LED tiles: Difference between revisions
No edit summary |
Tobycatlin (talk | contribs) No edit summary |
||
Line 67: | Line 67: | ||
LEDs Per Pixel 1R1G1B<br /> | LEDs Per Pixel 1R1G1B<br /> | ||
Red Wavelength (Dominant) 625 ~ 630 | * Red Wavelength (Dominant) 625 ~ 630 | ||
* Green Wavelength (Dominant) 520 ~ 525 | |||
* Blue Wavelenghth (Dominant) 470 ~ 475 | |||
PIXELS | PIXELS | ||
Pixel | * 36 x 48 | ||
LED Type Black Diamond | * Pixel Configuration SMD 3528 | ||
LEDs Per Area LEDs/m2 67,635 | * LED Type Black Diamond | ||
Physical Pixel Pitch mm 6.66 | * LEDs Per Area LEDs/m2 67,635 | ||
* Physical Pixel Pitch mm 6.66 | |||
Physical Pixels Per Area pixels/m2 22,545 | Physical Pixels Per Area pixels/m2 22,545 | ||
Panel: | Panel: | ||
LED Tile Width mm 320 | * LED Tile Width mm 320 | ||
LED Tile Height mm 120 | * LED Tile Height mm 120 | ||
Viewing Angle – Horizontal degrees 140 | * Viewing Angle – Horizontal degrees 140 | ||
Viewing Angle - Vertical degrees 120 | * Viewing Angle - Vertical degrees 120 | ||
== Frame and controller/PSU specs == | == Frame and controller/PSU specs == |
Revision as of 16:56, 29 January 2016
LED screen tiles donated by Mistamud. See mailing list thread here.
What is it
- Frame containing 6 LED tiles
- Controller/PSU "Infiled"
- 46 individual LED tiles
What are we doing with it?
The space is likely to keep the frame and controller/PSU, and maybe a few extra screens depending on final decision.
Project maintainers
- Elisabeth Anderson
- .....
Tiles for members
The space keeps the frame and controller, plus possibly a few extra screens (decision tbc), which would leave about 40 for members. Register you interest (before 16th Jan) and keep an eye on the mailing list for update on when the tiles are ready to collect. (update: added members who registered their interest on the mailing list as well)
- 01.
Lee Jones(2 if possible please). 02. Nigle03. Toby Catlin04. Matt P- 05. Aden (2)
- 06. Henry Sands
- 07. Matt Wheeler (4 if possible)
- 08. Egor Kraev
09. Mike(Upto 4, if possible, please)- 10. Pingless
11. Asc (2 please)- 12. James Cadman
- 13. Henry Best
14. Martin Goodman(2 please)15. Thomas Hill16. JJ (2 please)17. Michael Margolis(2 if possible)- 18. Robin Baumgarten (2 if possible)
- 19. Giac0m0 (2 if possible)
20. Bennage (2 if possible, please)- 21. Det (1)
- 22. betandr
23. Ciborg (2 please)24.Stefan Sabo (HS07764) 2
No more names please, they've all gone
N.B. If you've not done anything with the tile after 3 months please bring it back to the space as someone else may wish to do something with it, don't just let it gather dust in a corner!
LED Specs
The 'tile' contains the matrix of SMDs and the driver ICs and multiplexing to run but you'll need 5v dc and some kind of Pi / Arduino / Nova or Linsn Scancard to control them.
Rough Specs sent by Tom:
LEDs Per Pixel 1R1G1B
- Red Wavelength (Dominant) 625 ~ 630
- Green Wavelength (Dominant) 520 ~ 525
- Blue Wavelenghth (Dominant) 470 ~ 475
PIXELS
- 36 x 48
- Pixel Configuration SMD 3528
- LED Type Black Diamond
- LEDs Per Area LEDs/m2 67,635
- Physical Pixel Pitch mm 6.66
Physical Pixels Per Area pixels/m2 22,545 Panel:
- LED Tile Width mm 320
- LED Tile Height mm 120
- Viewing Angle – Horizontal degrees 140
- Viewing Angle - Vertical degrees 120
Frame and controller/PSU specs
- Frame containing 6 LED tiles - Controller/PSU "Infiled"
This is a link to the manufacturers page here: http://www.infiled.com/chanpin/yingyong-3/20131223/250.html
Also a PDF: http://www.infiled.com/uploads/soft/L%20RSS.pdf
Building a LED wall
On this Mistamud says: You'll need a card called a Scancard. (the brains found inside each and every LED panel): http://www.led-card.com/product_info.php?cPath=24&products_id=314
The signal that goes into the Scancard on Cat5 cable needs to come from a Sender Card: http://www.led-card.com/product_info.php?cPath=23&products_id=15. The signal that goes into a Sender card is good ol' DVI from your laptop.
There's also some info on the progress made with the previous screens here
Michael Margolis thinks that they can be controlled by the SmartMatrix library: https://github.com/pixelmatix/SmartMatrix
and Adafruit have a shield for the teensy with a connector that should(?) work with these tiles : https://www.adafruit.com/products/1902
You can find his mailing list post here: https://groups.google.com/d/msg/london-hack-space/Gs4_P4Je1gw/HFshYAzhEQAJ