The development of femtocells environments brings a considerable increase in the capacity of the heterogeneous systems, because the distance between the transmitter and the receptor is smaller than the classic macrocell development. But the applications and services that are coming need more capacity yet. Looking for that gain of capacity, has been created techniques and methods that work mainly in the physical and MAC layer. Among them, the unitary frequency reuse, that does not achieve to exploit all the system s capacity. Hence we have implemented the fractional frequency reuse that aim directly the problems of co-layer interference (Between femto base stations) and cross-layer interference (Between macro and femto base stations). This fractional reuse of frequency is only among femto-stations, leaving the macro-station that use all the frequency band given for the macro cell. The bright results obtained in the SINR level show the improvements. Based on previous platform of fractional reuse, we analyze the scheduling strategies of the resource with a video application. The studied strategies are classified in: those that consider the quality of the channel and those that beyond the quality of channel consider QoS requirements in its metric, specially the maximum delay time. The last are more adequate when operating with video applications in real time (Video conference, VoIP). To see the operating range of the obtained improvements, all the simulation scenarios were submitted to three intensities of traffic (light, medium and heavy). Measurements of throughput, delay, packet loss ratio and fair levels in the distribution show the benefits of the joint effects of the fractional reuse as the scheduling algorithm used. With the obtained results, we do a selection of the more adequate reuse pattern together with the algorithm that provides the best performance, depending of the scenario (home or business environment) and the applications to use.