DiyLightAnimation
Hardware => Lynx Smart String => Topic started by: Night Owl on January 10, 2011,
-
What is kit 3 in the co-op for? Does this add parts that builds a 12V supply? Or does it add parts so you can attach a 12V supply that does not have ATX connectors (like a bench power supply). Based on the low price, I would assume the latter but I wanted to confirm. I've been following the threads from the beginning and I kinda remember this being discussed, but I couldn't find it when I searched.
-
What is kit 3 in the co-op for? Does this add parts that builds a 12V supply? Or does it add parts so you can attach a 12V supply that does not have ATX connectors (like a bench power supply). Based on the low price, I would assume the latter but I wanted to confirm. I've been following the threads from the beginning and I kinda remember this being discussed, but I couldn't find it when I searched.
This is a few extra parts to allow a user to power a SS hub with a 12volt only power supply. If you are using a ATX computer power supply you will not need them. If you are using a different 12 volt only supply them you will.
RJ
-
How many amps will I need for the 12 volts? AC or DC?
-
See the power document in the wiki. It explians how to figure up what you will need.
RJ
-
Another question. Where do I buy the programmer to be able to program the chip to the proper starting Pixelnet address on each string. How much are they?
If I use more then one hub I will need more then one power supply? or can one power supply power more then one hub even if the hubs are located in different areas of the yard?
-
Another question. Where do I buy the programmer to be able to program the chip to the proper starting Pixelnet address on each string. How much are they?
If I use more then one hub I will need more then one power supply? or can one power supply power more then one hub even if the hubs are located in different areas of the yard?
The start address is set by the program utility, this will be released later.
You will need a PicKit programmer the current model is the PicKit 3 to program the Pic on the SSC and the hub. Mouser has the PicKit programmers
http://www.mouser.com
If using a PC power supply, yes you will need more than one Power Supply. Even if you are using a 12V only bench type power supply I would still suggest only using one power supply per hub.
-
O-Man that will really add to the cost of the display at say $25 bucks per computer power supply and then 16 hubs (That is if I need that many to be able to outline the whole house). Is there a cheaper power supply that I could use to power each hub and then run maybe one string per hub? The way it will be set up is each string will need to run end to end.
Can we run, say 6 to 12 strings together say about 3 inch apart then play video to the strings to make a low cost video curtain?
-
O-Man that will really add to the cost of the display at say $25 bucks per computer power supply and then 16 hubs (That is if I need that many to be able to outline the whole house). Is there a cheaper power supply that I could use to power each hub and then run maybe one string per hub? The way it will be set up is each string will need to run end to end.
Can we run, say 6 to 12 strings together say about 3 inch apart then play video to the strings to make a low cost video curtain?
Each Hub will support up to 16 strings, so unless you have a need to run just one string per hub you should not need that many.
-
O-Man that will really add to the cost of the display at say $25 bucks per computer power supply and then 16 hubs (That is if I need that many to be able to outline the whole house). Is there a cheaper power supply that I could use to power each hub and then run maybe one string per hub? The way it will be set up is each string will need to run end to end.
Can we run, say 6 to 12 strings together say about 3 inch apart then play video to the strings to make a low cost video curtain?
I guess that I don't understand why you would need so many hubs either. Exactly how long is your house? Each hub can support up to 16 strings and RJ has experimented with a 100 foot cable connecting a string to the hub and it worked without issue. If it is an addressing issue that you are thinking of, remember that the strings are addressed at the string, not the hub so all hubs send full data streams to all their ports.
-
Are you confusing hubs with controllers?
1 hub can supply power and data to 16 controllers. 1 controller can control 1 string of up to 128 "nodes" .
John
-
That could be it. So you need one controller per smart string and one hub can handle up to 16 strings?
To keep it simple each string will be 40 feet long. Ok looking at the house from the street. I start one string at the left corner run 40 feet. Then start the next sting at the end of the first string so now I am at 80 feet. Next I want to run up the roof line to the peek which takes 1 string. Then across the roof takes 2 more strings. Then back down the left side back to were I started from which takes another string. So I am up to 6 strings total.
