Lithium-ion capacitor (LIC) was developed to increase the energy density of conventional electrochemical double-layer capacitors. However, the inherent relatively low theoretical capacity and sluggish interfacial kinetics of conventionally used graphite anode in LIC should be overcome. In this work, we investigated pre-lithiated carbon coated Si/SiO_x negative electrode and activated carbon positive electrode to develop high performance LIC. Si/SiO_x nanoparticles were prepared by simple sol-gel reaction, followed by carbon coating and pre-lithiation process. LIC with pre-lithiated carbon coated Si/SiO_x negative electrode showed improved rate capability and cycle performance at a current density of 850 mA g^-1 lasting for up to 1000 cycles compared to LIC with the conventional graphite anode. These results show that pre-lithiated carbon coated Si/SiO_x negative electrode is superior to the conventional graphite negative electrode. In this presentation, the pre-lithiation conditions and electrochemical properties of carbon coated Si/SiO_x anode in LIC will be discussed more in detail.