As the Obama administration begins to enforce a controversial federal law, the old ones are phased out.
There are two large incandescent lamps in the United States next year. S.
The company has positioned itself as making considerable profits from producing greener lighting products ---in China.
One reason for these earnings prospects is America\'s fiscal commitment. S.
The Ministry of Finance of a project managed by the United Nations to ensure the rapid development of China
The development of the lighting industry is a growing success.
Investment banking giant Goldman Sachs and internet giant Cisco (
Through the venture capital fund it owns together)
Important investor in NVC Lighting Holdings Ltd, China\'s largest domestic lighting manufacturerLtd.
A company, originally established in 1998, is now registered in the Cayman Islands.
New investors include several Chinese state-controlled funds.
CITIC, China International Trust and Investment Corporation
And some individual Chinese investors (
Including a representative of China\'s local People\'s Congress)
He also registered the company overseas.
NVC issued shares publicly on the Hong Kong stock exchange on May 2010.
The shares were not issued in the United States. S.
According to the NVC\'s stock prospectus, except through qualified institutional buyers.
Click here to view the prospectus.
Goldman Sachs, through its Asian subsidiary, Cisco, through its investment tool SAIF or SB Asia Investment Fund, has served on the NVC board of directors.
SAIF began acquiring NVC for $22 million in 2006, and Goldman joined for $35 million in 2008.
At the time of the stock issue, SAIF was appointed as the largest single shareholder of NVC, accounting for 36% of the company.
Goldman\'s initial share price fell to 9 at about 11%.
39%, according to the Hong Kong stock prospectus.
Goldman Sachs also served as lead underwriter for the issue.
So SAIF and Goldman Sachs are investing in China\'s most important commercial lighting companies in a timely manner ---
Especially because China\'s lighting industry is currently promoting technology and marketing through millions of dollars,
The dollar plan to ensure that China successfully produces more \"green\" bulbs that will be required by law by US and other Western consumers.
The project is working through a tool called the Global Environment Facility (GEF)
Invest in projects that generate \"significant\" global environmental benefits. The U. S.
The Ministry of Finance is the main funder of the Global Environment Fund, in which case the environmental benefit is to reduce carbon dioxide emissions from China\'s electrical lighting industry-
The same is true for US bans on incandescent lamps. S.
The funds are managed by the United Nations Development Programme in China (UNDP), the U. N.
The flagship counter
Poverty alleviation agencies cooperate with the Communist Party of China government to improve the technical and marketing capabilities of the lighting market and improve the quality and standards of products-
This will also help further consolidate China\'s position as one of the main drivers of the global lighting industry.
It is noted that China has become the \"main production base of energy\"
NVC declared its goal to be \"the world\'s leading player in the lighting products industry, and said in the prospectus,\" overseas markets will be an increasingly important source of our future growth . \"
\"Overseas sales accounted for 20% of its revenue last year;
The target for \"the near future\" is 50% and North America and Europe are the main business targets.
The company also expects China\'s share of the global lighting market to grow to 21% of the $39 billion industry over the next three years. 15.
$28 4%.
Industry 5 billion in 2007.
One factor in this growth will be the $84 million Global Environment Fund project, PILESLAMP (Phasing-
Promotion of incandescent lamps and energy-saving lamps).
Click here to view the PILESLAMP project documentation.
PILESLAMP\'s original partners include Chinese subsidiaries of Two Wells
According to the Global Environment Fund, well-known international companies such as Panasonic and Philips.
16 other companies have joined them (
One of them, Yangkun lighting, Zhejiang province, also belongs to Philips)Including NVC.
The main goal of PILESLAMP is not the economy, but the environment: to keep up to 4.
As a result of helping to improve industrial and lighting efficiency in the world\'s most populous countries, 4 million metric tons of carbon dioxide are emitted in the atmosphere.
This concept of global environmental benefits is critical to the mission of the Global Environment Facility, which has spent $9 billion on these topics since its inception in 1991, while encouraging other investors, the government and institutions will invest another $42 billion. The U. S. contributed $1.
During this period, 68 billion euros were paid to the Global Environment Fund.
S. government this yearS.
Provided $90 million in the fund and promised to put $0. 575 billion in 2011-2014 period.
