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] ] 0 0 0 0 0 0 0 0 0 0 0 0 ieee .std _log ic_1 164. std_ logi c_ve ctor tor esoc _por t_nr _nr `` 8 m clk_ cont rol LL : clk_ rgmi i mi LL ; clk_ rgmi i_12 5m 2 LL < clk_ rgmi i_25 m 25 LL = clk_ rgmi i_2m 5 2m LL > ctrl _add ress ess LL ? 0 ctrl _rd LL @ P ctrl _rdd ata LL A h ctrl _wai t ai LL B ctrl _wr LL C ctrl _wrd ata LL D ena_ 10 _ LL E eth_ mode ode LL F ff_r x_a_ empt y pt LL G ff_r x_a_ full ull LL H 8 ff_r x_da ta a LL I X ff_r x_ds av s LL J x ff_r x_dv al v LL K ff_r x_eo p eo LL L ff_r x_mo d mo LL M ff_r x_rd y rd LL N ff_r x_so p so LL O ff_t x_a_ empt y pt LL P 8 ff_t x_a_ full ull LL Q X ff_t x_cr c_fw d fw LL R x ff_t x_da ta a LL S ff_t x_eo p eo LL T ff_t x_er r er LL U ff_t x_mo d mo LL V ff_t x_rd y rd LL W ff_t x_se pty LL X 8 ff_t x_so p so LL Y X ff_t x_wr en r LL Z x inbo und_ data ata LL [ inbo und_ data _ful l ul LL \ inbo und_ data _wri te i LL ] inbo und_ head er d LL ^ inbo und_ head er_w rite ite LL _ ( inbo und_ info nfo LL ` P inbo und_ info _wri te i LL a p magi c_sl eep_ n p_ LL b magi c_wa keup eup LL c outb ound _dat a at LL d outb ound _dat a_re ad e LL e outb ound _inf o nf LL f outb ound _inf o_em pty LL g @ outb ound _inf o_re ad e LL h h rese t se LL i rx_e rr_s tat LL j rx_f rm_t ype LL k set_ 10 _ LL l set_ 1000 000 LL m tx_f f_uf low LL n xoff _gen gen LL o @ xon_ gen LL p ` port _vla n_de faul t ul LL z x forc e_vl an_d efau lt_i n _i LL { forc e_vl an_d efau lt_o ut o LL | u3 o esoc _por t_ma l_co ntro l ro work ork ieee eee std &
