3
{ + 7 L 8 8 8 8 ieee .std _log ic_1 164. std_ logi c_ve ctor tor 8 8 8 8 8 8 8 8 8 addr ess_ a s_ L L - addr ess_ b s_ L L . 0 cloc k_a L L / X cloc k_b L L 0 x data _a a L L 1 data _b a L L 2 rden _a n L L 3 rden _b n L L 4 wren _a n L L 5 wren _b n L L 6 8 q_a L L 7 X q_b L L 8 x sub_ wire 0 re L L ? sub_ wire 1 re L L @ line __11 4 11 line __11 5 11 alts yncr am_c ompo nent ent C L O C K 1 addr ess_ reg_ b g_ B Y P A S S . cloc k_en able _inp ut_a t_a B Y P A S S U cloc k_en able _inp ut_b t_b B Y P A S S } cloc k_en able _out put_ a t_ B Y P A S S cloc k_en able _out put_ b t_ C L O C K 1 inda ta_r eg_b g_b e s o c _ r a m _ 4 k x 1 . m i f H init _fil e il C y c l o n e I I I inte nded _dev ice_ fami ly i a l t s y n c r a m ? lpm_ type ype numw ords _a s numw ords _b s B I D I R _ D U A L _ P O R T w oper atio n_mo de o N O N E ( outd ata_ aclr _a r N O N E ( outd ata_ aclr _b r U N R E G I S T E R E D ` outd ata_ reg_ a g_ U N R E G I S T E R E D ` outd ata_ reg_ b g_ F A L S E . powe r_up _uni niti aliz ed z N E W _ D A T A _ N O _ N B E _ R E A D W read _dur ing_ writ e_mo de_p ort_ a t_ N E W _ D A T A _ N O _ N B E _ R E A D read _dur ing_ writ e_mo de_p ort_ b t_ widt had_ a d_ widt had_ b d_ widt h_a widt h_b widt h_by teen a_a widt h_by teen a_b C L O C K 1 wrco ntro l_wr addr ess_ reg_ b g_ cloc k0 c cloc k1 c alts yncr am r alte ra_m f _m o work ork ieee eee o syn esoc _ram _4kx 1 kx c:/d ata/ temp /ESo C/So urce s/al tera /eso c_ra m_nk x1/e soc_ ram_ 4kx1 .vhd vhd
