  We revisit the numerical computation of the baryon asymmetry from Cold
Electroweak Baryogenesis given the physical Higgs mass. We investigate the
dependence of the asymmetry on the speed at which electroweak symmetry breaking
takes place. The maximum asymmetry does not occur for arbitrarily fast
quenches, but at quench times of about $\tau_q\simeq 16\, m_H^{-1}$, with no
asymmetry created for quenches slower than $\tau_q>30\, m_H^{-1}$. Curiously,
we also find that the overall sign of the asymmetry depends on the quench time.
