How to Turn On LED Lights Without the Remote

How to Turn On LED Lights Without the Remote

This guide will provide you with all of the information that your need to turn on your LED lights without a remote.

Can You Turn on LED Lights Without the Remote

Yes, you can turn on LED lights without their remote. These lights are cost-effective and energy-efficient. Not to mention, they are also highly customizable, making them one of the most underrated ways to decorate your home, office, or other personal space.

These light strips allow you to instantly transform your room into a light show of any color you choose. Some of these allow you to sync them to music, adding yet another element of personalization that you would not have otherwise.

LED lights themselves are self-contained units, meaning they do not get hardwired into your electrical panel. This means that they rely on remote controls to operate.

Most remotes that come with LED lights are small and arrive packaged with a bundle of lights. Their general small size typically leads to them being frequently lost.

However, losing your tiny remote does not mean you lose access to the unique functions of your LED lights. There are many things that you can do in the absence of a tiny remote. Your options will be outlined below.

How to Turn On LED Lights Without the Remote

These popular lighting options are far more energy and cost-efficient than the traditional options many homeowners utilize.

It is also possible to place them in many areas where you may not be able to place a full lightbulb or lamp, making them much more versatile than traditional lighting sources.

The remote controls that typically come with these LED lights, however, are typically very small. Thus, users frequently lose sight of these remote controls and feel as if their LED lights are also useless.

If you have lost your LED light strip remote, do not be dismayed. You still have options. These options are outlined below.

1. Use a Power Supply Adapter (view on Amazon)

As mentioned previously, LED lighting products to come in many different shapes and sizes. This means the required power supply may be dependent on the length and type of the LED strip light you have.

Calculating the size of the power supply necessary for your LED lights is a simple process, however. The following instructions will help you understand which power supply you need.

First, you need to note which type of LED light strip you have. The reason for this involves each LED strip having a different wattage and voltage.

Next, check if the input of your strip is 12V, 24V, or 48V DC. You can find this by looking at the product specifications or similar markings on the strip itself.

This is important because using the wrong voltage input can result in your product malfunctioning or otherwise posing a threat to safety. Further, some light strips use AC high voltage. These strips do not require a power supply.

After you check the input of the strip, check the wattage per foot that your LED lighting strip will consume.

Each LED lighting strip consumes a particular amount of power per foot. Without enough power to fully light the strips, they may appear dim or flicker.

In the worst-case scenario, these strips will not light at all. You can locate this information on the light strip’s product page.

Then, you must calculate the estimated power usage of the strip lights. This is important so that you can determine what size power supply is necessary to power your LED lights. This is solely dependent on the type of strip you have along with its length.

It is important to keep in mind the Rule of 80%. This rule basically states that when you choose a power unit, you should ensure that you only use 80% of the rated power maximum.

This increases the longevity of the power supply and also keeps it cool in hopes of preventing overheating of the device. A device overheating is called derating. You can calculate the estimated wattage of the strip itself by 0.8.

For example, if you have a 55W LED lighting strip, and you divide that by 0.8, you will require a 68.75W minimum rated power supply. In other words, you will need a power unit with a minimum output of 68.75W.

You can put all of these steps together to determine which power supply you will need for your product.

To use the adapter, remove the lighting strip’s receiver and hook it up to your adapter. You can then plug it in and flip the switch to resume the normal function of your LED lights.

If your LED strip features integrated remote power, it is impossible for you to connect it to a power adapter.

This is an easy fix, but it is also unfortunate as plugging this strip into an outlet means you do not have control over many of the features that encourage users to purchase LED lights in the first place.

For example, you can no longer change the intensity of your lights or their exact hue. You will most likely be stuck with the default light setting; however, it is possible that you will get stuck with the last custom setting that you set the lights to.

Additionally, you will be required to manually switch these lights on and off through the wall at every usage. This is inconvenient for people who have adjusted to controlling these light strips from their bed or recliner.

2. Use the App

Not only does using your smartphone as a remote for your LED lights get you out of the struggle of not having a remote, it aals makes you look like you know your way around technology.

Sometimes, all it takes is downloading an application on your mobile device to control your LED lighting strip from the tap of a tiny touch screen.

If the product itself did not come with information regarding a compatible application, or you have misplaced the original paperwork, you still have options.

You can simply Google the model of your LED lighting strip. From there, you should be able to locate any information that will point you in the direction of an existing control application for your LED lights.

If nothing app-related appears in your Google search, you can still approach the issue and control the lights from your phone. For example, you can purchase one of these Smart Wi-Fi LED controllers (view on Amazon).

These units plug directly into your light strip and allow you to connect the strip to Wi-Fi.

From there, you can download the Magic Home application. Make an account with Magic Home so that you can have control of your LED lighting strip again.

3. Use a Smart Switch

Smart switches are available for order online or at a hardware store. They come in various different colors and with different configurations. For example, some smart switches come with dimmer settings.

They are less cost-effective than standard switches, but they are not difficult to install.

It is highly convenient to be able to control your lights from an application on your phone or simply saying, “Alexa, turn on the lights.”

Further, the ability to turn on your lights from a remote location or set a timer so that it will do so automatically gives you a higher sense of home security that lessens anxiety while you are not present.

These switches can be purchased for as cheap as $10 or as expensive as $100. The price depends on things like the brand and the functionality.

Many of these switches are compatible with things like Alexa and Siri. This enables voice commands and gives you more of a “smart” home.

When shopping for a smart switch, be considerate of other smart devices you have in your home. Look to purchase one that is compatible with things you already own.

