This document discusses radio link control options for frequency hopping networks. It examines frequency hopping, power control, and discontinuous transmission and how they can increase capacity by reducing interference. It analyzes their performance in both idealized homogeneous networks and more realistic inhomogeneous networks through system-level simulations. The simulations show that maximum capacity is achieved either through a reuse of 4 with random frequency hopping for good carrier-to-interference ratio and interference diversity, or reuse of 1x1 with management of the mobile allocation index offset for maximum interference diversity, depending on the available spectrum.