Abstract
One new code family with asymptotically optimal cardinality is proposed for high-speed OCDMA networks. This code family has short code lengths and can adopt commercial 2 m × 2 m arrayed waveguide gratings for coder implementation ( m is positive integer). The performance analysis shows that the proposed code family has improved spectral efficiencies as compared to wavelength/time codes generated from other coding schemes with asymptotically optimal cardinalities.
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