Many projects of the Global Environment Facility involve the conservation and expansion of natural habitats and biologically important protected areas, according to a report from the United StatesS.
Officially, its overall program \"protects the United StatesS.
The environment caused by marine pollution, chemical pollution, climate change, biodiversity destruction and other threats that are increasingly posed outside our borders.
The results of the \"\" project indicate that our investment in the Global Environment Facility has directly contributed to the actions and investments of other countries to reduce their pollution and curb the damage they have caused to our common space, like the atmosphere and the ocean. \"The official said.
\"These projects help to change the behaviour of other countries to support our national interests and to protect us from real and growing threats.
\"But at PILESLAMP, the main means to achieve this environmental goal is to accelerate the technological and commercial development of the lighting industry in China, while improving the marketing and sales capabilities of the industry, improve product quality and international standards.
The lighting project was built on a $26 million pilot project before the Global Environment Fund/UNDP, known as the China Green Light project, which was extended from 2001 to 2005 with roughly the same objectives: improve China\'s lighting products, enhance consumers\' awareness of more efficient lighting, and establish a\"
According to a project website, \"maintain the market in terms of efficient lighting products and services \".
The project is clearly a great success.
Its sponsors claim it saved £ 15.
78 billion kilowatt hours of energy is worth about $0. 986 billion to consumers, and, regardless of the calculation method used, it is kept for 6 hours.
8 million tons of carbon are emitted in the atmosphere.
This has also had a huge impact on China\'s lighting industry: China\'s high output has grown by 46%, according to the Global Environment Fund\'s website
Lighting Products-efficiency-
Export growth of 40%--between 2002-2003 alone.
Whether the success of this early project has also inspired SAIF\'s investment in China\'s lighting flagship is unclear.
The issue sent by Fox News to NVC and SAIF managing partner Andrew Yan regarding the company and its relationship with the project was not acknowledged and Andrew Yan was also a member of the NVC board.
When Fox News asked to speak to Goldman Sachs executives involved in NVC, their answer was \"not available \".
\"The questions submitted by email were not answered.
However, the success of the green lighting effort did lead to the emergence of the price light.
The new efficiency increase project entered the planning phase in 2008 and was implemented in 2009.
Plan to end 2012-
A few months after AmericaS.
The incandescent ban came into effect. Those banned U. S.
Of course, the bulbs are imported.
GE closed the last incandescent factory in the United States. S.
September 2010--
And transfer production to China.
PILESLAMP\'s planners also want to get rid of China\'s own inefficient incandescent lamps ---
According to the PILESLAMP project file, by 2022.
The Global Environment Fund itself is an international financing mechanism consisting of 182 member governments, including the United States. S.
And a wide range of international partners.
Among other things, it is the financial mechanism of the United Nations Framework Convention on Climate Change (UNFCCC), the U. N.
Mechanisms to address carbon dioxide emissions and climate change.
\"As far as the lighting project in China is concerned, its\" implementing partner \"UNDP ---
Those responsible for carrying out and monitoring work on the ground ---
In turn, cooperate with China\'s powerful National Development and Reform Commission (NDRC)
This is led by the top Zhang Ping
Senior Member of the Central Committee of the Communist Party of China.
According to the NDRC website, the NDRC\'s mission is the most important strategic center for guiding China\'s overall economy to \"advance strategic economic restructuring\" and \"organize the formulation of key strategies, plans and policies to address climate change.
\"In terms of the lighting industry in China, the actual cash expenditure of the Global Environment Fund is the lowest seed capital: $14 million.
The government is putting in $27 million and various private manufacturers are also expected to benefit from the plan, which should pay the rest in cash and in kind.
But the goal of small spending is to have a broad impact.
The goals of the Global Environment Fund project include further consolidating China\'s still fragmented lighting market and improving China\'s energy quality.
Save lighting products, increase domestic market and sales, and further increase investment in energy
Efficient Lighting industry through publicity and encouragement to investors.
The reason for this is that what is good for China\'s lighting industry is good for the Earth.
