$xCa(Li_{1/4}Nb_{3/4})O_{3}-(1-x)CaTiO_{3}$ ceramics were sintered under the presence of zinc-borosilicate(ZBS) glass and resultant microwave dielectric properties were investigated with a view to applying the composition to low-temperature co-fired ceramic(LTCC) technology. The addition of $5{sim}15wt%$ ZBS glass ensured successful sintering below $900;^{circ}C$. In general, increased addition of ZBS glass increased sinterability but it decreased the quality factor($Q{ imes}f_{0}$) significantly due to the formation of an excessive liquid and second phases. As for the addition of $CaTiO_3$, the dielectric constant(${epsilon}_r$) and temperature coefficient of resonant frequency(${ au}_f$) increased, while the quality factor($Q{ imes}f_{0}$) did not show an apparent change. The sintered $0.9Ca(Li_{1/4}Nb_{3/4})O_{3}-0.1CaTiO_{3}$ specimen at $900;^{circ}C$ with 10 wt% ZBS glass demonstrated 39.6 in dielectric constant(${epsilon}_r$), 4,400 in quality factor$(Q{ imes}f_{0}),;and;-11ppm/^{circ}C$ in temperature coefficient of resonant frequency(${ au}_f$).