it is a Non Volatile Memorynon volatile memory FPGA, meanwhile? Meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? is Is that enough to ensure a secure booting?

Is the FPGA Smatfusion2 calmed to be highly secure by its manufacturer (Microsemi) because it is a Non Volatile Memory FPGA, meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? is that enough to ensure a secure booting?

Is the FPGA Smatfusion2 claimed to be highly secure by its manufacturer (Microsemi, now Mircochip) because it is a non volatile memory FPGA? Meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? Is that enough to ensure secure booting?

added 30 characters in body; edited title
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Lavender
Lavender
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What makes Smartfusion2 FPGA clamed as highly secure to ensure secure booting?

Is the FPGA Smatfusion2 calmed to be highly secure by its manufacturer (Microsemi) because it is a Non Volatile Memory FPGA, meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? is that enough to ensure a secure booting?

What makes Smartfusion2 FPGA clamed as highly secure?

Is the FPGA Smatfusion2 calmed to be highly secure by its manufacturer (Microsemi) because it is a Non Volatile Memory FPGA, meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? is that enough ?

What makes Smartfusion2 FPGA clamed as highly secure to ensure secure booting?

Is the FPGA Smatfusion2 calmed to be highly secure by its manufacturer (Microsemi) because it is a Non Volatile Memory FPGA, meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? is that enough to ensure a secure booting?

Source Link
Lavender
Lavender
  • 527
  • 1
  • 5
  • 11

What makes Smartfusion2 FPGA clamed as highly secure?

Is the FPGA Smatfusion2 calmed to be highly secure by its manufacturer (Microsemi) because it is a Non Volatile Memory FPGA, meanwhile the SRAM FPGA like the zynq 7000 are considered vulnerable because the content need to be loaded each time power is applied to the system? is that enough ?