\"China is a major manufacturer of lighting equipment around the world and has enhanced (energy-Saving Lighting)
Production capacity and lower output (
Incandescent lamp)
The PILESLAMP project document announced that China will provide environmental benefits worldwide.
In other words, the lighting market in China is worth $33.
According to an industry analysis, 2008 was 7 billion, an increase of more than 8% per year, accounting for nearly half of total output ($16. 2 billion)
China still needs help in terms of exports. -
Including financial assistance-
In a region that is steadily moving forward, strong and growing industrial advantages are maintained from the outside.
In addition, China\'s energy
According to the PILESLAMP file, saving lighting has already provided a large subsidy to consumers-
For exporters, they get subsidies for sending energy
Save lighting for consumers elsewhere.
In the case of domestic subsidies, the document states that they can only produce \"local effects \". \"(
The industrial advantage of China as a whole seems to be strong enough, which has not yet begun.
The country made $31 last month alone.
The trade surplus was 5 billion, up 41% from last month.
In the first half of 2011S.
The trade deficit with China was $133 billion. )
Part of the reason for PILESLAMP, according to the Global Environment Fund project document, is that China\'s huge internal market is still too large, too fragmented and too dependent on the old
Vintage incandescent lamps-
The most populous authoritarian government in the world, if not helped, obviously could not solve the problem quickly enough.
Therefore, the Global Environment Fund plans to accelerate the development of China\'s lighting industry by promoting energy-saving products in \"rural and small cities\" for several years, efficient Lighting manufacturers in China \"have no experience in establishing marketing channels\", as do large and medium-sized cities.
PILESLAMP includes \"supermarket sales staff Workshop\" in these areas to \"raise awareness of consumers \".
It also includes transforming lighting manufacturers into producing new lighting products, cleaning up industrial contaminants, and helping to develop policies to increase energy
Save Market Share of lighting and monitor results.
Beyond that, the Chinese authorities seem to see lighting modernization as a key area of national strategy.
In fact, a Global Environment Fund official said in an interview with Fox News that the Chinese government \"wants to go faster than developed countries \". in energy-
High efficiency lighting products.
They are very competitive in this respect.
They are in a hurry.
\"The relatively small contribution of the Global Environment Fund is more important than it sounds.
In the words of an official of the Global Environment Fund, which is \"catalytic\", he discussed the project in the context of Fox News, encouraging other investors and the Chinese government itself to participate in the project.
According to the Global Environment Facility (GEF) document, most of the funds are spent on such things as \"developing fiscal and fiscal policies and establishing market mechanisms to support (energy-Saving Lighting)
Thus increasing their market share. Or on \"in-
An in-depth analysis of China\'s lighting market, understanding the factors most relevant to China\'s trends, and then preparing a draft policy for the Chinese government to consider implementation.
\"However, in the latest project update, PILESLAMP also reported that it is helping two Chinese manufacturers to switch from incandescent lamps to energy --
Save on lighting manufacturing and will start helping the other three.
Meanwhile, the project reported that \"the Chinese government is supporting a number of other companies through this transition phase.
PILESLAMP is documenting technical and business steps in the transition process and using these materials to train other producers to increase the likelihood of a successful transition to the production of high-quality, efficient alternatives.
\"It also helps to identify criteria for further improving lighting efficiency and helps to provide more advanced lighting for some of China\'s rural poor.
In the same sense, NVC acknowledges that an invisible part of Western companies investing in the company consists of important strategic proposals from its SAIF and Goldman Sachs investors.
As the company said in its stock prospectus, \"We benefit from the strong support of SAIF and GS (Goldman Sachs). . .
Improve the corporate governance structure and formulate the company\'s development strategy.
\"So far, the growth strategy of NVC seems to be going very well.
, The company announced that its revenue grew by more than 50% over the previous year, nearly halfBillion dollars.
Profits grew by more than 455%.
In a press release, the company touted its continued international expansion and said its rapid growth was due to a rebound in the global economy and NVC\'s growing push for energy
Energy-saving lamps and lanterns-
China\'s energy conservation and emission reduction policy.

