iBUYPOWER RGB Software: How to Control PC Lighting (2026)

Last updated: October 2026. Disclosure: this page contains affiliate links, and we may earn a commission if you buy through them at no extra cost to you.

Quick answer: which software controls RGB on an iBUYPOWER PC?

There is no single iBUYPOWER RGB app for every system. The program that controls your lighting depends on the motherboard and the lighting parts inside the case. In most builds it is the motherboard maker’s utility: Armoury Crate for ASUS, MSI Center for MSI, GIGABYTE Control Center for GIGABYTE, and Polychrome for ASRock. Check your motherboard with msinfo32, install the matching app, and make sure your fans are plugged into an addressable (ARGB) header. Some cases also have a button or remote, and newer iBUYPOWER systems may use HYTE Nexus.

Quick facts before you start

• iBUYPOWER ships many different configurations, so two PCs with the same case can use different lighting software.
• iBUYPOWER’s own RGB support page lists the motherboard utilities above, and older iBUYPOWER guides use the earlier names (Aura Sync, Mystic Light, RGB Fusion). Both names refer to the same family of tools.
• Keyboards and mice have their own software, separate from the case and motherboard lighting.
• Never run two RGB programs at the same time. Conflicts are the most common reason lights flicker or ignore your settings.
• Menu names change between software versions. If a button is not where this guide says, look for the closest match in the same section.
• Software names and download locations were checked against iBUYPOWER’s support information and current competitor guides at the time of writing. iBUYPOWER pages can change, so confirm on your model’s support page if something looks different.

Step 1: Find out which motherboard your iBUYPOWER PC has

Everything else depends on this answer, and it takes under a minute.

1. Press Windows + R to open the Run box.
2. Type msinfo32 and press Enter.
3. In System Summary, read BaseBoard Manufacturer and BaseBoard Product. The manufacturer tells you which app family to use (ASUS, MSI, GIGABYTE or ASRock). The product name is useful when you search for the exact download.
4. Write both down, or take a photo of the screen.

If your system uses an iBUYPOWER-branded motherboard, iBUYPOWER’s older RGB guide says the lighting software for those boards should come from iBUYPOWER’s own support site rather than the original board vendor, because the versions differ. Use the download that matches your exact model.

Step 2: Match your hardware to the right control method

Use this table as your map. Most people only need one or two rows.

Step 3: Check what is already installed

iBUYPOWER says some systems come with a lighting program preinstalled, and the exact program varies with the hardware. Open the Start menu and search for these words:

• RGB, Lighting, or iBUYPOWER
• Armoury Crate, Aura, MSI Center, Mystic Light, GIGABYTE Control Center, RGB Fusion, Polychrome
• HYTE Nexus, iCUE, NZXT CAM, L-Connect or other fan and cooler brands

If something already appears, open it before downloading anything. If nothing appears, install the app that matches your motherboard from the motherboard maker’s support page or from the iBUYPOWER RGB support page. Pick the version made for your model and your Windows version.

ASUS boards: Armoury Crate and Aura Sync

ASUS boards use Armoury Crate. Older guides call the lighting feature Aura Sync, and the lighting section may still carry that name.

1. Open Armoury Crate and go to the device or Aura Sync section.
2. Select the devices you want to control, such as the motherboard header, RAM, or a graphics card.
3. Open the Aura Effects tab and pick an effect, for example Static, Breathing, Rainbow or Color Cycle.
4. Choose a color, then adjust speed and brightness.
5. Apply the change and watch the case to confirm it worked.

ASUS labels addressable headers as ADD_HEADER or ADD_GEN2 (also written Addressable Gen 2). Plug 5V three-pin ARGB devices only into these.

MSI boards: MSI Center and Mystic Light

1. Open MSI Center and find the Mystic Light feature. If it is missing, install it from inside MSI Center’s feature list or from MSI’s support page for your board.
2. Select the device or lighting zone.
3. Choose an effect and a color.
4. Adjust brightness or speed and click Apply.

