07-10-2013, 01:44 AM (This post was last modified: 07-10-2013, 02:02 AM by mrbean52.)
So, here's what I just thought of today (it's probably been thought of before) is a locked repeater RAM. I came up with a design, the good thing about it is that it's only 7 blocks in vertical height BUT width is 10x8 (when you take of the levers and buttons and extended output 4x3) Doesn't seem like it would be easy to stack either . Your probably thinking why did I even post this here, well I just thought id bring the general idea into concept ill try to make it smaller but I just brought it up as an idea. Heres some screenshots of it, sorry I don't have a screen recorder atm.
I had made a modification to this for RAM,
Magazorb redesigned It and made it a lot smaller
But it's still 4 wide. imma trying to make it 2
Wide but am unsuccessful.
(07-23-2013, 06:54 PM)CMOSprinkles Wrote: It can't be done Bill, that's the limitation of locked repeaters and one of the reasons that I don't particularly care for them.
(07-23-2013, 06:54 PM)CMOSprinkles Wrote: It can't be done Bill, that's the limitation of locked repeaters and one of the reasons that I don't particularly care for them.
Haha, I have proved you wrong CMO, nickster made 2x3
Repeater lock RAM and I made it dual read.
Check the Completed projects sub fourm.
(07-24-2013, 05:42 AM)CMOSprinkles Wrote: Staggering it leads to some pretty huge designs, and at 3 ticks to write, I'd sooner use EvilDevil59NL's RAM (which I won't).
Yeah the repeater lock ram is around for quite some time. But tbh, you cannot make 2 wide cells. It is impossoble. And I dont want to use staggering, becouse It gives tou a hard time arranging input/output whenyou have lots of it. But I really think we need a good way to use thos stuff.I dont mind 3 wide, It is still pretty good since they are solid state.