Best RGB Power Supply Units

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If you’re a gaming fan who enjoys RGB lighting, Best RGB Power Supply Units can complement the RGB lighting in your PC case, especially if you already have RGB components such as an RGB CPU cooler, RGB RAM, RGB Case, RGB Fans, and RGB LED Strips. Among the different RGB PC components, an RGB PSU is the newest addition.

In an RGB power supply, the RGB element is generally the fan, which is where the RGB illumination can be seen. Depending on the RGB LEDs used in the RGB Power Supply, the RGB LEDs in the RGB power supply can be Addressable RGB LEDs or standard RGB LEDs.

You may also sync RGB LEDs with RGB components from the same or different manufacturer with some RGB power supplies. There were just a few RGB Power Supplies available previously, and they were all from lesser-known or unknown manufacturers, but currently, you can find some excellent high-end and cheap RGB power supplies from well-known brands.

These RGB power supplies are not only attractive, but they also provide excellent performance and quality. As a result, for RGB gamers, I’ve compiled a list of the top RGB Power Supplies in different capacities for your RGB Gaming setup.

What Is The Purpose Of A Power Supply?

A Power Supply Unit, often known as a PSU, is a component that converts the AC current from your wall outlet into the DC current necessary by the PC’s components to work. PC components, unlike home appliances, require a consistent, steady flow of DC current to operate properly. The power supply ensures that current is converted from AC to DC in a clean and efficient manner before being delivered to the precise components that require it.

While a Power Supply does not directly add to the aesthetics or performance of your PC, it is necessary for it to switch on. As a result, it is a critical component of the computer that deserves careful consideration.

In a Hurry??? Check Top 3 Power Cables Below…

Our Top Pick
ASUS ROG Thor 850

ASUS ROG Thor 850

👉 80+ Platinum certification for energy efficiency

👉 0dB cooling with dustproof IP5X wing-blade fans

👉 Aura Sync addressable RGB lighting

Our Budget Pick
Corsair CX750F RGB

Corsair CX750F RGB

👉 80 PLUS Bronze certified

👉 RGB lighting

👉 Dedicated optimized fan

Our Staff Pick
Thermaltake Toughpower Grand RGB

Thermaltake Toughpower Grand RGB

👉 RGB LED FAN 256 colors Ring

👉 80 PLUS Gold and KABY LAKE READY

👉 ULTRA QUIET SMART ZERO FAN

Best RGB Power Supply Units

ImageProductGlobal RatingPrice
Thermaltake Smart RGB

Thermaltake Smart RGB

  • 4.6 out of 5 Stars
Price
Thermaltake Toughpower GF2

Thermaltake Toughpower GF2

  • 4.6 out of 5 Stars
Price
GAMDIAS Kratos P1-750W

GAMDIAS Kratos P1-750W

  • 4.3 out of 5 Stars
Price
Thermaltake Toughpower Grand RGB

Thermaltake Toughpower Grand RGB

  • 4.6 out of 5 Stars
Price
Thermaltake Smart RGB 700W

Thermaltake Smart RGB 700W

  • 4.6 out of 5 Stars
Price
Corsair CX750F RGB

Corsair CX750F RGB

  • 4.7 out of 5 Stars
Price
ASUS ROG Thor 850

ASUS ROG Thor 850

  • 4.7 out of 5 Stars
Price
Azza PSAZ-650W

Azza PSAZ-650W

  • 4.4 out of 5 Stars
Price
Thermaltake Toughpower PF1

Thermaltake Toughpower PF1

  • 4.5 out of 5 Stars
Price
Thermaltake Smart Pro RGB

Thermaltake Smart Pro RGB

  • 4.5 out of 5 Stars
Price

List Of Top 10 Best RGB Power Supply Units 2022

Following are the Top 10 Best RGB Power Supply Units 2022:

Our Top Pick RGB Power Supply PC : Thermaltake Smart RGB

Thermaltake Smart RGB

When compared to Thermaltake’s Toughpower ARGB series, the Smart RGB 600W is a comparatively economical RGB power supply. It’s a semi-modular 600W PSU that’s 80 Plus White certified and has an efficiency rating of 87 percent. The power supply has a single 12A rail which can handle up to 42A of electricity. Two 8-pin (6+2) PCIe power cables are provided for graphics cards.

A 120mm RGB fan with 10 RGB LEDs is used to cool the power supply. The RGB lighting is not controlled or synced by the motherboard RGB software, and you must use the RGB lighting button on the rear to change the colors. The power supply is on the little side, and it doesn’t have anything special about it. It does, however, provide sufficient power for a mid-range to higher-end gaming system with a mid-range to higher-end graphics card. This power supply is also offered in capacities of 500W and 700W.