MSI’s addressable header is commonly labeled JRAINBOW. Older MSI systems may use Dragon Center instead of MSI Center. One buyer reported that an MSI B460M system needed Mystic Light downloaded from MSI directly, so do not assume it is preinstalled.

GIGABYTE boards: GIGABYTE Control Center and RGB Fusion

1. Open GIGABYTE Control Center and go to the RGB Fusion section.
2. Select the motherboard, a header, the RAM, or the graphics card.
3. Choose an effect and color for that zone.
4. Save or apply the setting.

Older GIGABYTE systems may use the standalone RGB Fusion 2.0 app, where each zone can be turned off individually. GIGABYTE’s addressable header is commonly labeled D_LED.

ASRock boards: Polychrome

ASRock boards use Polychrome (also called Polychrome RGB or Polychrome Sync). Open it, choose the zone or header, pick an effect and color, and apply. ASRock’s addressable header is commonly labeled ADDR_LED. Some iBUYPOWER ASRock buyers also mention a utility called ASRRGBLED, so if you cannot find Polychrome, search for that name too and download only from a trusted vendor page.

Quick reference: motherboard, app, and header names

Labels vary by board generation, so read the text printed next to the header or check your motherboard manual.

Case buttons, remotes, and HYTE Nexus

Not all lighting runs through software. Many cases have a small LED or RGB button, usually on the top panel, the front panel, or under the front lip. A short press normally cycles colors or effects. Some systems ship with an infrared remote. If the remote stops responding, the RGB controller may need to be switched from motherboard control to remote control, and the reverse is true if you want software to take over.

Newer iBUYPOWER systems, such as those built with HYTE-style cases, can use HYTE Nexus. It connects through a USB 2.0 internal header on the motherboard. iBUYPOWER’s own pages describe the Trace X case’s optional ARGB kit as controllable from the motherboard or through HYTE Nexus. Not every iBUYPOWER system uses it, so only install it if your model includes Nexus hardware.

RGB, ARGB, and fan header basics

Mixing up connector types is the quickest way to damage a part.

• Never plug a 5V ARGB device into a 12V RGB header, or the other way around. The connectors look similar, and the wrong match can damage LEDs.
• PWM fan power (4-pin) is separate from lighting. A fan can spin correctly while its lights stay dark because the lighting cable is not connected.
• Some ARGB headers or software settings ask how many LEDs are on the strip. If effects look wrong, check that count.
• AIO coolers typically have a pump cable for power, a fan cable, and a separate lighting cable (or USB for software control). All of them may need to be connected.
• Shut down Windows, turn off the power supply switch, and unplug the PC before touching any internal cable.

If you want to add more fans than your motherboard has headers for, an ARGB hub or extension cable solves it. See the product section below.

Keyboard and mouse lighting

Keyboard and mouse lighting is controlled separately from the case. Look for the software of the brand printed on the device: Corsair iCUE, SteelSeries GG, Logitech G HUB, HyperX NGENUITY, Razer Synapse and similar. Entry-level keyboards often skip software entirely and use keyboard shortcuts, such as Fn plus a key to cycle colors or modes and Fn plus Page Up or Page Down to change brightness. The exact combination differs by model, so check the manual. A keyboard shortcut will not change the lights inside the case.

Troubleshooting: lights not detected, stuck, or flickering

Work down this list in order. It goes from the simplest fix to the most involved.

