4-port Pixel Controller
Completely Assembled. 1024 pixel per output pixel controller.
Customers that placed an order for F4V2 this year will receive the new F4V3.
Shipping September 28th
Warning: Last items in stock!
F4V32 4-Port Pixel Controller
The controller receives 64 universes of E131 data no problem. One DMX, Pixelnet or Renard RS-485 Output
Board current specs
Board is powered from pixel power. Input can be 5-24VDC.
4 - Fused outputs for main board and expansion board.
Number of strings
4 strings or 12 strings with expansion board.
All strings can use any of the 48K channels this controller can receive as a start address.
Each string can be independently configured for null nodes, zigzag, forward/reverse, node type, pixel count , grouping etc...
Pixel per string
1024 pixels per string for all 12 possible strings.
All string ports can be any of the following string types. They all can be independently set.
WS2801 / WS2803
WS2811 / WS2812 / TM1804 / TM1803 / TM1809 / TM1812 / SM16715 / INK1003
TLS3001 / TLS3002 / CY3005
LPD6803 / D705 / LPD1101 / USC6909 / UCS6912
GE Color Effects (GECE)
String Types to be added in near future
SM16716, MBI6020, P981x
(We can fit two more in current image. Additional formats will be added to an additional image which will be held in flash making switching images as easy as selecting image in user webpage interface.)
1 - Dedicated RS-485 outputs
LCD Display,Push Buttons and Indicators
.96" OLED 128x64 matrix display for setup and status.
5 - Push buttons to control display. Up, Down, Right, Left and Select
Power LED for main fuse/pixel board
Power LED for FPGA/Controller Board
Two multi purpose LEDS for status.
1 - Temperature Sensors
1 - Processor Temperature Sensor.
The incoming pixel voltage of main board is detected and displayed in user interface. (OLED displays voltage and temperatures).
1) Expansion board must be within 1.5 feet of main board. Maybe further but no guarantee.
2) If you live in Australia or New Zealand, DarylC will be offering the boards over there. Pricing will differ.