Pros
  • Have a fan
  • Lightning is controlled by rear button
Cons
  • Fan makes noise

Editor Choice RGB Power Supply For PC : Thermaltake Toughpower GF2

Thermaltake Toughpower GF2

A high-end RGB power supply with a slew of Addressable RGB LEDs all over is available. It’s an 850W PSU with a 1020W peak output capacity that’s 80 Plus Gold certified for up to 90% energy conservation.

The power supply features a single 12V rail with a current of 70.9A and six 6+2pin PCIe power connectors, which are sufficient for even multi-GPU setups. Flat modular cables for convenience, DC to DC Design, Superior Japanese 105°C/221°F Capacitors, Extremely Strict Voltage Regulation of 2%, and 30mV Low Ripple Noise are all included in the power supply.

The PSU features a Riing Duo 140mm RGB Fan with two LED rings and 18 ARGB LEDs. The 6 ARGB LEDs on the side windows are also RGB lit. The RGB lighting on the power supply is stunning, and you can activate it using either the two buttons on the rear of the power supply (Mode & Color) or the motherboard’s ARGB software through a 5V 3-pin ARG connection.

The PSU features a Riing Duo 140mm RGB Fan with two LED rings and 18 ARGB LEDs. The 6 ARGB LEDs on the side windows are also RGB lit. The RGB lighting on the power supply is stunning, and you can activate it using either the two buttons on the rear of the power supply (Mode & Color) or the motherboard’s ARGB software through a 5V 3-pin ARG connection.

Pros
  • Great power supply
Cons
  • Does not play well with UPS’s

Best Seller RGB Computer Power Supply : GAMDIAS Kratos P1-750W

GAMDIAS Kratos P1-750W

GAMDIAS is a Taiwanese gaming brand that produces high-quality gaming hardware. GAMDIAS KRATOS P1 750G is a 750W RGB Power Supply with 80 Plus Certification that we have here. It’s a semi-modular power supply with four 8-pin (6+2) PCI-E graphics card connectors and flat power cables.

A single 12V rail with a current of 62.5A is included with the PSU. The 120mm fan, which runs quietly, has RGB LED lights. Additionally, on the underside of the PSU, there is a special silent switch for switching to sleep mode for ultra-quiet operation.

The RGB lighting can be turned on with the RGB button on the rear, or it can be synced, controlled, and customized with the motherboard’s 5V 3-pin ARGB header or the RGB controller. It works with Asus Aura Sync, Gigabyte RGB Fusion 2.0, MSI Mystic Light Sync, ASRock Polychrome Sync, and Biostar Vivid LED DJ, among other motherboard RGB software.

The power supply is small and has all of the important safety features, such as OVP, UVP, SCP, SP, OPP, OCP, and ICP.

Pros
  • Rob works great
Cons
  • Harder to install than expected

Customer Pick RGB PSU For Computer : Thermaltake Toughpower Grand RGB

Thermaltake Toughpower Grand RGB

Without needing to redirect energy resources from other components, the Toughpower Grand has more than enough power (850W) to run multi-core processors and contemporary GPU technology. 90 percent efficiency is also possible when paired with the current generation of Intel CPU technology.

This is one of the better alternatives money can buy, as it is made of powder-coated aluminium (which is capable of efficiently shedding excess heat). A 140mm hydraulic bearing fan functions quietly to further decrease temperatures without generating any noise, while considerably lowering any static pressure.

The Toughpower RGB power supply is controlled by a single button on the back, similar to other devices. Users can choose from 256 different color combinations till they discover the perfect appearance. Furthermore, RGB “memory” ensures that the same colour profile is loaded every time. Overall, it’s a well-built piece of gear that strikes the sweet spot in terms of price/performance.

Pros
  • It’s simple to put together and available in a number of colors.
Cons
  • UPS’s don’t get along with him.

Top Rated RGB Computer PSU : Thermaltake Smart RGB 700W 

Thermaltake Smart RGB 700W

This Thermaltake, 80+ White certified power supplies is one of the most trusted names in the computer hardware business, and it delivers top-tier performance without consuming a lot of energy. Even under high loads, this system can achieve up to 87 percent efficiency with extremely little power loss.

Cooling is assisted by large vent walls and a 135mm fan (In compact cases, though, adding another fan or two might not be a bad idea). Smart Technology attempts to save your system from overheating by reducing the performance a little. The 10 LED lamps that are strategically distributed throughout this RGB PSU can be controlled with just a single push of a button. There are also fifteen preset modes to pick from. To discover the desired setting, simply push the “RGB lighting” button (located on the power supply).

This unit’s semi-modular design simplifies wire management. You’ll also enjoy that it has a cable pouch for storing any cables that aren’t in use. In conclusion, the Smart RGB is a beautiful power supply that won’t let you down.

