Tom Hammond

Tom Hammond

You can control your projector from a computer running Linux or Mac OSX.  It can turn your projector on & off, change video sources, and do just about anything that your remote can do.  The projector is connected to your compute via a serial cable and commands are given through shell commands.  This can be done on a schedule, too, thanks to the Cron scheduler built into Linux / Mac OSX.

 

To control your projector with Linux and/or Mac OSX, you will need these things

1. Projector with an RS232 serial port.  This port can have a DB9 serial port (most common) or a round DIN serial port.  A DB serial port has five pins in one row, and four pins in the second row.  Projectors with only USB ports are not able to be used for control.

2. "Straight through" serial cable, DB9 to DB9.  Typically this is a female to female cable.

3. Null modem adapter like this.  This may be needed for some projectors.  If your projector does not respond to commands, add this to the "straight through" serial cable above.

4. USB to serial adapter cable, such as this.  This cable adapts the USB port on the Linux/Mac computer to communicate to the DB9 serial port on the projector.

 

Finding hex control codes for your projector

Your projector listens for commands entering its serial port.  This allows you to turn the projector on, off, change video sources, etc., simply by sending commands to this port.  These commands are in the "hex" language, such as 00, AB, F1, B12, etc.

Different brands and models of projectors use different hex codes for these commands.  Your projector's manual should have an area that list these codes.  If you do not have the manual, search Google for "hex codes xxx projector" where "xxx" is the brand and model of your projector.  You can also find manuals for projectors by googling "xxx projector Clary Business Machines".  

Here is an example of hex control codes for a Boxlight Seattle WX25NU projector.  For example, hex command "43 30 30 0D" will turn on the projector and "43 30 31 0D" will turn it off.

This document should also indicate your projector's serial port communication settings (baud rate, data length, parity, stop bit, and flow control).  This information is important for your Linux/Mac computer to properly communicate with the projector's serial port, so write it down.

 

Connect your projector to your Linux/Mac computer

1. Connect the USB serial adapter cable to the computer's USB port.

2. Connect the DB9 serial cable to the USB serial adapter cable.

3. Connect the other end of the DB9 serial cable to your projector.  

4. Make sure the projector has its power cable connected.  It does not need to be turned on yet, but it does need to be in "standby" mode.  Some projectors indicate standby with a flashing power light.

 

Finding the name of your USB serial adapter 

When you connect the USB serial adapter to your computer, Linux/Mac will assign a name to it.  This could be "ttys0", but could vary depending on the make/model of your adapter.  To find the correct name of your adapter, do the following:

1. Open a shell / command prompt.

2. Enter this command: ls /dev/serial/by-id

3. The result should display the name of your adapter, such as "usb-Prolific_Technology_Inc._USB-Serial_Controller-if00-port0". 

Note: If nothing is shown, then your adapter may need Linux/OSX drivers installed or perhaps your adapter is not compatible with Linux/OSX.

4. Enter this command: ls /dev/serial/by-path  

5. The result should show technical information about your adapter, such as "platform-3f980000.usb-usb-0:1.4:1.0-port0".  Note the phrase "usb-0:1.4" in this example.  This is helpful for the next step.

6. Enter this command: dmesg | grep tty

7. The result should list the active serial ports on your computer, such as "usb 1-1.4: pl2303 converter now attached to ttyUSB0".  

8. Remember the "usb-0:1.4" phrase from Step 5?  It somewhat matches the "usb 1-1.4" phrase from Step 7.  This is your USB serial adapter.  Therefore, "ttyUSB0" is the name of your adapter.

9. You're done!

 

Controlling the projector

Now it's time to see if everything works!

1. Open a shell / command prompt.

2. Enter this command: sudo chmod 666 /dev/ttyUSB0  (replace "ttyUSB0" with your adapter's actual name if necessary)

3. The above command sets permission for you to send commands to the serial adapter.

4. Find your projector's hex codes for "ON", "OFF", and "VIDEO".  Each hex code precedes with "\x", so hex codes "43 30 30 0D" to turn on a Boxlight projector would be entered as "\x43\x30\x30\x0D".  

5. For example, enter this command to turn on a Boxlight projector: echo -en '\x43\x30\x30\x0D' > /dev/ttyUSB0 

6. If all works well, your projector will turn on (wait a minute for the lamp to warm up).

 

If the projector is not responding...