We have 17 fences around the circus, decorated with rgb led strips.
I want to control the rest of our lighting with DMX.
DMX is the industry standard for communicating with lighting equipment.
Wiki dmx searches for a device that can handle this issue and I find that most devices only meet 1-
3, quite expensive.
So I decided to build one myself.
I have previously built an Arduino-based DMX relay and think it is not difficult to adapt to the LED strip.
Writing this structure is to help you design, build, and program your own units with any changes you need.
Please visit github.
Latest code and com/mtongnz for some of my other projects.
I built this project on several different projects and libraries that I found very useful.
These people do a great job, which means programming is a lot easier.
Matthias Hertel has made excellent DMX libraries and DMX shields for Arduino.
This is the library I used to receive the DMX, and I used his shield schematic in the design as the basis for the DMX receiver.
I chose not to provide the RDM feature as I did not need it.
DMX ShieldDMX serial port LibraryElco Jacobs creates a library to generate PWM using a shift register.
This means I can output 15 channels with only a few pins.
You can add more output very easily and cheaply in my design.
ShiftPWM Library (
His website is currently closed)
The main source of information for ShiftPWM gitubthese.
Along the way, I also found some small questions and tips using Google and Youtube.
This includes how to use Eagle and how to handle SMD parts.
Basic part :-
Design parts according to your final.
Attach my BOM. -PCB.
We designed and ordered this in the next few steps. -Power supply (I used 12 V 150 W)-
Everything is in the box.
LED strips and wires/plugs for connecting basic tools :-Soldering iron-Wire cutters-
Computer for programming and PCB design
Lighting console with DMX output function (But recommended):-Tweezers-
Breadboard and jumperArduino (I used a Nano)-
ICSP programmerI designed the schematic and PCB for this project using Eagle.
This is the first time I have used it, so Youtube is very helpful.
I will not go into the details, as this is not the purpose of this Instructure.
Download the EagleMy design process: I want the motherboard to be as compact as possible, which means I gave up the Arduino and used the ATMega328p (
Processor of Arduino Nano)
My starting point is the most basic component.
Next, I added the DMX receiver component.
This includes DC-
DC converter and optical isolator.
Removing these and connecting MaxTron directly to the arduino will help with testing, but I suggest using them for final design to protect your device and other devices on the DMX line from over-high voltage.
The final component is the 74 hc595c shift register and fet.
I used 2x74 hc595cs and allowed 16 outputs in total (
I need 5x RGB = 15).
I also put a cover of 100nF on each IC, a cover of 10 uF on the 5 v input, and a 5 v power regulator with a recommended cover.
More output: More shift registers can be added if needed.
Note that this will use more processing cycles and may cause problems.
You can reduce the refresh frequency to cope with this, but don\'t drop it below 50Hz or it may start flashing.
On Elco jacob\'s website, he has a calculator to determine the usage of resources.
Address selection: I don\'t need to change the address once the address is built, so there is no address selection in my design.
There are a lot of Arduino inputs, so you can easily add a 10-way dip switch for this if needed.
Fuse: I recommend adding smd fuse in each output.
Why see the last step.
Crystal packaging: Replace Crystal for different packaging types-
Probably through the hole.
The packaging I chose was very difficult to weld by hand.
Please visit github.
Latest code for Com/mtongnz.
I used the two libraries mentioned in step 1.
The ShiftPWM needs to be modified slightly to remove its serial command-
They interfere with the transmission of DMX.
I have included the download for both libraries, but it is highly recommended to visit the author\'s website.
Download the library and import it into the Arduino IDE.
To do this, unzip them into the libraries folder and restart the IDE.
Google it if you have a problem.
My code is very simple when the library handles all the heavy work.
Set some variables first.
They are very self-explanatory and have options set for the ShiftPWM, the number of outputs we are running, and the DMX address.
Since I want 4 continuous units, I just need the first DMX start address and then a unit number.
I found this easier than manually entering the address for each unit.
In the setup routine, we start the DMX receiver, start the ShiftPWM and set the output to off, set the status LED to on to show that we have power, clear the flash counter, start a timer interrupt, for our status LED and flash.
In our timer interrupt program, we just need to add the timer and the strobeCount variable.
We don\'t want to do too much here, otherwise it will cause the rest of our code to not work properly.
In the main loop, we set the status LED first.
It will flash when it receives the DMX and stay on steady light for 1 second after losing the DMX.
Next, we set the output to the desired value.
If we don\'t receive the DMX for 10 seconds then all the output will be turned off.
If our stroboscope is between 20 and 220 (
Max DMX value 255)
Then we apply the burst RGB value to the output-
20 is a slow flash, and 220 is a fast flash.
If our stroboscope is out of this range, then we just need to apply the RGB value to the output.