Pros
  • Short connections and a good power supply
Cons
  • Loud

Best Budget RGB PSU For Gaming PC : Corsair CX750F RGB

Corsair CX750F RGB

For mid-range to high-end gaming systems, Corsair’s CX-F RGB Series delivers 80 Plus Bronze certified modular RGB PSUs. Corsair CX750F RGB is a 750-Watt RGB power supply that is the top of the CX-F RGB Series. A 120mm RGB Fan with eight separate ARGB LEDs is included with the PSU. Using the Corsair iCUE RGB controller or the accompanying 5V Adapter ARGB cable, you may control or configure the RGB lighting on this power supply.

If you don’t have a Corsair RGB controller or ARGB headers on your motherboard, you can still use the RGB button on the backside of the PSU to activate the RGB LED lighting effects. The RGB LEDs on the power supply are quite bright, and the lighting is spectacular.

A single 12V rail with a current of 62.5A is included with the power supply. It has two 8-pin (6+2) PCI-E ports for the graphics card and is totally modular. The power supply is small, measuring only 140mm in length. It is an 80 Plus certified power supply that has an operational efficiency of up to 88 percent, as previously indicated.

The power supply has a reliable LLC topology with DC-DC conversion and 100% Japanese primary capacitors rated at 105°C. Furthermore, Microsoft Modern Standby Support provides incredibly fast wake-from-sleep speeds as well as improved low-load efficiency. OVP, UVP, SCP, OTP, and OPP are all included in the PSU’s protective features.

When it comes to price, I’d say it’s fairly reasonable when compared to other RGB power supplies in this price range. Overall, this is a high-quality RGB power supply with a clean design and brilliant RGB LEDs that perform admirably.

Pros
  • Awesome product with reasonable price
Cons
  • Hard to setup

Best RGB Power Supply Unit : ASUS ROG Thor 850 

ASUS ROG Thor 850

The ASUS ROG Thor is a Platinum-certified RGB power supply with some of the most attractive design features. It generates 850W of power at 89 percent efficiency (at full load) and 92 percent at half capacity. Furthermore, because the machine is totally modular, you can remove the cords as needed.

This power supply, like everything else in the ASUS ROG product line, feels heavy and bulky at times – not that we’re criticizing. This is a well-made piece of hardware that is heavy and strong. It even includes Japanese-made capacitors to improve stability and endurance.

The integrated OLED screen on the left-hand side of the ASUS ROG Thor is a feature that is absolutely unique to the device. This provides a real-time indication of the power you draw at a glance. As a result, you can keep track of how much power your setup consumes while admiring the RGB lighting on display.

The RGB lights on this power supply are noticeably less prominent than those on some of the other options available, but they are still brightly lighted and fully adjustable via ASUS Aura Sync. When you start up this software, you’ll be able to tweak the lights so that they sync perfectly on starting.

This product is backed by an excellent 10-year warranty from Asus. As a result, you won’t have to take our word for it when we say that this RGB power supply is one of the most reliable on the market.

Pros
  • High quality PSU
Cons
  • Unable to change the graphics or color scheme.

Best PSU’s For Unit Gaming : Azza PSAZ-650W

Azza PSAZ-650W

The Azza PSAZ-PSU offers 650W of power, which is more than enough to power modern CPUs, GPUs, and a slew of other peripherals with ease. Although it isn’t as modular as some other options, the gorgeous RGB lights under the hood make up for it.

This item is built to a very high standard. The engineering allows it to be strong and sturdy without capturing much heat since it is made of high-strength aluminium that cools quickly. Furthermore, the wires are flat and easy to manage, allowing you to keep your case looking neat. This PSU’s RGB lights can be changed without needing to use the native software. It allows you to choose between the pre-programmed RGB modes with only a single push of a button. As a result, you have complete control over how the RGB lights operate.

Pros
  • Excellent value for money!
  • Great product reviewed by its users
Cons
  • Not warranted

Top RGB PC Power Supply : Thermaltake Toughpower PF1

Thermaltake Toughpower PF1

The 18 addressable RGB LEDs in this power supply can replicate up to 16.8 million colors. Furthermore, you have two options for controlling the lighting effects: one is through the PSU’s button, and the other is to connect the PSU to a suitable RGB controller for a more fine-tuned experience.

With RGB lighting on the fan and logo, this PSU will stand out within a case. The lights can be adjusted via the device’s switch, or they can be linked to a controller and modified using third-party software like MSI Mystic Light sync. The fan is 140 mm in diameter and is effective at cooling the system while remaining quiet. When the PSU isn’t under too much load, it offers a Zero Fan mode that switches off the fan.

Because the system is totally modular, you may connect only the essential connections, allowing for optimal cable management and optimum ventilation. You may enjoy a variety of PC construction options based on your components thanks to the numerous connectors offered, including 12 SATA and 8 PCIe.

The PSU provides 1050 Watts of power, which is suitable for high-power systems, and with an efficiency rating of 80 plus Platinum, hardly any energy is wasted.