If you are struggling to determine whether your products are compatible with the smart switch you’re looking at, Lutron has a compatibility tool that helps you determine which light bulbs or strips are compatible with its smart switches.

4. Plug the LED Light Directly Into the Outlet

It is possible for you to connect your LED light directly to a wall outlet.

This is not a highly recommended solution because LED lights are generally designed to work with direct currents. These are intended to function at both low voltage and low current.

In most situations, a current limiting resistor is necessary to keep the LED lights from blowing. It is possible that, upon plugging your LED lights in, the light will be extremely bright for a brief minute or two and then blow out.

However, it is possible that you will not have any of these issues if your home or office is wired with an AC (alternating current).

5. Install a Manual Controller

If you want to easily make custom colors or control multiple zones of single color strips with one unit, you may want to install a manual controller.

Typically, these controllers are great for consumers who want a higher level of customization with their LED lighting strips.

These controllers enable users to create custom colors and also control three times the normal zone of single color strips – all through the use of a single unit.

Additional functions of manual controllers include dimming functions and capabilities to be used with amplifiers to allow users to control more than four (4) rolls of LED lighting strips.

If necessary, these can be broken apart and work as dimmers for three separate single-color LED lighting strips.

Many of these implement wireless technology and touch panels for a more modern feel. You can control colors, modes, and change speeds with the light dimmers installed on many manual controllers available for purchase.

Additionally, many of these are available to turn off and pause lights from distances longer than traditionally available. They are highly sensitive and steady. They also perform reliably and match with various types of low-voltage LED lighting strips.

6. Utilize Your PC or Mac

Even if you don’t have access to a smartphone or tablet, you can still control your LED lights without a remote!

You can use your PC or Mac computer to control these lights, but you will need to download an emulator first. The name suggests it is making your PC act as if it is another device, and that is exactly what an emulator does.

Emulators are computer programs designed to simulate another device. There are programs that allow you to run Windows software on Linux or Mac computers. There are applications that allow you to play old games from Game Cubes and Wiis.

There are various types of emulators. People typically use them to bridge the gap between different types of devices.

There are also risks that come with using an emulator. For example, users have to be careful not to download viruses using emulators.

Users should be careful to only download emulators and related programs from trustworthy sources. It is worth the extra research you have to conduct beforehand to enhance your online security.

The most recommended emulator for this is BlueStacks. This software allows you to download and open Android applications on a PC or Mac computer.

A similar application is Xcode. This is a program designed and released by Apple that runs iPhone applications on a Mac computer. Apple has also made claims that soon, there will be an easier way to emulate both iOS applications on your Mac.

This is a necessary step because most LED light applications are strictly for smartphones or tablets.

Since LED remote control needs an infrared (IR) blaster, you have to make sure your PC has one too, but most laptops and notebooks do.

If you are unsure of your PC or Mac’s IR capacity, you can check for it. Look at the back of your system and search for the IR blaster. This will be a dark red window.

If you need to double-check your blaster, do the following:

1. Click on the Start button.

2. Click on the Control Panel.

3. Click on Performance and Maintenance.

4. Once the window opens, double-click ‘System.’

5. In the hardware tap, click Device Manager.

6. Browse the screen in search of ‘Infrared Devices.’ Your PC has one if you see this option.

You can install the LED remote control program after you have confirmed that your PC has an IR blaster.

7. Use Alexa or a Google Assistant Device

Both Alexa and Google Assistant have simplified various facets of everyday life. With these things, you can control outlets, door locks, and alarm systems, among several other things.

More importantly, you can use either Alexa or a Google Assistant device to control your LED lights. They must, however, be compatible with your assistant device.

A popular example is this set of Govee Smart LED Strip Lights (view on Amazon) that allow you to control them through voice commands. These lights are available for purchase on

To connect your LED lights to your Google Home or Alexa, download the Govee application. If you don’t have one yet, create a Govee account.

If you want to connect your lights to your Google Home, follow these steps:

1. Open the Google Home application.

2. Click the ‘Add button.’

3. Choose ‘Set up device.’

4. Tap ‘Have something already set up.’

5. Link your Govee home account.

6. Click the option for Govee LED lights.

7. Choose where the lights are located. You can add a Custom Room by typing in the name and clicking ‘next.’

8. Create a unique name for your Govee LED lights.

9. Wait for the light to set up. Initially, it might blink a bit.

10. Click ‘Done’ once your light has been connected to your Google Home account.

11. Test and control the lights through voice commands, like “Turn on/off Govee Light” or “Dim/brighten Govee Light.”

If you want to connect your lights to your Alexa, use these steps:

1. Go to the Alexa application.

2. Add the Govee skill.

3. Enable the Govee skill.

4. Link your Govee account.

5. Configure or change the device name.

6. Set the voice commands you want to use to control your LED lights. For example, you can use “Alexa, set Govee Light to 50%” or “Alexa, turn on/off Govee Light.”

7. Check the settings by trying any of the voice commands mentioned above.


Losing the controller to your LED lights or lighting strip can be frustrating, but you aren’t without options if you’re in this predicament.

The above guide will walk you through various possible solutions to your dilemma, allowing your space to be comfortably lit and leaving you satisfied.

Brady Klinger-Meyers is an experienced tech writer and marketer who currently writes for Techzillo as well as other popular sites like MakeUseOf. At Techzillo, he focuses on consumer technology in general with his interest being Android OS. Read our Editorial Guidlines and Fact Checking process.


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