Kernel Governors

⚙️ 1. alucardsched

Origin: Based on ondemand with multi-core awareness.

Goal: Balanced performance and battery — adaptive and user-tunable.

Behavior:

Dynamically adjusts frequency based on load like ondemand, but adds more control hooks (boosting, hotplug, up/down thresholds).

Has “profiles” for battery, balanced, performance.

Often works best with Alucard hotplug.

Summary: Tunable, moderate governor for power users — good middle ground between performance and battery.

⚡ 2. darkutil (Helix + Electroutil hybrid)

Origin: Custom hybrid governor (as in your kernel line) combining Helix’s load tracking with Electroutil’s voltage-frequency efficiency model.

Goal: Smooth scaling with intelligent power gating.

Behavior:

Uses Helix-style per-cluster load evaluation.

Adds Electroutil’s efficient up/down hysteresis and energy awareness.

Smooth frequency transitions, reduced jitter.

Summary: A smart hybrid — fast like Helix, efficient like Electroutil; meant for sustained performance with reasonable thermals.

⚡ 3. electroutil

Origin: Energy-aware schedutil variant.

Goal: High efficiency and stable thermals.

Behavior:

Tracks CPU utilization like schedutil, but uses energy-cost tables for scaling.

Avoids overboosting, favors “just enough” frequency.

Ideal for devices with Energy Model (EM) support.

Summary: Efficient, stable, and modern — best for consistent battery and thermal control

🔥 4. pwrutilx

Origin: Enhanced schedutil fork by Team Helix.

Goal: Fast response to load with tuned hysteresis.

Behavior:

Reacts to scheduler load (schedutil base).

Adds dynamic sampling rate adjustment and boost control for snappier performance.

Often used in gaming or performance setups.

Summary: Performance-tuned schedutil — quick, smooth, less laggy than stock.

⚙️ 5. helix

Origin: Custom from the Helix kernel team.

Goal: Smooth scaling for gaming / responsiveness.

Behavior:

Combines elements of interactive and schedutil.

Predicts load spikes and scales preemptively.

Keeps mid-frequencies active longer for smoother frame pacing.

Summary: Adaptive, gaming-friendly governor — smoother UI and consistent FPS.

🌑 6. darknesssched

Origin: Fork of alucardsched + custom Darkness kernel tweaks.

Goal: Aggressive performance without big thermal hits.

Behavior:

Scales up aggressively for touch/input boosts.

Downscales slightly slower to maintain responsiveness.

Often paired with custom hotplugging logic.

Summary: Performance-first governor, good for instant response but drains battery faster.

⚙️ 7. energy_dcfc

Origin: “Dynamic CPU Frequency Control” — energy-aware scheduler governor.

Goal: Optimize sustained loads for efficiency under thermal constraints.

Behavior:

Uses energy model (EM) data and thermal headroom to decide frequencies.

Prioritizes thermal balance + sustained performance.

Often slower to boost, but avoids throttling longer.

Summary: Thermal-efficient and steady — good for long gaming or heavy tasks without overheating