In part I of this paper, the channel capacity per dimension of a Fast Frequency-Hoping Code Division MultipleAccess (FFH-CDMA) with unquantized detector outputs was evaluated and it showed that hard limiting of outputs can significantly degrade capacity. In this paper, a coded FFHCDMA system whose maximum likelihood receiver works with unquantized outputs is considered. With a matched bit-to-symbol conversion in transmitter, it is shown that a proper design criterion is to maximize symbol Hamming distance. Based on this new criterion, a search algorithm was developed and many good convolutional codes were found. Analytical and simulation results corroborated the effectiveness of the proposed design criterion. ©2006 IEEE. 317321Fiebig, U., Robertson, P., Soft Decision and Erasure Decoding in Fast Frequency-Hopping Systems with Convolutional, Turbo, and ReedSolomon Codes (1999) IEEE Trans. on Communications, 47 (11), pp. 1646-1653. , NovYue, O.-C., Maximum Likelihood Combining for Noncoherent an Differentially Coherent Frequency-Hopping Multiple-Access Systems (1982) IEEE Trans. on Information Theory, IT-28 (4), pp. 631-639. , JulBiglieri, E., Caire, G., Taricco, G., Computing Error Probabilities over Fading Channels: A Unified Approach (1998) ETT, 9 (1), pp. 15-25. , Jan.-FebJ. K. Wolf and A. J. Viterbi, On the wight Distribution of linear block codes formed from convolutional codes, IEEE Trans. on Communications, v.44, n.9, p.1049-1051, Sept., 1996P. J. Lee, A Very Efficient Transfer Function Bounding Technique on Bit Error Rate for Viterbi Decoded, Rate 1/N Convolutional Codes, TDA Progress Report 42-79, p.l 14-123, July-Sept., 1984Yue, O.-C., Performance of Frequency-Hopping Multiple-Access Multilevel FSK Systems with Hard-Limited and Linear Combining (1981) IEEE Trans. on Communications, COM-29 (1), pp. 1687-1694. , NovRyan, W.E., Wilson, S.G., Two Classes of Convolutional Codes Over GF(q) for q-ary Orthogonal Signaling (1991) IEEE Trans. on Communications, 39 (1), pp. 30-40. , JanProakis, J.G., (1995) Digital Communications, pp. 492-496. , Singapore: McGraw-Hill, Third Edition, ppDu, J., Kamio, Y., Vucetic, B., New 32-QAM trellis codes for fading channels (1993) Eletronics Letters, 29 (20). , SeptGoodman, D.J., Henry, P.S., Prabhu, V.K., Frequency-Hopped Multilevel FSK for Mobile Radio (1980) B.S.T.J, 59 (7), pp. 1257-1275. , SeptKawahara, T., Matsumoto, T., Forward Link Capacity Limit of Coded FFH/CDMA Multiuser Mobile Radios (1991) Eletronics Letters, 27 (21), pp. 1918-1919. , Octde Deus Júnior, G.A., Portugheis, J., Coding for FFH-CDMA Systems (2006), to be submitted