Based on OCS for wavelength hopping and strict VW-OOC for time spreading, a new family, named one-coincide sequence/strict wavelength optical orthogonal code (OCS/SVW-OOC), of two-dimension wavelength-hopping/time-spreading variable-weight optical orthogonal code (VW-OOC) is constructed. Auto-correlation and cross-correlation performances of OCS/SVW-OOC are analyzed in detail and the mean value of cross-correlation is reduced. The bit error ratio (BER) for the 2D code was simulated and compared. The simulation results show that for the given parameters of SVW-OOC and length of OCS, not only the BER of OCS/SVW-OOC decreases, but also the capacity increases, when the number of wavelengths increases. And for the given parameters of OCS, code weight and number of SVW-OOC, the BER of OCS/SVW-OOC decreases when the code length of SVW-OOC increases.