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Why Does Thermal Soak Reveal Hidden Home Server Cooling Limits?
Thermal soak reveals cooling limits that short tests miss by allowing the whole server, not just the CPU sensor, to approach steady operating temperature.
Why Can VRM Heat Limit Sustained Home Server Performance?
Hot VRMs can reduce sustained CPU power or frequency even when core temperature looks acceptable, especially under continuous multi-core loads.
Why Does an iGPU Compete With Home Server Apps for Memory?
An iGPU shares system memory with the CPU, so graphics, AI, and transcoding can reduce RAM headroom and bandwidth available to home server apps.
How Does a Smart Home Server Correlate Events to Cut False Alerts?
Event correlation cuts false alerts by combining time, location, identity, confidence, and household context before escalating one sensor signal.
Why Do Queued Events Flood a Smart Home Server After an Outage?
An outage lets events accumulate in brokers and clients, then reconnection releases the backlog faster than automations and integrations can consume it.
Why Must Smart Home Server Automations Be Safe to Repeat?
Repeat-safe automations preserve one intended household outcome even when events, callbacks, or service requests arrive more than once.
How Does PoE Budget Affect a Home NVR Camera Network?
A PoE camera network must satisfy both per-port power class and total switch budget, with headroom for IR, heaters, PTZ movement, startup, and future cameras.
Why Record Continuously but Analyze Only Events on a Home NVR?
Continuous recording preserves context and missed detections, while event-only analysis limits AI load and turns the full timeline into searchable moments.
