Curios_Eng
Newbie level 3
Hey Guys,
I have a serializer which I am using as an transmitter, the data set i will transmit I define it in the beginning. Then by using every clock cycle i am reading it from the array and sending it to serializer. Is there a better way to read the array or is there any disadvantages of using it in this way ?
Thank you!
I have a serializer which I am using as an transmitter, the data set i will transmit I define it in the beginning. Then by using every clock cycle i am reading it from the array and sending it to serializer. Is there a better way to read the array or is there any disadvantages of using it in this way ?
Code VHDL - [expand] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 type data_array is array (0 to 479999) of integer range 0 to 1; constant data :data_array:=(1,0,0,1,1,0,1,0,1,0,0,1,0,0,0,0,0,1,0,1,0,1,1,1,1,1,1,0,1,0,0,1,0,0); tx_parallel_data(0)<=to_unsigned(data(0+counter),1)(0); tx_parallel_data(1)<=to_unsigned(data(1+counter),1)(0); tx_parallel_data(2)<=to_unsigned(data(2+counter),1)(0); tx_parallel_data(3)<=to_unsigned(data(3+counter),1)(0); tx_parallel_data(4)<=to_unsigned(data(4+counter),1)(0); tx_parallel_data(5)<=to_unsigned(data(5+counter),1)(0); tx_parallel_data(6)<=to_unsigned(data(6+counter),1)(0); tx_parallel_data(7)<=to_unsigned(data(7+counter),1)(0); tx_parallel_data(8)<=to_unsigned(data(8+counter),1)(0); tx_parallel_data(9)<=to_unsigned(data(9+counter),1)(0); tx_parallel_data(10)<=to_unsigned(data(10+counter),1)(0); tx_parallel_data(11)<=to_unsigned(data(11+counter),1)(0); tx_parallel_data(12)<=to_unsigned(data(12+counter),1)(0); tx_parallel_data(13)<=to_unsigned(data(13+counter),1)(0); tx_parallel_data(14)<=to_unsigned(data(14+counter),1)(0); tx_parallel_data(15)<=to_unsigned(data(15+counter),1)(0); tx_parallel_data(16)<=to_unsigned(data(16+counter),1)(0); tx_parallel_data(17)<=to_unsigned(data(17+counter),1)(0); tx_parallel_data(18)<=to_unsigned(data(18+counter),1)(0); tx_parallel_data(19)<=to_unsigned(data(19+counter),1)(0); tx_parallel_data(20)<=to_unsigned(data(20+counter),1)(0); tx_parallel_data(21)<=to_unsigned(data(21+counter),1)(0); tx_parallel_data(22)<=to_unsigned(data(22+counter),1)(0); tx_parallel_data(23)<=to_unsigned(data(23+counter),1)(0); tx_parallel_data(24)<=to_unsigned(data(24+counter),1)(0); tx_parallel_data(25)<=to_unsigned(data(25+counter),1)(0); tx_parallel_data(26)<=to_unsigned(data(26+counter),1)(0); tx_parallel_data(27)<=to_unsigned(data(27+counter),1)(0); tx_parallel_data(28)<=to_unsigned(data(28+counter),1)(0); tx_parallel_data(29)<=to_unsigned(data(29+counter),1)(0); tx_parallel_data(30)<=to_unsigned(data(30+counter),1)(0); tx_parallel_data(31)<=to_unsigned(data(31+counter),1)(0); counter:=counter+32; if counter> limitforData then counter:=0; end if;
Thank you!
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