The negative results of experimental searches for supersymmetry at the LHC have spurred a renewed interest in SUSY models where, abandoning the hierarchy problem as a guide, some or all the superpartners lie at scales much higher than the electroweak one. If these models are indeed realized in nature, one important probe into them is represented by their prediction for the Higgs mass. In this talk we review the Split-SUSY model, discuss the procedure used to precisely compute the Higgs mass and present the latest phenomenological predictions.