1. Make sure the projector is connected to power.

2. Make sure the projector is in "standby" mode (not completely off).

3. The serial cable may need a "null modem adapter" added to it.  This adapter reverses pins 2 & 3 for the receive & transmission lines; some projectors need this.  Add the null modem adapter to the serial cable, then play the playlist again.

 

Control the projector on a schedule

Your computer can turn on/off your projector on a schedule, such as several times a day, daily, weekly, etc.  This is accomplished through Cron feature.  

1. Create a script that turns on your projector:

a. Enter this command: sudo nano /usr/local/bin/projector-on.sh

b. In the editor that appears, enter:

#!/bin/bash

sudo chmod 666 /dev/ttyUSB0

echo -en '\x43\x30\x30\x0D' > /dev/ttyUSB0

c. Save the script by pressing [Ctrl-O], then [Ctrl-X].

d. Make the script executable by entering this command: chmod u+x projector-on.sh

2. To test the script, enter "projector-on.sh" at the shell prompt.  Your projector should turn on.

3. Configure Cron so that it runs this script daily/weekly/etc.  These webpages have helpful instructions for using Cron:

https://opensource.com/article/17/11/how-use-cron-linux

https://www.howtogeek.com/101288/how-to-schedule-tasks-on-linux-an-introduction-to-crontab-files

https://www.cyberciti.biz/faq/how-do-i-add-jobs-to-cron-under-linux-or-unix-oses

4. That's it!

A number of Christmas lights enthusiasts animate digital LED lights with a free program called xLights.  Starting with a photo of your house, you draw strings of lights on it that correspond to the lights actually hung on your house.  Strings of lights are connected to "controllers" that speak the protocol or languages of different kinds of strings.  When you create animations in xLights on your computer, these animations are sent via Ethernet to the controllers which then light-up your lights.  

Falcon Player is a program that allows your house lights to function without needing your computer to do the job.  You create animations with xLights, save them as "fseq" files, then load these files into Falcon Player.  The Player plays the fseq files to animate your lights.

Falcon Player can do a lot more than just animate lights.  It can control a projector, sending videos to it while animating lights at the same time.  Videos are saved in MP4 format and stored in Falcon Player.  Player can also create a "virtual matrix" with your projector, allowing animations to be created in xLights that will display on the projector.  Player can turn your projector on & off, change video sources, and do just about anything that your remote can do.  This can be done on a schedule, too.  So you can use Falcon Player to simply control your projector to play videos or coordinate this with animating lights, too.

 

 To control your projector with Falcon Player, you will need these things

1. Projector with an RS232 serial port.  This port can have a DB9 serial port (most common) or a round DIN serial port.  A DB serial port has five pins in one row, and four pins in the second row.  Projectors with only USB ports are not able to be used for control.

2. "Straight through" serial cable, DB9 to DB9.  Typically this is a female to female cable.

3. Null modem adapter like this.  This may be needed for some projectors.  If your projector does not respond to commands, add this to the "straight through" serial cable above.

4. USB to serial adapter cable, such as this.  This cable adapts the USB port on the Raspberry Pi to communicate to the DB9 serial port on the projector.

5. Raspberry Pi 3 single board computer.  Don't use a Raspberry Pi 1 or 2 as they may not be fast enough to play MP4 video and control lights at the same time.

6. 5V power adapter with micro USB connector, rated at 2.5A or higher.  This is to power the Raspberry Pi 3.

7. Eight gigabyte microsSD card.  Falcon Player will consume four gigabytes, leaving you with four gigabytes for your videos.  Buy a larger memory card if you intend to use more videos.

8. Long Ethernet cable to connect the Rapsberry Pi to your home network.

  

Basic Steps to Install Falcon Player

(detailed instructions can be found here and here)

1. Format the microSD memory card with SD Card Formatter or something similar.

2. Download the latest Falcon Player image file here.  These instructions work best with Falcon Player v4.6.1.  Falcon Player v5.x should work, but it has not been tested with these instructions and the web interface may not match these instructions perfectly.

3. Unzip the image file, revealing the .img file inside.

4. Use win32DiskImager or similar to write the image file to your microSD card.

5. Connect a monitor or TV to the HDMI port on the Raspberry.  Connect a USB mouse & keyboard.  Also connect an Ethernet cable from the Raspberry Pi to your home network's router.

6. Connect the micro USB power cable to the Raspberry Pi.  It will automatically power up.  You will see a black screen with white writing. 