I plan to add a random flash but don\'t have time yet.
I completed this step in combination with schematic design and programming steps.
Please note that the photo is not the unit I use-
It may not be correct because I have not tested it.
I forgot to take a picture of it, so I put it back together soon.
My big breadboard is being used in another project, which is why it is so crowded.
Connect all components to the breadboard according to the schematic diagram.
You need to pass-
Hole Assembly here, so if you use SMD in the design like I did, you may need to do some replacement.
My replacement :-
The Arduino Nano replaces the bare 328 p for easy use on the breadboard. -
Standard red LEDs instead of full RGB strips and fet.
I have also used only a few LEDs to prevent jumper pasta.
To test all the output, I changed the output of the jumper connection. -
There is no DMX isolation circuit to make things a little easier because I have used the same circuit before and know it works.
Program and test: flash the sketch to Arduino and test everything.
If everything goes as expected, you can start with the PCB.
You can also use this prototype to add or change any programming while waiting for the PCB to arrive.
I will explain again how to use Eagle as there are already a lot of great tutorials and videos.
This is one of the more difficult steps.
Trying to adapt everything is a challenge when using a minimum number of vias.
I spent 4 attempts before I decided on the final design.
For the final design, I place the shift registers first because they have the most traces.
Once they are in place with all the outputs at the top of the board, everything else is in place.
To minimize interference, I keep the dmx Circuit away from the power cord.
I don\'t think it\'s a problem, but I don\'t want to know.
Please note that my design needs to be adjusted to allow the correct plug installation.
When I found this after the motherboard was made, I just used the normal working title.
It would be better if I had a Molex plug to power the motherboard.
It will be annoying to have to cancel
Please weld the power cord if I need to remove the board.
I don\'t think these issues are enough to warrant a restructuring of the board.
I also made a small mistake in the wiring of MaxTron, so the wire in the photo went through it.
Like I said before. . . .
Check everything over and over :)
This is fixed in the design file I uploaded.
I found this tutorial very helpful for this one.
I ordered my motherboard from Seeed Studio using their Fusion PCB service.
I found it cheap and the board was of good quality and it took only a few weeks to get there.
They have at least 5 boards.
You can use a lot of other manufacturers.
Run the manufacturer\'s DRC (
Design rules check)in Eagle.
This ensures that they can actually make what you design.
Now you need to generate the required Gerber file and drill file.
It\'s easiest to download if they have a Gerber generation file (
Seeed Studio with their help).
In the PCB, select the File> CAM processor in the PCB view.
Open a generation of working files and create your Gerber Jiabao and drilling files.
If there is no job file, you need to manually configure the file to be made (
Check with your manufacturer).
Make sure you have all the files that your manufacturer needs, compress them and send them to your manufacturer.
Seeed Studios has an online form where you can fill out all the options you want on your board and an upload feature.
Start with your smallest component, all the way up.
I started with resistors and covers.
Then it\'s crystal and water.
Then through-Hole Assembly.
And finally all the titles.
Make sure to place the component in the right direction.
Your tweezers are very helpful here.
I also found that using the aid hand or blue stickiness helps keep the board when you weld.
Please note that the board needs 5 v for these steps.
In my design, I use 12-5V DC-
DC converter due to efficiency and cost.
I made this case and wired it first because the unit on the photo is the second unit I made.
If you choose to use a mature Arduino in your final design, simply program from the IDE as usual.
You can skip the rest of this step.
Software and ICSP programmer: I decided to use ICSP in order to reduce cost and scale (
Serial Programming in the circuit)
Flash my motherboard instead of the normal USB-to-serial used on the Arduino motherboard.
This requires a separate programmer (
I use USBasp).
Follow this tutorial to set up Arduino IDE, AVRFuses, and USBasp.
This is for mac, but there are similar software for Linux and Windows, and there are a lot of tutorials to help.
You can also do this using another Arduino if you want.
I\'m not sure if you can use this method to set the fuse as I haven\'t tried it yet.
Setting the fuse: I found that setting a fuse at a time is the best way.
Be careful with this step because if you flash the wrong bit you will make your processor useless.
Low Fuse: 0 xFFHigh Fuse: 0 xDAExtended Fuse: 0 × 05 flash hex file: in Arduino IDE, save the sketch as in the tutorial above and click verify
Now select the hex file in AVRFuses and click program \".
You can also select USBasp as a programmer in the Arduino IDE, and then select use Flash with programmer from the File menu \".
I found this after finishing this project.
When you fine-tune your code, it\'s much easier than flashing hex with a separate program.
Depending on your design, the power supply you choose will vary.
In order to reduce the power requirement and heat, I chose to use the LED light strip of 30ppm.
