  At high energies, Drell-Yan (DY) dilepton production viewed in the target
rest frame should be interpreted as bremsstrahlung and can be expressed in
terms of the same color dipole cross section as DIS. We compute DY cross
sections on a nucleon target with the realistic parameterization for the dipole
cross section saturated at large separations. The results are compared to
experimental data and predictions for RHIC are presented. The transverse
momentum distribution of the DY process is calculated and energy growth is
expected to be steeper at large than at small transverse momenta. We also
calculate the DY angular distribution and investigate deviations from the
1+cos^2(\theta) shape.
