Abstract
Interference range plays a critical role in wireless network performance, significantly impacting both link reliability and resource utilization. This paper studies the interference range associated with the spatial outage capacity (SOC), which is the maximum density of reliable links of bipolar networks. We establish a recursive equation based on the transmitter's active probability, establishing a link between the interference range and the SOC. The analytical results are then verified through numerical and network simulations. The experimental results indicate that the interference range may improve the SOC of Poisson bipolar networks while deteriorating the SOC of Poisson cellular networks and random distance bipolar networks.