Most LED light bars are 60ppm.
Check the requirements of your belt.
I have 5 LED lights, about 4 each.
5 m, 30 LEDs per meter, so about 130 LEDs per strip.
Use 0 for each 5050 LED.
24 a full white at 12 V.
5*130 led * 0.
24A/12 V = 13ai suggests leaving 10% or more to allow the resistance of the cable and the band itself.
I chose the 15A 12 v power supply.
5 v power supply: I choose to use 12-5V DC-
DC converter that powers my circuit.
I found some on eBay for $2 per piece.
Your motherboard is now complete and ready for the first test run.
Connect the 5 v and 12 v power supply along with a small portion of the LED light strip to the motherboard and run the output test file.
I used a whole roll.
It gets hot and melts the reels it is in, so don\'t do that.
It should flash red, green, blue, white.
If any output is not working, check the welding and schematic and try again.
If all outputs work properly, flash the final_code sketch and connect the DMX.
Open it and send some DMX values.
Hopefully you can see your LEDs do what you want from them.
Troubleshoot: Try flashing the sketch so that the DMX can be eliminated, such as output_test.
This is a dmx problem if all outputs work as expected-
For some ideas on further narrowing the scope of the problem, see below. -
5 v power supply for all ICs. -
Dry solder joints.
I found that after running for more than two hours, I found sporadic flashes on one unit.
It turns out to be a dry joint on a shift register. -
Stupid errors in code, schematic, or structure including component direction. -
It is good to check PCB routing using Continuity tester.
If your device is still not working, check the data table for each component.
Make sure the correct wiring, provide the correct voltage and all other IO pins are connected correctly.
It might help to get back to the breadboard.
You may have a defective part.
But unless you give it an incorrect voltage, this is not possible.
DMX trouble shooting :-
Make sure the DMX address is correct.
If you add a method for entering an address (eg. DIP switches), try by-
Pass this by hard coding a value in the sketch. -DMX polarity -
Try replacing pins 2 and 3. -
Check if the maxconnector is powered on and the connection is correct. -
Try to bypass ok1.
If this is the issue, make sure the OK1 connection is correct. -
Check if the DMX source works with a known work fixture.
Now that your electronics has been completed and work started, it\'s time to put it in a box.
Warning: In this step, I remove the PSU shell and modify it.
If you do this, be very careful because there is a voltage inside that will kill you.
When everything is unplugged, the cap can also store a lot of power.
Feel free to treat it as alive, and don\'t touch any metal inside.
If you would like to open the PSU, I strongly recommend that you ask for help from a qualified or experienced person.
It may also be illegal to make certain changes in some countries.
I chose the jiffy box using Jaycar.
I found one that fits the power supply.
This means that I have to remove the mesh cage and cut off some excess parts from the PSU to accommodate other electronic devices.
Before I do any cutting, I remove the entire PCB from the PSU.
When you open the PSU, you don\'t want metal scraps in the PSU, so make sure they are all cleaned up before you put them back together.
I use it as little as I can as a radiator.
Once I have everything installed, I dig holes for all the plugs, stick everything in place, and then connect everything.
Make it easy to open.
That way, you can re-program and fix it effortlessly if needed.
Now you can set everything up, program it for your console, and then sit down and watch the show.
After initially testing everything was OK, I placed the devices all white for 3 hours, constantly checking the housing temperature.
They were never too hot. . .
About 50 C with 25-30C ambient.
This is good because all components can be handled above 85 °c.
This is great because I don\'t want to add a radiator or fan.
This dense 3 hour white caused a problem.
When I change the color to blue or red, one of the units has a random flashing/strophobic on output 4 and 5.
Since both outputs are on the same shift register, I started to troubleshoot.
I think this will be a dry solder joint on the register.
Instead of doing a full check, I simply re-check
Weld the two registers and run the test again.
This solves the problem as expected.
I \'ve been using 4 of these units for the last few weeks to control 17 led bars without any further issues.
Make the pcb larger so that the socket can be installed better.
To make sure everything is OK, I will also print it fully before sending out the manufacturing.
Add a fuse for each output.
I stupidly cut off a strap while plugged in and driving.
This blew up many transistors and some traces.
This shows that it is likely to destroy the output if there are any shorts.
Use all SMD components (except crystal). I used through-
Because I already have it in stock, but smd looks better. Use a through-
Easier to weld hole crystals.
Consider adding RDM support, dip switch or screen/button for address and feature changes.
I ignored these for simplicity, cost, and the need to change addresses frequently (
Maybe once a year).
Scrapped multi-color status LED.
I ended up using only the standard LED so it was a waste of space.
I will also add a title for it so it can be installed on the box.
Add a random pass function.
This is in the software so I can still implement this.
I would use random cycles between bursts, but for the same duration.

