  Properties of the quark-gluon plasma(QGP) in the presence of the baryon
chemical potential $\mu_B$ are studied using the Field Correlator Method(FCM).
The nonperturbative FCM dynamics includes the Polyakov line, computed via
colorelectric string tension $\sigma^E(T)$ and the quark and gluon Debye
masses, defined by the colormagnetic string tension $\sigma^H(T)$. The
resulting QGP thermodynamics at $\mu_B \le 400$ MeV is in a good agreement with
the available lattice data,both pressure and the sound velocity do not show any
sign of a critical behavior in this region.
