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Improve abstract wording, sampling mesh mon chapter

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jaseg 2026-01-17 12:39:16 +01:00
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chapter-smpc/chapter.tex
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@ -271,7 +271,7 @@ the value of secret data such as cryptographic keys. To mitigate this type of at
CPU, mainboard, and memory inside of the HSM's tamper-sensing barrier, but also the power supply. A secondary benefit of
placing the power supply inside the tamper-sensing barrier is that it simplifies the power wiring between the outside of
the IHSM cage and the payload. Supplying the \qty{12}{\volt} power rails that commodity mainboard commonly use requires
tens of Ampere. To carrie such high current, the wiring has to be sized accordingly. In an IHSM, even thick wires can
tens of Ampere. To carry such high current, the wiring has to be sized accordingly. In an IHSM, even thick wires can
easily be passed through the mesh cage, but such wiring requires a large opening at the shaft on one end of the cage,
which creates a literal security gap. Placing the power supply inside of the cage reduces the size of the wires needed
since the power supply steps down a lower current \qty{240}{\volt} input to the system's high-current \qty{12}{\volt}