1. Close every other RGB program. Check the system tray and Task Manager for iCUE, CAM, Armoury Crate, MSI Center, and similar apps running at once.
2. Restart the PC and open only one lighting app.
3. Confirm the connection. Is the fan or strip plugged into an ARGB header, a hub, or a standalone controller? Is the hub powered (many use a SATA power cable)?
4. Check controller mode. Some hubs have a motherboard-sync mode and a standalone mode. Make sure the cable and mode match what you want.
5. Update the lighting app. Install the newest version for your motherboard, then use the app’s rescan or detect-devices option if it has one.
6. Check the BIOS. Lighting can be disabled there. Menu names vary, but guides list paths such as ASUS Advanced, Onboard Devices Configuration, Aura LED; MSI Settings, Advanced, Mystic Light; GIGABYTE Peripherals, RGB Fusion. Treat these as hints, because your BIOS version may differ.
7. Reseat the lighting cable with the PC unplugged.
8. Test with a different fan or cable to find out whether the part or the header is the problem.

One note on BIOS updates: do not flash a new BIOS just to fix lighting. A failed update can stop the PC from booting, and lighting problems are almost always cables or software.

OpenRGB and SignalRGB: optional third-party tools

iBUYPOWER’s RGB support page answers the “Can I just use SignalRGB or OpenRGB?” question with a conditional yes: if it works for your hardware, you can use it. Neither is guaranteed to support every RGB product. Third-party tools are an option when you want one program to control parts from several brands.

Safety notes for OpenRGB:

• The project says it talks to hardware through reverse-engineered protocols, and that sending data to hardware you do not fully understand always carries some risk. Its documentation mentions that RGB controllers on certain motherboards were damaged during development, and that safeguards were added afterward.
• Only use it if you are comfortable with that risk, and be careful with PCs that are still under warranty. Using unofficial tools may complicate support requests.
• Close vendor RGB software such as Armoury Crate, iCUE, Mystic Light, and RGB Fusion first. Running two controllers at once causes conflicts.
• On Windows, OpenRGB may need administrator rights at least once to detect memory and motherboard headers, and the installer may offer an I2C or SMBus option for that.
• Antivirus and some anti-cheat software can block the low-level access OpenRGB uses. If you disable anything, turn it back on afterward.
• Only single-zone ASUS Aura and GIGABYTE RGB Fusion graphics cards are supported by its documentation. Multi-zone cards are not.
• Download it from the project’s official page only. If it causes crashes, start it with the –nodetect option and remove it.

If your PC is working with the vendor software, you gain little by switching. Use OpenRGB only if you have a reason.

When to contact iBUYPOWER support or a technician

• The PC is under warranty and a part appears dead, such as a fan that never lights on any header.
• You smell burning, see scorch marks on a header, or a cable feels hot.
• You are not sure which connector goes where. A wrong connection can damage parts, so ask before forcing anything.
• The PC stops posting or beeping after you changed cables or BIOS settings.
• You have a custom iBUYPOWER motherboard or controller and the standard app does not recognize it.

Have your order number, motherboard model, and a photo of the inside of the case ready. If you are still choosing a PC and want one with simple lighting, read our best iBUYPOWER gaming PCs list, compare brands in our CyberPowerPC vs iBUYPOWER verdict, or see the best places to buy a prebuilt gaming PC.

Useful accessories for expanding or fixing RGB

These are optional. They help when your motherboard runs out of ARGB headers or the cables are too short.

ARGB extension cables

The Jstincal three-pack is a set of 30 cm female-to-female 5V three-pin ARGB extension cables. They are meant for stretching a fan or strip lead so it reaches a header that is far away. They are useful during cable management and cost little. The limit is that they only extend; they do not add ports, and they only work with 5V three-pin ARGB, not 12V RGB.

Jstincal (3-Pack) ARGB Extension Cable, 5V 3-Pin Addressable RGB Cable, 1-to-1 Female to Female for Extending Computer PC Fans/LED Lights, 30cm / 11.8in

Included for 'iBUYPOWER RGB Software: How to Control PC Lighting' as a representative gaming desktop pc in this roundup; selection reflects the product set returned for this topic.