If each string needs a controller and the controller gets its power and data from the hub. I would need a hub at the start of each string. Unless there is some kind of extension cord.
David
-
That could be it. So you need one controller per smart string and one hub can handle up to 16 strings?
To keep it simple each string will be 40 feet long. Ok looking at the house from the street. I start one string at the left corner run 40 feet. Then start the next sting at the end of the first string so now I am at 80 feet. Next I want to run up the roof line to the peek which takes 1 string. Then across the roof takes 2 more strings. Then back down the left side back to were I started from which takes another string. So I am up to 6 strings total.
If each string needs a controller and the controller gets its power and data from the hub. I would need a hub at the start of each string. Unless there is some kind of extension cord.
David
How about 1 cat5 cable from the hub to each controller. so from one hub you will need a total of 6 cat5 cables running power and data to the controller/ strings. the controller will be a few inches from the first node in your string
Cheers
Rick R.
-
That would work if there is not to much power loss from the hub to the controller of each string.
David
-
David,
RJ has tested this with cat 5 cables that are 100' long without a problem.
Instead of starting your strings from the corner of the house, start in the middle of the front and work around to the left and the right. That way you wouldn't have to run from corner to corner with your cat 5 cable.
John
-
Sweet, that is great news. Thanks for the idea John about starting in the center.
David
-
Saying almost the same thing as John is (he types faster). Using your description and Only you can understand your exact layout, just trying to give some ideas.
Your hub is in the left corner of the house. You have the first 40 foot sting that runs across the front of the house connected to the hub with a few inches of cat5. With this first string you also run a 40 foot cat5. Your second string would connect to this. For your third string you would run an 80 foot cat 5 with the first 2 strings and it would connect to it. (Still within the 100 foot limit. That may not really be a limit, it is just what RJ has tested) You then have your other string going "back to where I started" meaning it sounds as thou it "ends" close to the hub, that string you connect directly to the hub using a few inches of cat5. You then have the other to string across the roof you connect them with a 40 and 80 foot cat5 like you did the front.
Hope I said all that correctly and understandable.
-Jeff
-
I just threw together a rough idea. I made the string nodes a non-straight light so it stood out in the drawings
(http://users.rowan.edu/~raively/sample1.jpg)
See if that makes any sense
Cheers
Rick R.
-
That helps, kind of
What I want to do is have the strings in order from say left to right so when I do a chase it goes left to right. One string ends at say channel 384 I want the next string to start at channel 385 which means that sting needs to begain at the end of the first string. I assume there is no way to tell the string which end is to be the lowest number. So if I want a chase of 4 nodes that will run the whole outline of the house while all other nodes are dark. My thinking is the strings need to run in channel order?
David
-
That helps, kind of
What I want to do is have the strings in order from say left to right so when I do a chase it goes left to right. One string ends at say channel 384 I want the next string to start at channel 385 which means that sting needs to begain at the end of the first string. I assume there is no way to tell the string which end is to be the lowest number. So if I want a chase of 4 nodes that will run the whole outline of the house while all other nodes are dark. My thinking is the strings need to run in channel order?
David
I guess my text notes on the drawing didn't make sense then.
SSC 1 which controls the left side of the house is program on the pic as reverse order. So the first node (say channel 1,2,3) will be the far left side of the house and the channels continue in order to the max number of nodes on that controller (center of the house). Using your Channel example of 384. SSC 2 is forward mode so the first node/channel is 385 which is right next to to the last node in SSC 1, example channel 384. Then the nodes continue to the far right side in order. So in your seq software it will be from the left side of the house to the right side of the house in order Channel 1 to 769 and you don't need long cat5 cables.
Left side of house ...................Middle of house................Right side of house
Channel 1...............................384 385..........................769 (unless my math is wrong :))
............................................SSC1 SSC2
.................................................HUB
Rick R.
-
Now it makes much more since. Did not understand you could tell the string which way to number. So that clears up a lot. Thanks
David