Choosing the Right DJ Lights for Your Set-Up

When it comes to putting on a killer performance, having the right lighting can make all the difference. As an emerging artist on a budget, it's essential to find DJ lights that not only fit your price range but also deliver a top-notch visual experience for your audience. With a plethora of options on the market, it can be overwhelming to navigate the world of DJ lights. But fear not, as we've compiled a list of the best budget DJ lights for emerging artists to help you take your performances to the next level.

The Importance of Quality Lighting

Before diving into the specific products, it's crucial to understand why quality lighting is vital for a DJ set. While most people may focus on the music, the visual aspect of a performance is equally important in creating a memorable experience for the audience. A set of impressive DJ lights can transform a bland stage into an electrifying environment that complements the music and keeps the crowd engaged.

When choosing lights for your set-up, consider factors such as versatility, ease of use, and durability. Versatile lights can adapt to different types of music and atmospheres, while user-friendly lights make it easier for you to control and adjust the settings during a performance. Additionally, durable lights can withstand the wear and tear of constant use, ensuring that your investment lasts for the long haul.

The Top Budget DJ Lights for Emerging Artists

Now, let's jump into the main event: the best budget DJ lights for emerging artists. These lights have been carefully selected based on their performance, value for money, and suitability for artists looking to elevate their live shows without breaking the bank.

1. Chauvet DJ Swarm Wash FX

The Chauvet DJ Swarm Wash FX is a versatile and dynamic lighting fixture that packs a punch without burning a hole in your wallet. This 4-in-1 LED effect light combines RGBAW rotating derby, RGB+UV wash, red/green laser, and a ring of white SMD strobes, offering a wide array of lighting effects in a single unit.

One of the standout features of the Swarm Wash FX is its built-in automated and sound-activated programs, which make it a breeze to set up captivating light shows that sync seamlessly with your music. The fixtures also come with master/slave capabilities, allowing multiple units to link together for coordinated displays across the stage.

In terms of versatility, this light is a powerhouse. Whether you're performing at a small club or a larger venue, the Swarm Wash FX's adjustable zoom angle allows you to focus the light where it's needed, ensuring maximum impact regardless of the space. Additionally, its durable construction means it can handle the rigors of touring and frequent gigging, making it a reliable and long-lasting investment for emerging artists.

2. ADJ Pocket Pro

For emerging artists on the go, the ADJ Pocket Pro is a compact yet feature-packed moving head fixture that delivers professional-grade performance at an affordable price point. Despite its small size, this light offers a bright output with crisp optics, making it suitable for a wide range of applications, from intimate club sets to larger festival stages.

The Pocket Pro boasts a plethora of advanced features, including a gobo wheel with replaceable gobos, a color wheel with eight vibrant hues, and a motorized focus to ensure sharp and clear projections. Its fast and precise movements, along with 540 degrees of pan and 230 degrees of tilt, allow for dynamic and engaging lighting effects that can elevate your performance to new heights.

Another standout aspect of the Pocket Pro is its compatibility with DMX control, giving you the flexibility to program and customize your lighting setup to suit the mood and tempo of your music. Despite its advanced capabilities, this fixture remains user-friendly, with intuitive onboard controls that make it easy to operate even for those new to lighting technology.

3. Blizzard Lighting HotBox EXA

The Blizzard Lighting HotBox EXA is a durable and versatile LED par fixture that offers a wide range of color options and effects, making it an ideal choice for emerging artists seeking to enhance their live shows without breaking the bank. Equipped with seven high-power 15W 6-in-1 RGBAW+UV LEDs, this fixture delivers vibrant and rich colors with smooth color mixing, allowing you to create captivating washes and dynamic color patterns.

One of the key selling points of the HotBox EXA is its wireless DMX compatibility, which eliminates the need for cumbersome DMX cables and offers greater flexibility in positioning and controlling the lights. This feature is particularly beneficial for artists who perform in spaces with limited access to traditional DMX setups, as it allows for quick and hassle-free installation and operation.

In addition to its wireless capabilities, the HotBox EXA comes with a range of built-in automatic programs and sound-activated modes, enabling you to create engaging light shows that sync seamlessly with your music. Its rugged and compact design, along with its versatile mounting options, makes it a reliable and portable lighting solution for artists on the move.

4. American DJ Mega Flat HEX Pak

The American DJ Mega Flat HEX Pak is a budget-friendly yet powerful lighting package that includes four Mega Hex Par fixtures, a soft case for transportation, and an IR wireless remote. Each fixture is equipped with five 6-Watt, 6-IN-1 RGBAW+UV LEDs, providing a wide spectrum of colors and allowing for creative and impactful lighting designs.

One of the standout features of the Mega Flat HEX Par is its low-profile design, making it ideal for applications where space is limited or discreet lighting is required. Whether you're performing in a small club or setting up for a corporate event, these fixtures can be easily integrated into your stage setup without taking up valuable real estate.

The included IR remote adds a layer of convenience to the Mega Flat HEX Pak, allowing you to control the fixtures' colors, dimming, and operational modes without the need for a DMX controller. This feature is particularly useful for artists who need a quick and hassle-free setup, as it enables them to adjust the lighting on the fly without diving into complex programming.

5. Martin RUSH MH 2 Wash

The Martin RUSH MH 2 Wash is a compact yet powerful moving head wash light that offers exceptional color mixing capabilities and an array of advanced features, making it a standout choice for emerging artists looking to take their live shows to the next level. With seven 10W RGBW LEDs, this fixture delivers bright and vivid colors, while its motorized zoom function allows for precise control over the beam angle, making it suitable for a variety of stage sizes and configurations.

