VRM heat spikes keep triggering throttling during Mass Effect Legendary Edition full loads on my Intel Core i7 14700KF, wouldn't redrawing voltage curves and setting hard power limits actually sustain that multi-core throughput without constant dips?

Long stress runs in Mass Effect Legendary Edition push VRM temps right up against thermal limits as aggressive boosts cook the power delivery on the Intel Core i7 14700KF. Simple airflow changes hardly touch the issue until voltage offsets drop and P-core caps lock in, starving the heat buildup at its source. Benchmark graphs flatten out nicely afterward with no more panic throttling from the coolers. Single-core highs dip just a touch yet sustained frame delivery turns noticeably smoother overall. Nailing that power-to-cooling sweet spot unlocks real headroom without the usual multi-core weaknesses showing up mid-session. High core count users in the community report the same pattern and agree curve refinement feels far steadier than blind frequency boosts. Checking panels repeatedly takes focus but the payoff is consistent performance that keeps legendary battles flowing without sudden slowdowns ruining the epic moments. Players discover the frame output becomes far more stable during extended play and unexpected dips drop off sharply.