7. Falcon Player is controlled with a web interface.  Open a web browser on your home computer, then go to http://fpp or http://fpp.local.  If that does not work, find the IP address that your router assigned to the Raspberry Pi, then go to this address in your web browser.

8. In the Status/Control > Network Configuration menu, enter "8.8.8.8" for DNS Server 1 and DNS Server 2, click [Update DNS], then reboot Falcon Player.  This is necessary to perform the next step.

9. Congratulations!  You now have Falcon Player installed and ready to use.

 

Finding hex control codes for your projector

Your projector listens for commands entering its serial port.  This allows you to turn the projector on, off, change video sources, etc., simply by sending commands to this port.  These commands are in the "hex" language, such as 00, AB, F1, B12, etc.

Different brands and models of projectors use different hex codes for these commands.  Your projector's manual should have an area that list these codes.  If you do not have the manual, search Google for "hex codes xxx projector" where "xxx" is the brand and model of your projector.  You can also find manuals for projectors by googling "xxx projector Clary Business Machines".  

Here is an example of hex control codes for a Boxlight Seattle WX25NU projector.  For example, hex command "43 30 30 0D" will turn on the projector and "43 30 31 0D" will turn it off.

This document should also indicate your projector's serial port communication settings (baud rate, data length, parity, stop bit, and flow control).  This information is important for Falcon Player to properly communicate with the projector's serial port, so write it down.

 

Connect your projector to the Raspberry Pi

1. Connect the USB serial adapter cable to the Raspberry Pi's USB port.

2. Connect the DB9 serial cable to the USB serial adapter cable.

3. Connect the other end of the DB9 serial cable to your projector.  

4. Make sure the projector has its power cable connected.  It does not need to be turned on yet, but it does need to be in "standby" mode.  Some projectors indicate standby with a flashing power light.

 

Installing projector control feature to Falcon Player

1. From the Falcon Player web interface, choose Content Setup > Plugins from the menu.

2. In the list of plugins provided, find "Projector Control" then click the button for installing (the "down arrow" icon).

3. The Input/Output Control menu should now have an entry called "Projector Control".  Choose this from the Input/Output Control menu.

4. Place a checkmark in the Enable Plugin field.

5. Choose "Serial" for "Connection type".

6. Choose your projector in the Projector field.  If it is not listed, you can manually add your own projector with these steps:

a. Click Help > SSH Shell from the menu.

b. Login with "fpp" for the username and "falcon" for the password.

c. At the shell prompt, type: sudo nano media/plugins/FPP-Plugin-Projector-Control/projectorCommands.inc

d. When you press [Enter], a list of information appears.  

e. Find the line "To add another projector..." line near the top. 

f. Remove the double slashes at the beginning of each line starting with "Array" and ending with "),".  

g. Enter your projector's hex codes for "ON", "OFF", and "VIDEO".  Each hex code precedes with "\x", so hex codes "43 30 30 0D" to turn on a Boxlight projector would be entered as "\x43\x30\x30\x0D".  "VIDEO" means the hex codes for the projector video input that want to use, such as HDMI or DVI.

h. Enter your projector's baud rate, data length / char bits, stop bit, and parity as specified.

i. To save your changes, press [Ctrl-O] then [Enter].  To exit the editor, press [Ctrl-X].  

j. To exit the shell, type "exit" then press [Enter].

k. Reboot Falcon Player.

m. After rebooting, choose Input/Output Control > Projector Control from the menu.

n. Choose your projector from the list in the Projector field.

7. Click [Save Config] to save your changes.

 

Upload video(s) into Falcon Player

Falcon Player can store and play videos for your projector to display.  These videos must be in MP4 format and the microSD card must have enough room for them.  You can check free space by clicking Help > About from the menu; free space is listed under the Disk Utilization section.

1. Click Content Setup > File Manager from the menu.

2. Click the [Video] tab, then click the blue [Select Files] button.

3. Browse your computer for the MP4 files that you wish to upload, then click the [Open] button.

4. That's it!

 

Create playlist to control your projector and play videos

1. Click Content Setup > Playlists from the top menu.

2. Give your playlist a name (no spaces) in the New Playlist field, then click the [Add] button.

3. In the Type field in the lower Playlist Details section, choose "Script".  In the Script field right below it, choose "PROJECTOR-ON.sh".  Then click the [Add] button below it.  This will tell the projector to turn on.

