  The possibility of cancelation between different contributions to d_e, d_n
and d_{Hg} has been reconsidered with special emphasis on the region that is
phenomenologically interesting (intermediate values of \tan \beta and sub-TeV
sfermion masses). It is found that in the range favored by electroweak
baryogenesis (\it i.e., |\mu|\simeq M_1 or |\mu|\simeq M_2), \sin
[\theta_\mu+\theta_{M_1}]\sim 1 can be compatible with the EDM bounds even for
slepton masses below 500 GeV. Such large values of the phases promise a
successful electroweak baryogenesis. The possibility of large CP-odd effects at
linear collider has also been discussed.