One of the key highlights of the RUSH MH 2 Wash is its versatile design, which enables it to function as a beam, wash, or effect light, giving artists the flexibility to create diverse and captivating lighting displays. Its integrated color wheel and electronic dimming further enhance the range of effects that can be achieved, allowing for seamless transitions between different moods and atmospheres throughout a performance.

In addition to its powerful lighting capabilities, the RUSH MH 2 Wash is equipped with intuitive onboard controls and an LCD display, simplifying the process of setting up and configuring the fixture to suit your specific requirements. Whether you're a solo artist or part of a band, this moving head wash light offers a user-friendly and professional lighting solution that can elevate your live performances without breaking the bank.

Conclusion

In conclusion, quality lighting is an essential component of a memorable and impactful live performance, and as an emerging artist on a budget, it's crucial to find DJ lights that offer a balance of affordability and performance. The five budget DJ lights mentioned above, including the Chauvet DJ Swarm Wash FX, ADJ Pocket Pro, Blizzard Lighting HotBox EXA, American DJ Mega Flat HEX Pak, and Martin RUSH MH 2 Wash, provide top-notch lighting solutions that cater to the needs of emerging artists without sacrificing quality.

Whether you're looking for versatile wash lights, dynamic moving head fixtures, or compact and portable par fixtures, there are plenty of options available to help you elevate your live shows and create engaging visual experiences for your audience. By investing in the right lighting equipment and understanding its potential impact on your performances, you can take your stage presence to new heights and leave a lasting impression on your fans.

LED Stage Lighting: How to Create an Immersive Experience

Imagine stepping into a concert venue or a theater and being enveloped by a spectacular display of lights that dance and pulsate in perfect harmony with the music or performance. LED stage lighting has revolutionized the way we experience live entertainment, bringing a new level of immersion and excitement to any event. In this article, we will explore how you can harness the power of LED stage lighting to create an unforgettable and immersive experience for your audience.

SymbolsChoosing the Right Lighting Fixtures

One of the key components of creating an immersive experience with LED stage lighting is choosing the right lighting fixtures for your venue. LED fixtures come in a variety of shapes, sizes, colors, and beam angles, allowing you to customize your lighting design to suit the unique needs of your event. When selecting lighting fixtures, it's essential to consider factors such as the size and layout of your stage, the overall ambiance you wish to create, and the specific lighting effects you want to achieve.

SymbolsCreating Dynamic Lighting Effects

Once you have chosen the right lighting fixtures for your stage, the next step is to create dynamic lighting effects that will captivate your audience and enhance the overall atmosphere of your event. LED fixtures are incredibly versatile and can be controlled in real-time to produce a wide range of effects, including color changes, fades, strobes, and patterns. By programming your lighting cues to sync with the music or performance, you can create a truly immersive and visually stunning experience for your audience.

SymbolsUsing LED Lighting to Set the Mood

In addition to creating dynamic lighting effects, LED stage lighting can also be used to set the mood and tone of your event. By adjusting the color temperature, brightness, and intensity of your lighting fixtures, you can create different atmospheres that range from intimate and romantic to energetic and vibrant. For example, cool blues and purples can create a calming and serene ambiance, while warm reds and oranges can evoke feelings of passion and excitement.

SymbolsEnhancing Visual Impact with Projection Mapping

For an even more immersive experience, consider incorporating projection mapping into your LED stage lighting design. Projection mapping allows you to project images, videos, and animations onto almost any surface, including walls, ceilings, and stages, creating a dynamic and interactive visual display that complements your lighting effects. By synchronizing your LED fixtures with your projection mapping content, you can create mesmerizing 3D effects that will leave your audience in awe.

SymbolsEngaging the Audience with Interactive Lighting

Another way to enhance the immersive experience of your event is by incorporating interactive lighting elements that engage and involve the audience. LED fixtures can be equipped with sensors and controllers that allow them to respond to movement, sound, and touch, creating interactive lighting displays that react in real-time to the actions of the audience. Whether it's lighting up in response to applause or changing colors in sync with a dancer's movements, interactive lighting can create a sense of connection and participation that will make your event truly memorable.

In conclusion, LED stage lighting offers endless possibilities for creating immersive and unforgettable experiences for audiences of all kinds. By choosing the right lighting fixtures, creating dynamic effects, setting the mood, incorporating projection mapping, and engaging the audience with interactive elements, you can transform any event into a visually stunning and emotionally engaging spectacle that will leave a lasting impression on everyone who attends. So why wait? Start exploring the world of LED stage lighting today and take your events to the next level.