4. Let's add a delay to allow the projector to warm up.  In the Type field, choose "Pause".  In the Pause Time field, enter "60", then click the [Add] button.

5. To switch the projector video input to the desired input, in the Type field, choose "Script".  In the Script, choose "PROJECTOR-VIDEO.sh", then click the [Add] button.

6. To play a video, choose "Media only" in the Type field.  Click the drop-down arrow in the Media field to choose the video that you use to use, then click the [Add] button.

7. To turn off the projector after playing the video, choose "Script" in the Type field, choose "PROJECTOR-OFF.sh" in the Script field, then click the [Add] button.

8. To save the playlist, click the [Save] button in the middle of the screen.

 

Controlling the projector and playing a video

Now it's time to see if everything works!

1. Click Status/Control > Status Page from the menu.

2. Choose the playlist that you created in the Playlist field.

3. Click the [Play] button near the bottom of the screen.

4. If all works well, your projector will turn on, wait a minute for the lamp to warm up, play your video, then the projector will turn off.

 

If the projector is not responding...

1. Make sure the projector is connected to power.

2. Make sure the projector is in "standby" mode (not completely off).

3. The serial cable may need a "null modem adapter" added to it.  This adapter reverses pins 2 & 3 for the receive & transmission lines; some projectors need this.  Add the null modem adapter to the serial cable, then play the playlist again.

4. If the projector is still not responding, try manually controlling the projector using Linux or Windows.  Instructions are on this website.

5. To aid in troubleshooting, you could also create a playlist that only plays the video (no projector on/off control).  Manually turn on the projector, then play the playlist that you created.  If this works, at least you know that the video output from the Raspberry Pi to the projector is working.

 

Control the projector and video playback on a schedule

Falcon Player can turn on/off your projector and play videos on a schedule, such as several times a day, daily, weekly, etc.  This is accomplished through the Content Setup > Scheduler menu.  For instance, if you want the projector to turn on each evening at 6:00, play a video at 7:00, then turn off the projector at 8:00, do the following:

1. Set the current day & Time on the Raspberry Pi via the Status/Control > Config/Set Time menu, then click the [Submit] button.

2. Create three playlists: one to turn on the projector, another to play a video, and a third to turn off the projector.  

3. Click Content Setup > Scheduler from the menu, then click the [Add] button.

4. In the Playlist column, choose the "projector on" playlist that you created.  In the Start Time column, choose 18:00 (which is 6:00 p.m. in military time).

5. Click the [Add] button to create another scheduled entry.  Choose the "play video" playlist that you created, then choose "19:00" for the Start Time.

6. Click the [Add] button once more to create the third scheduled entry.  Choose the "projector off" playlist that you created, then choose "20:00" for the Start Time.

7. That's it!

Note that the Raspberry Pi does not have a built-in clock.  When it is turned off, it forgets the current time.  You can easily add a real-time clock with something like this.

There are many ways to integrate a projector into your light show.  The trick is to have the projector automatically turn on each evening, play videos on-demand, and turn off at the end of the show.

 

There are a number of ways to control a projector automatically:

 

If you have a projector equipped with a serial port

1. On a Raspberry Pi with Falcon Player installed, it can send commands to your projector as part of your show (turn it on and off) and send videos to it on-demand, too.  This is the easiest solution, though projectors with serial ports tend to be expensive (buy used on eBay!).

2. On a Linux computer or Apple with OSX, you can send commands directly to the projector with a few commands.

3. On a Windows computer, you can send commands directly to the projector with a few commands

4. If you can't hook a computer to the projector, you can use an Arduino microcontroller to send commands to the projector

 

If you have a projector equipped with an Ethernet port

1. These projectors may have a web interface where you can schedule the projector to turn on an off using a daily schedule.  Please read the manual that came with your projector to learn how to use its web interface and scheduler.

2. On a Raspberry Pi with Falcon Player installed, it can send commands to your projector as part of your show (turn it on and off) and send videos to it on-demand, too.  This works for projectors with PJLink capability.

 

If your projector only has an infrared (IR) remote

1. You can use an Arduino microcontroller to learn the commands from your remote (on, off, etc.) to send these commands to your projector via infrared on a daily schedule.

 

The How To Build it section will explain how to implement each of the above scenarios.

