This controller only take 5Volts

Hover over the input boxes to get more information

Network Configuration

Wired Connection
MAC Address:
Host Name:

Enable DHCP
IP Address:
Gateway:
Subnet Mask:
Primary DNS:
Secondary DNS:

Power Supply
On the side of the Make sure of the input power 110 220V
Connect the wall plug the symbol is ground (green) the N (White) L (black) also Known as Load.
The plastic screw on the left is to adjust the voltage output.
This is a 24 Volts out use a Multimeter and adjust close to your Voltage

Power is needed on the F4v3 for two purposes:
(1) To power the controller itself
(2) To power the pixels which will be attached to the controller.
Unlike other Falcon controllers, the power for both
the pixels and the controller functionality are
powered by a single Power Connector. There is no
option for an external power connection on the F4v3.

WARNING: Do not connect the F4v3 directly to a typical
household outlet (110V AC Power) as this will damage
the controller. A DC power supply is required for operation.

Note that since the F4v3 uses power, it should be placed in a protective case
whenever it is being used. Furthermore, if being used outside, a watertight
case should be used to protect against the elements. The case needs to
allow for air circulation to allow for cooling of the controller during
operation. There are many premade cases and do it yourself alternatives
for cases and mounting the controller in them, which can be found on the
many christmas light forums or group pages.

The Input Power Jumpers located on the right side of the board
(Figure 2-1), are used to select which voltage, either 5V or 7V to 13V,
is being used to power the controller. Both jumpers must be set to
the same selection. These jumpers must be set prior to applying
power to the controller in order for the board to function and to avoid
damage to the controller.

The F4v3 is shipped with the jumpers configured for using 12V Power. However, it
is always recommended that you check the jumpers before applying power to
the controller.

WARNING: It is possible to damage your board if you set the jumpers incorrectly!

WARNING: Do not remove or install the jumpers while the board is being powered.
If using 7V to 13V to power the controller, the Input Power Jumpers must be
placed on the left and center pins as shown in Figure 2-3. The F4v3 is
shipped with the jumpers in this position.

Power is needed on the F16v3 for two purposes, to power the pixels which will be attached to the controller and to power the controller itself. As most users will select their pixel type and thus voltage prior to setting up the controller, it is covered in the manual first. However, pixels do not need to be attached to the controller to power it up and configure the controller. WARNING: Do not connect the F16v3 directly to a typical household outlet (110V AC Power) as this will damage the controller. A DC power supply is required for operation. Note that since the F16v3 uses power, it should be placed in a protective case whenever it is being used. Furthermore, if being used outside, a weather resistant case should be used to protect against the elements. The case may need to allow for air circulation to allow for cooling of the controller during operation, especially in warm climates. There are many premade cases and do it yourself alternatives for cases and mounting the controller in them, which can be found on the many christmas light forums or group pages.
The F16v3 is shipped with the jumpers configured for using 12V Power on the V2 Power Connector to power the controller. However, it is always recommended that you check the jumpers before applying power to the controller. WARNING: It is possible to damage your board if you set the jumpers incorrectly! Use power from the V2 Power Connector to power the controller. This will have the same voltage as the pixels plugged into connectors 9 through 16. Note that if you are using 5V pixels with a high load (such as large pixels counts on these ports, all set for white on full brightness), the 5V power supply may experience a slight power drop. This power drop may cause instability with the controller as it is powered from the same source as the pixels. Using an independent power source connected to the External Power Source, as described below, is recommended in this case. Connect an independent power source into the External Power Connector (see Figure 2-3). If using a 5V on the V2 Power Controller, using the External Power Connector rather than the V2 Power Connector is recommended as this is the most stable and reliable way to power the controller under this scenario.
Power Selection Jumper The Power Selection Jumper located on the right side of the board (Figure 2-1), is used to select which source of power, either the V2 Power Connector or the External Power Connector, will be used for the Controller Power. This must be set prior to applying power to the controller in order for the board to function and to avoid damage to the controller. WARNING: It is possible to damage your board if you set the jumpers incorrectly! WARNING: Do not remove or install the jumpers while the board is being powered. If using the V2 Power Connector to power the controller, the jumper must be placed on the middle and bottom pins as shown in Figure 2-4. The F16v3 is shipped with the jumper in this position.
Input Power Jumpers The Input Power Jumpers located near the center of the board (Figure 2-1), are used to select which voltage, either 5V or 7V to 13V, is being used to power the controller. Both jumpers must be set to the same selection. These jumpers must be set prior to applying power to the controller in order for the board to function and to avoid damage to the controller. WARNING: It is possible to damage your board if you set the jumpers incorrectly! WARNING: Do not remove or install the jumpers while the board is being powered. Note that the Input Power Jumpers are ONLY for the power source which will be running the controller, NOT that which is being output to the pixels. If using 7V to 13V to power the controller via the power source selected in Section 2.2.1, the Input Power Jumpers must be placed on the left and center pins as shown in Figure 2-6. The F16v3 is shipped with the jumpers in this position.

This page is just used as testing the ports and pixels.
There is an "All" check box and you can test individual ports.
For a better test in Xlights there is a test option under the tool tab.
You can test each model there.

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All

Port 1 Prop name

Port 2 Prop name

Port 3 Prop name

Port 4 Prop name

ECT...