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DannyP said:Hey Eddy when you say you rettasked them for your candy canes, did you simply load a sequence into the CCR controller so they run standalone or is LSP still controlling them?
ɟɐsʇǝppʎ said:jeffl said:Is it this one? 30leds/m with 30 chips?
http://www.aliexpress.com/store/product/5m-WS2811-LED-digital-strip-60leds-m-with-30pcs-WS2811-built-in-the-5050-smd-rgb/701799_653641294.html
yes thats them, so they will have the same individul pixel control as the 1809, but the big difference is the 1809 is 12VDC and the 2811 is 5VDC
Imacericg said:ɟɐsʇǝppʎ said:jeffl said:Is it this one? 30leds/m with 30 chips?
http://www.aliexpress.com/store/product/5m-WS2811-LED-digital-strip-60leds-m-with-30pcs-WS2811-built-in-the-5050-smd-rgb/701799_653641294.html
yes thats them, so they will have the same individul pixel control as the 1809, but the big difference is the 1809 is 12VDC and the 2811 is 5VDC
Jumping in here. So the above strip is the most like a CCR with individual pixel control, and not the strip linked in post #6.
AND can you confirm each strip will take 1 universe to run? (30 pixels x 5 meters x RGB = 450)
jeffl said:I read a ton and watched a bunch of videos. What should we truly watch out for in 5v vs 12v? Are there wiring differences between the two or other things to compare?
I'm a LOR user but with tools like NutCracker I wonder what you would be missing with SuperStar.
ɟɐsʇǝppʎ said:Imacericg said:ɟɐsʇǝppʎ said:jeffl said:Is it this one? 30leds/m with 30 chips?
http://www.aliexpress.com/store/product/5m-WS2811-LED-digital-strip-60leds-m-with-30pcs-WS2811-built-in-the-5050-smd-rgb/701799_653641294.html
yes thats them, so they will have the same individul pixel control as the 1809, but the big difference is the 1809 is 12VDC and the 2811 is 5VDC
Jumping in here. So the above strip is the most like a CCR with individual pixel control, and not the strip linked in post #6.
AND can you confirm each strip will take 1 universe to run? (30 pixels x 5 meters x RGB = 450)
This is the closest to the CCR strip as in that it has the same LED count and the same pixel count, the CCR is 30 LED/M with 10 controllable sections per metre, so if using LOR superstar then these can be used easily as they have the exact same number of LEDs and controllable sections as a CCR. In fact the 2811 has better dimming qualities than the CCR as the 2811 is 8 bit, the CCR is 5 bit but when used with a CCR controller is will run effectively as a 7 bit because of the way the data is sent 4 times per cycle to the strip so it gives the illusion of having more dimming steps.
The strip you are talking about has more contollable sections so will be difficult to utilize in LORs superstar, it is also 5vdc where as the other strip like the CCR is 12VDC. So this strip is every LED is controllable, where as the strip i mention above is 3 LEDs per controllable sections just like the CCR
jeffl said:That link added more information thank you. Now for a 5v question. I have read a few places where people have talked about having to re-inject power or power a string from both end when running 5v.
Is there a way to calculate when you would have to re-inject power?
The 2811 strip comes in 3 variationsImacericg said:ɟɐsʇǝppʎ said:Imacericg said:ɟɐsʇǝppʎ said:jeffl said:Is it this one? 30leds/m with 30 chips?
http://www.aliexpress.com/store/product/5m-WS2811-LED-digital-strip-60leds-m-with-30pcs-WS2811-built-in-the-5050-smd-rgb/701799_653641294.html
yes thats them, so they will have the same individul pixel control as the 1809, but the big difference is the 1809 is 12VDC and the 2811 is 5VDC
Jumping in here. So the above strip is the most like a CCR with individual pixel control, and not the strip linked in post #6.