 

Projectors are a popular way to decorate your house for Christmas.  You can place a projector inside the house, shining onto a window or glass door, onto white plastic, a tablecloth, professional screen, etc.  From the outside, viewers can see videos of Santa roaming about your house, even emulate virtual strings of lights!

If you are using xLights musical sequences, it is possible to allowing Internet viewers to watch and hear your show!  Viewers can select musical sequences that they want to hear from the webpage explained earlier in these instructions.  OBS Studio, a free program that streams video and audio to the Internet, is the key to making this work.  This is how it all works:

 

  1. The video feed from your network camera is piped into OBS Studio running on a computer or laptop.  In my setup, my network camera's video feed is accessible via a webpage link; this link is fed into OBS Studio as a video source.
  2. Your musical sequences and related MP3 files are stored on a Raspberry Pi running Falcon Player.
  3. Audio from the Raspberry Pi is piped into OBS Studio via a 3.5mm audio cable from the Raspberry Pi to the Audio In jack of your computer or laptop.
  4. OBS Studio combines the video & audio into a single feed, sending it to Twitch, an online streaming service.
  5. Internet viewers watch and hear your video feed on Twitch.
  6. As an added bonus, if you purchase a USB sound adapter with dual Audio Out / headphone jacks for your Raspberry Pi, you can send audio to your computer to OBS and audio to an FM transmitter simultaneously.  This way, cars on your road can watch and hear your show, and so can Internet viewers.

 

    

 

How to Build It

First off buy this USB sound board from Amazon or eBay.  It is natively supported by Raspberry Pi and Falcon Player:

 

USB Sound Card Adapter BENGOO External Audio Adapter Stereo Sound Card Converter 3.5mm AUX Microphone Jack for Gaming Headset Earphone PS4 Laptop Desktop Windows Mac OS Linux, Plug Play

https://www.amazon.com/gp/product/B072BMG9TB

 

Also buy this FM transmitter and antenna:

PLL LCD Digital FM Radio Receiver Module 87-108MHZ Wireless Microphone Stereo

https://www.ebay.com/itm/PLL-LCD-Digital-FM-Radio-Receiver-Module-87-108MHZ-Wireless-Microphone-Stereo/272315809627

98cm 38.5" 7 Sections Telescopic Antenna Replacement for FM Radio TV CP

https://www.ebay.com/itm/98cm-38-5-7-Sections-Telescopic-Antenna-Replacement-for-FM-Radio-TV-CP/331919180223

 

Connect the USB audio adapter to your Raspberry Pi, then connect a 3.5mm audio cable from the headphone jack of the USB sound adapter to the Audio In jack of the FM transmitter.  Connect another audio cable from the second headphone jack on the USB sound adapter to the Audio In port of your computer. 

Be sure to power the FM transmitter with a 5V Micro USB power supply.  In order to attach the antenna, connect a wire to the nut at the bottom of the antenna, then solder the other end of the wire to the ANT hole on the FM transmitter's circuit board.

Note: If you would like to 3D print the frame and antenna stand as shown in the above pictures, download the STL files below.  The FM transmitter enclosure can be found here: https://www.thingiverse.com/thing:2247929

Configuring ESP 8266 as a Pixel Controller for xLights

 

Please read these updated instructions here

How to Build It

Configuring Arduino as a Pixel Controller for xLights

 

Please read these updated instructions here.

Christmas Expo 2023 Presentations

 

So You Want a Show Network

by Tom Hammond

PDF version of presentation slides

 

 

Indianapolis Mini Light Builders Conference 2023 Presentations

 

It All Starts With A Song

by Joel Dearing

PDF version of presentation slides

 


 

Sequence Importing

by Larry Calvert

 PDF version of presentation slides

 


 

Moving Heads and xLights Setup

by Clyde Lindsey

 


 

Adding AI To Your Show

by Joel Dearing

 PDF version of presentation slides

 


 

Show Software (Falcon Pi Player - Raspberry Pi / Beagle Bone)

by Drew Emsweller

PDF version of presentation slides

 


 

This Is A Pixel - Introduction To Lighting

by Les Willis

PDF version of presentation slides

 


 

DIY Your Props

by Larry Calvert

 PDF version of presentation slides

 


 

Power Injection And Load Balancing (Keeping The Fire Department Away)

by Les Willis

PDF version of presentation slides

 


 

Mega Trees And Pixel Trees

by Tom Hammond

 PDF version of presentation slides

 


