In this paper, we report on the next generation the OpenFF family, OpenFF Sage 2.0.0. Sage builds on the valence parameter refits in the Parsley generation of force fields by including fitting to condensed-phase properties for updated LJ parameters while performing a further set of updates to the valence parameters. The Sage release also introduces a variety of improvements to the fitting procedures and datasets, and incorporates our recent finding that fitting to condensed phase mixture properties can provide accuracy gains relative to fitting to pure solution properties alone. We also report extensive benchmarks of Sage on data from outside its training set. These show that Sage improves agreement with experiment, relative to Parsley 1.3.0, for calculations including solvation/transfer free energies, likely primarily as a result of the refitted LJ parameters. We also find improved agreement with QM molecular energies is also observed, likely due to improvements in the valence parameterization. Further, calculations of protein-ligand binding free energies provide confirmation that this first refit of LJ parameters does not adversely affect accuracy, and that performance is comparable to other state-of-theart small molecule force fields such as, GAFF 2.1/AM1-BCC and GAFF 2.11/AM1-BCC, OPLS3e, and CGenFF.