AND can you confirm each strip will take 1 universe to run? (30 pixels x 5 meters x RGB = 450)
This is the closest to the CCR strip as in that it has the same LED count and the same pixel count, the CCR is 30 LED/M with 10 controllable sections per metre, so if using LOR superstar then these can be used easily as they have the exact same number of LEDs and controllable sections as a CCR. In fact the 2811 has better dimming qualities than the CCR as the 2811 is 8 bit, the CCR is 5 bit but when used with a CCR controller is will run effectively as a 7 bit because of the way the data is sent 4 times per cycle to the strip so it gives the illusion of having more dimming steps.
The strip you are talking about has more contollable sections so will be difficult to utilize in LORs superstar, it is also 5vdc where as the other strip like the CCR is 12VDC. So this strip is every LED is controllable, where as the strip i mention above is 3 LEDs per controllable sections just like the CCR
Ok, so I think the lightbulb just went off in my head, do I have this right:
CCR - Cannot control by single pixel, instead each section that contains 3 pixels
8211 Strip - individual pixel control, but might not be compatible with SuperStar
For a 5v strip you will need to inject between every stripjeffl said:It looks like about 50 pixels in the key for 5v. I can see now that there is a lot more things to consider when using 5v stuff. I need to do some more searching for WS2811 12v stuff. I don't recall there being many options.
Also how long can a strip be before running into injection problems. I should probably figure out the math but my guess is 5 meters is safe 12v and 4 meters for 5v.
ɟɐsʇǝppʎ said:The 2811 strip comes in 3 variationsImacericg said:ɟɐsʇǝppʎ said:Imacericg said:ɟɐsʇǝppʎ said:jeffl said:Is it this one? 30leds/m with 30 chips?
http://www.aliexpress.com/store/product/5m-WS2811-LED-digital-strip-60leds-m-with-30pcs-WS2811-built-in-the-5050-smd-rgb/701799_653641294.html
yes thats them, so they will have the same individul pixel control as the 1809, but the big difference is the 1809 is 12VDC and the 2811 is 5VDC
Jumping in here. So the above strip is the most like a CCR with individual pixel control, and not the strip linked in post #6.
AND can you confirm each strip will take 1 universe to run? (30 pixels x 5 meters x RGB = 450)
This is the closest to the CCR strip as in that it has the same LED count and the same pixel count, the CCR is 30 LED/M with 10 controllable sections per metre, so if using LOR superstar then these can be used easily as they have the exact same number of LEDs and controllable sections as a CCR. In fact the 2811 has better dimming qualities than the CCR as the 2811 is 8 bit, the CCR is 5 bit but when used with a CCR controller is will run effectively as a 7 bit because of the way the data is sent 4 times per cycle to the strip so it gives the illusion of having more dimming steps.
The strip you are talking about has more contollable sections so will be difficult to utilize in LORs superstar, it is also 5vdc where as the other strip like the CCR is 12VDC. So this strip is every LED is controllable, where as the strip i mention above is 3 LEDs per controllable sections just like the CCR
Ok, so I think the lightbulb just went off in my head, do I have this right:
CCR - Cannot control by single pixel, instead each section that contains 3 pixels
8211 Strip - individual pixel control, but might not be compatible with SuperStar
30 LED/m 10 contrallable sections per metre, 5 metres, 12vdc, external IC (3 LEDs per controllables section)
30 LEDs/m 30 controllable sections per metre, 5 metres 5vdc, internal IC (1 LED per controllables section)
60 LEDs/m 60 controllable sections per metre, 4 metres 5vdc, internal IC (1 LED per controllables section)
The last 2 strips can also come in black or white strip
For a 5v strip you will need to inject between every stripjeffl said:It looks like about 50 pixels in the key for 5v. I can see now that there is a lot more things to consider when using 5v stuff. I need to do some more searching for WS2811 12v stuff. I don't recall there being many options.
Also how long can a strip be before running into injection problems. I should probably figure out the math but my guess is 5 meters is safe 12v and 4 meters for 5v.
With 12vdc you will need to inject at every second strip, for example i supply poer to the first strip and then i inject power at the end of the second strip.