Previous works devoted to the Ne V spectrum are very fragmentary and yield
a rather controversial picture of this ion. A lot of unidentified lines are
still reported in these multiple studies. In the present paper, Hartree-Fo
ck calculations and least-squares fits over the whole set of the available
data (including the most recent ones) have been performed. As a result, a c
omprehensive view of the Ne V spectrum is presented. 10 new energy levels a
nd 40 newly classified lines are proposed. An improved value of the ionisat
ion potential of Ne V is also proposed.