While trapped atomic ions are ideal quantum information memories, the next generation ion trap experiments will transport and distribute trapped ion qubits to generate truly large-scale entangled quantum states. I will discuss several options for networking trapped ion qubits, along with state-of-the-art experimental progress. This includes the use of phonons between ions in a Coulomb crystal, the physical shuttling of ions throughout complex and microfabricated ion trap structures, the coupling of remote ions through photons, and perhaps even the use of a cold (neutral) atomic gas.