F16V3 Completely Assembled. 1024 pixels per output pixel controller.
The new expansion boards will have two connectors. (Not shown in image) F16v2/F16V3 Expansion Board with ribbon cable Completely Assembled. This board expands a F16v2/F16V3 pixel controller to from 16 outputs to 32 outputs. (48 ports for F16v3 if two are used). 2x20 ribbon cable (20cm) is included.
The F8-Distro Board is an eight port power distribution board. The board has one 30amp power input connector and eight 5A connectors. The connectors are pluggable connectors for easy connect/disconnect. LED fuse indicators (8).
Description 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.
Falcon F-Amp with xConnect Pigtails The F-Amp with xConnect Pigtails include a male and female connector. Sealed epoxy for complete waterproof solution.
The F4V2 differential expansion board connects directly to F4V2 without the need for a 40-pin ribbon cable. The board has two RJ-45 connectors. Each connector can drive a differential receiver board and the receivers can drive 4 strings of 3-wire type pixels. bbb
The new expansion boards has two 40-pin connectors. The Differential Expansion Board connects the the F16V2 or F16V3 via 40-pin ribbon cable. Allows up to four receivers to be connected to controller. Comes with 40-pin ribbon cable.
Falcon PiCap 50% of of proceeds from sales of the Falcon PiCap will go to FPP development team. All support for this product is through FalconChristmas.com user forums Can control two strings 800+ WS2811 pixels with fused and buffered outputs. Dedicated RS-485 DMX Output (Renard, DMX, LOR selectable). Input voltage 5, or 7-24V selectable. Real time...
The F8-Distro Board is an eight port power distribution board. The board has one 30amp power input connector and eight 5A connectors. The connectors are pluggable connectors for easy connect/disconnect. LED fuse indicators (8).
The 4-String Differential SmartReceiver Board can be connected to the F16V2, F16V3 and F4V3 Differential Expansion boards as well as the popular F48 differential controller allowing 4 strings to be placed up to 250+ feet from the controllers. Note: Supports 3-wire pixels only. Pass-thru mode mode only (standard receiver mode) for voltage lower than...
F16V3 Completely Assembled. 1024 pixels per output pixel controller.
Falcon PiCap 50% of of proceeds from sales of the Falcon PiCap will go to FPP development team. All support for this product is through FalconChristmas.com user forums Can control two strings 800+ WS2811 pixels with fused and buffered outputs. Dedicated RS-485 DMX Output (Renard, DMX, LOR selectable). Input voltage 5, or 7-24V selectable. Real time...
Falcon F-Amp The Falcon F-Amp is a line buffer designed to boost the data signal that controls 3-wire pixels. The F-Amp can be attached directly to the pixel controller or can be placed some distance away from controller. Can be used with 5 or 12V 3-wire pixels.
The new expansion boards will have two connectors. (Not shown in image) F16v2/F16V3 Expansion Board with ribbon cable Completely Assembled. This board expands a F16v2/F16V3 pixel controller to from 16 outputs to 32 outputs. (48 ports for F16v3 if two are used). 2x20 ribbon cable (20cm) is included.
The new expansion boards has two 40-pin connectors. The Differential Expansion Board connects the the F16V2 or F16V3 via 40-pin ribbon cable. Allows up to four receivers to be connected to controller. Comes with 40-pin ribbon cable.
CG-1500 mounting Plate for F16V2/F16V3. The plate can be used to mount one of the following configurations to CG-1500 enclosure. Controller and expansion board. Controller and power supply. Two Power supplies.
F48 Completely Assembled. Can drive up to 16384 pixels. 48 Differential Outputs no local ports. Can connect up to 12 Falcon Differential Receivers.
Description 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.