View on Amazon →

A powered ARGB hub with software support

The airgoo eight-port controller is a SATA-powered 5V three-pin ARGB hub that connects over USB and lists support for SignalRGB and OpenRGB. It suits a build where you want several fans and strips on one controller. The limit is that it needs both a SATA power lead and a USB header, so check that your case has the free connections before buying.

airgoo 8-Port Magnetic-Mount USB ARGB Controller Support SignalRGB OpenRGB | SATA-Powered 5V 3-Pin ARGB PC Lighting Hub, Magnetic Mount Design, Stable Multi-Channel Signal Output, Flicker-free Lighting

Included for 'iBUYPOWER RGB Software: How to Control PC Lighting' as a representative home product in this roundup; selection reflects the product set returned for this topic.

View on Amazon →

A three-pack of ARGB case fans

The Cooler Master MF120 Lite is a three-pack of 120 mm PWM fans with ARGB lighting and an included ARGB splitter. It is a straightforward upgrade if a stock fan dies or you want matching lighting on the front intake. The limit is that it is a mainstream airflow fan, so expect it to be an aesthetic and quiet-operation upgrade rather than a major cooling boost.

Cooler Master MF120 Lite ARGB 120mm PWM Cooling Fan, High Airflow 3-Pack | 120mm PC Cooling Fan 3-Pack, ARGB Lighting, PWM up to 1,750 RPM, ARGB Splitter, High Air Balance Blades, Hybrid PBT Frame

Included for 'iBUYPOWER RGB Software: How to Control PC Lighting' because the listing adds cooling or gel-infused layers; is a hybrid/pocket-spring build, which is the attribute this article compares.

View on Amazon →

If you are comparing whole systems instead of parts, see how to choose a prebuilt gaming PC and what to look for in a prebuilt gaming PC.

Mistakes to avoid

FAQ

What is the iBUYPOWER RGB software?

There is no single program. iBUYPOWER’s support page points to the motherboard maker’s utility: Armoury Crate for ASUS, MSI Center for MSI, GIGABYTE Control Center for GIGABYTE and Polychrome for ASRock. Newer HYTE-based systems may use HYTE Nexus.

How do I change the RGB color on my iBUYPOWER PC?

Open the lighting app that matches your motherboard, select the device or zone, choose a color and effect, and apply it. If the PC has a case button or remote, those can change colors without any software.

Why is my iBUYPOWER RGB not working?

The most common causes are another RGB program running at the same time, a lighting cable that is not connected, or a hub set to the wrong mode. Close extra apps, check the ARGB cable, and rescan devices in the app.

How do I know which RGB software I need?

Press Windows + R, type msinfo32, and read the BaseBoard Manufacturer. That tells you whether you need Armoury Crate, MSI Center, GIGABYTE Control Center or Polychrome.

Can I turn off RGB on my iBUYPOWER PC?

Yes. Choose the Off effect in your motherboard lighting app (RGB Fusion 2.0 lets you do it per zone), press the case LED button until the lights go off, or look for an RGB option in the BIOS. Remember that devices on other controllers have their own off setting.

Can I use OpenRGB on an iBUYPOWER PC?

Often yes, but only if your hardware is supported, and iBUYPOWER itself says compatibility is not guaranteed. OpenRGB uses reverse-engineered protocols and has a documented hardware risk, so use it carefully, close other RGB apps, and download it only from the official project page.

Do iBUYPOWER keyboards and mice use the same software as the case?

No. Keyboards and mice use their own brand software or Fn shortcuts. The case lighting is controlled by the motherboard, a hub, a button, or a remote.

Does RGB lighting affect gaming performance?

The lighting itself uses very little power and does not change frame rates in normal use. Poorly behaved RGB software can use background resources, so run only one app and keep it updated.

Wrap-up

Identify your motherboard, install one matching lighting app, confirm your fans are on the correct ARGB headers, and use the case button or remote when software cannot reach a device. Keep third-party tools like OpenRGB as a later option and always handle internal cables with the PC powered off. If you are still deciding which prebuilt to buy, start with our guide to the best places to buy a prebuilt gaming PC.