01-13-2014, 05:23 PM
Let's see...
88 stacks of 16 items read at 4 ticks per item. To be safe let's say it takes 20 seconds for the items to travel to the reader. It would then take 4 ticks per item per hopper to travel to the last dropper. There are about 100 hoppers.
This adds up to about 600 seconds, but let's say 700 to be on the safe side. That is for reading a memory cell of 44 bytes.
When reading a single byte it will take at most 30 seconds, but probably a bit faster.
It is worthy to note that my design is in no way optimised; there is a lot of room for improvement.
88 stacks of 16 items read at 4 ticks per item. To be safe let's say it takes 20 seconds for the items to travel to the reader. It would then take 4 ticks per item per hopper to travel to the last dropper. There are about 100 hoppers.
This adds up to about 600 seconds, but let's say 700 to be on the safe side. That is for reading a memory cell of 44 bytes.
When reading a single byte it will take at most 30 seconds, but probably a bit faster.
It is worthy to note that my design is in no way optimised; there is a lot of room for improvement.