CRITICAL WARNING: HARDWARE FAILURE RISK #612
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Thanks for raising the concern. I’m going to close this discussion because there is no actionable Odysseus issue described here. Running local models absolutely puts sustained load on CPU/GPU hardware, and users should monitor temperatures, cooling, power limits, and system stability like they would with any heavy compute workload. But Odysseus itself should not be directly increasing hardware voltage or bypassing normal CPU/GPU thermal protections. Voltage, boost behavior, throttling, and shutdown protection are handled by the OS, drivers, firmware, and hardware configuration. If someone has a concrete, reproducible case where running Odysseus causes unsafe temperatures, crashes, or power behavior, please open a focused issue, General claims about rewriting everything in a low-level language are not enough to act on here. |
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CRITICAL WARNING: HARDWARE FAILURE RISK
Just a quick question: How many times has this setup already crashed and 'burned' due to massive downtimes and CPU core overloads?
The increased hardware voltage is directly tied to exactly this issue. Because of poorly chosen high-level languages for heavy compute tasks, the usage of raw data/models (raw), and constant tensor overloading combined with overvolting—this is no longer just a software stability issue. At this rate, you are looking at a literal fire hazard at home or total hardware meltdown due to fried components.
The bottom line is simple: you will have to rewrite everything from scratch using a low-level compiled stack anyway, or sooner or later, you will quite literally burn down.
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