 

Tips And Tricks - What's In Your Tool Bag (Pixel Testing Power Supply)

by Drew Emsweller

 

 

2023 Light Up Ohio Presentations

 

Introduction to Show Networks

by Kevin Rhodus

PDF version of presentation slides (Part 1)

PDF version of presentation slides (Part 2)

 


 

Remote Falcon: Let Viewers Control Your Show 

by James Vance

 


 

Dig Uno Controller and Convert HD RBL to Pixels 

by Tom Hammond

PDF version of presentation slides (Dig Uno Controller)

PDF version of presentation slides (Convert HD RBL to Pixels)

 


 

How To Use An FM Transmitter In Your Show

by Bob Randolph

 


 

xLights Singing Faces on Matrix and Coro Props 

by Clyde Lindsey

 

 

2022 Presentations

 

Projection Decorating and Projection Mapping 

by Tom Hammond and Kyle Bostick

PDF version of presentation slides

 

 

2019 Presentations

 

Projection Decorating 

by Tom Hammond

PDF version of presentation slides

 


 

P10 Panels and Beyond 

by Dan Blickensderfer

PDF version of presentation slides

 


 

Hacking Gemmy Animatronics

by Scot Meyers

PDF version of presentation slides (Santa hack using LOR)

PDF version of presentation slides (Animated Band Build)

 


 

Basic FM Transmitting and 3D Printing

by David Jones

PDF version of presentation slides (FM Transmitting)

PDF version of presentation slides (3D Printing)

 


 

Creating and Working with Singing Faces

by Joel Dearing

 

 

2018 Presentations

 

Power, Power, Power 

by Dan Blickensderfer

If you're working with DC or AC lighting, one of the most confusing pieces to the puzzle can be... how to get enough power to the prop. Dan is going to show us the tricks and give us educated advice on how to do exactly that!

PDF version of presentation slides

 


 

Designing & Building your 1st Pixel Tree

by Tom Hammond

Tom is going to go over all the things you need to know, tips & tricks, along with what parts you need and where to get them, basically everything you need to know...start to finish!

PDF version of presentation slides

 


 

New, Fun Stuff

by David Jones

David is going to give us an update on Cheap Pixel technology with Pixel Prop Controllers and also tell us all about the new P5 display boards and how to make an inexpensive "Tune to Sign" with them!

PDF version of presentation slides

 


 

xLights and LOR

by Clyde Lindsey

xlights is getting more & more LOR friendly! Clyde is going to share with all of us, how to combine xLight's "LOR mode" and the original xLights together, to achieve that perfect sequence you are looking for!  

 

 

2017 Presentations

 

XLights and LOR Living Peacefully Together 

by Clyde Lindsey

Do you use XLights and want to add LOR or you use LOR and want to add XLights, but not sure how or they just don't seem to play nice with each other?? Then this session  you won't want to miss!! Clyde is going to go over the "Tips & Tricks" on getting LOR & XLights to work together!

PDF version of presentation slides

 


 

Internet Controlled Christmas Lights

by Tom Hammond

Tom will outline how to create an internet controlled, interactive Christmas light display, based on "FREE" software (Xlights and Falcon Player) and "Low-Cost" hardware (Raspberry Pi and Arduino).

PDF version of presentation slides

 


 

Pixels on a Budget

by David Jones

David is the "guru" of DIY, and he will show you how to have the Holiday show of your dreams, and not break the bank!

PDF version of presentation slides

 


 

Raspberry Pi

by Dan Blickensderfer

You just got your new Raspberry Pi, now what?  Let Dan show you how to set it up and control your lights wirelessly.

PDF version of presentation slides

 


 

Dumb RGB's

by Clyde Lindsey

Clyde will show you the many advantages of using "Dumb RGB".

 

Contact Us

Tom Hammond

15439 Valley View Road

Doylestown OH 44230

 

Phone: 330-658-3872.  Please note that I am NOT affiliated with G.E. Technical Support nor warranty returns.

Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

Facebook: www.facebook.com/tominohio1

Page 2 of 5

Overview

Learn how to make computer controlled, affordable, and Internet capable Christmas lights.

Decorations

See what animated lights (a.k.a. "props") I have made for my Christmas display.

Build It

Step-by-step instructions how to build your own Christmas light display.

Media

Project photos, videos, and news coverage.

Support

FAQs, instructional videos, and community support.

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