  We study some features of entropic force approach in the presence of a
noncommutative Schwarzschild-deSitter black hole. In this setup, there exists a
similarity between the small and large scales. There are two finite cut-off in
very short and long distances wherein the force and energy graph stop abruptly
at those scales. We find that the existence of a deSitter core around the
origin, induced by noncommutativity, in addition to a standard deSitter
background at large scale may lead to a violation of the equivalence principle.
Finally in order to directly observe the finite cut-off at short-scale gravity,
caused by noncommutativity quantum fluctuations, we derive an effective
gravitational constant.