Pros
  • Fully modular
Cons
  • Emit heat

Top Rated RGB PSU For Computer : Thermaltake Smart Pro RGB

Thermaltake Smart Pro RGB

Thermaltake’s Smart Pro RGB has an RGB ring fan with 5 illumination settings and up to 256 colors. It is adaptable to the user’s requirements. Furthermore, the PSU is inexpensive and provides 750 Watts of power to the system in which it is installed.

This power supply has an efficiency rating of 80 Plus Bronze. That means it has an efficiency of 82 percent, 85 percent, and 82 percent for 20 percent, 50 percent, and 100 percent loads, respectively. As a result, there is low heat generation, and the PSU can be adequately cooled thanks to the included 140mm fan.

The fan is a Ring 14 model with hydraulic bearings and an RGB Ring lighting element. Up to 5 color modes and 256 colors can be selected for the RGB lighting, which is controlled by a button on the power supply. It has a clever Zero Fan mode that turns the fan off when the system is not in use. This reduces fan noise to 0dB, resulting in a quieter operation.

Thanks to the use of high-quality components, especially Japanese capacitors, the MTBF is guaranteed to be at least 100000 hours. The system is also completely modular, with flat cables that are simple to route and handle. It includes 9 SATA ports, 4 PCIe slots, and a variety of additional interfaces, allowing it to support a wide range of component configurations.

Pros
  • High quality components
  • Reasonable price
  • Simple to handle
Cons
  • Heats up system

Buyer’s Guide

What To Consider When Buying A Power Supply?

When purchasing a power supply, there are a few crucial qualities to look for. The list may appear daunting at first, but when broken down, all of these factors are rather straightforward, and even a rookie PC builder should be able to select the finest power supply for their system if they examine these factors. Let’s take a more rapid look at each one independently.

Aesthetics

While you shouldn’t evaluate a book by its cover, you should assess a power supply by its appearance. Take a peek at the PSU’s outside casing. A low-cost, low-quality unit might not even be powder-coated, giving it a poor metallic look.

Flat, black cables and connectors are also included in high-quality PSUs, which improve the system’s overall look. Cheaper PSUs may come with multi-colored wiring and no sleeves, which can easily detract from the aesthetics of your project. Although they are not conclusive tests of the PSU’s quality, they are useful indicators.

If the manufacturer chose to save a few dollars by skipping the powder-coated paint, it’s more than probable that the real components under the hood have been compromised as well. Spending more and being safe is preferable to being regretful.

Cables

The cords that come with the power supply might offer you a decent idea of the power supply’s overall quality. To begin, double-check that the PSU includes all of the cables that your system requires. In general, you should check the number of PCIe Power connectors required by your graphics card.

In addition, make sure the PSU has enough connectors and cables for all of the SATA and MOLEX powered accessories in your system. The quantity and kind of cables included with the power supply, as well as the PSU’s packaging, are specified on the product page.

Using the provided cords, you may assess the PSU’s quality from there. If the power supply is of high quality, such as the Corsair RM850x, it will have numerous 8-pin PCIe connectors (3 in the case of the 850x).

There would also be more ATX 12V and SATA connectors. These extra cables may be missing from low-cost, low-quality devices. Furthermore, the cables’ quality may be inferior, and the cables may be thinner and less strengthened. Premium models usually come with sleeved or flat black cables as well.

Modularity And Form Factor

Depending on your PC case, you may also need to make a selection about the power supply’s form factor. On the market, there are three common form factors:

  • ATX: This is the most common PSU form factor. Most ATX and MicroATX cases, in Mid-Tower or Full-Tower configurations, will fit this card. This PSU size and design is now the industry standard for PCs. The size of ATX power supply are typically 150 86 140 mm (5.9 3.4 5.5 in).
  • SFX: Small Form Factor Power Supplies are meant to fit into tiny cases, such as Mini-ITX cases or other cases with limited room for a power supply. These have the same pinouts and components as ATX PSUs, but they are significantly smaller in every dimensions. SFX measures 125 63.5 100 mm (height, width, and depth), with a 60 mm fan, against 150 86 140 mm for normal ATX.
  • SFX-L: This form factor is similar to the SFX but with a deeper depth. The PSU has more depth than SFX Power Supplies, allowing it to support a larger fan. To accommodate a 120mm fan, the SFX-L has dimensions of 125 x 63.5 x 130 mm.

Other PSU form factors exist, however they are not widely used in gaming and office PCs. The majority of customers will require an ATX power supply.

Components

Although the common consumer will not be able to test this, the components of a power supply are extremely important. Typically, low-cost no-name power supplies will have lower-quality electronic components, which will influence the system’s power output as well as the power supply’s overall longevity.

Expert reviews might be useful in determining whether the PSU uses good components or not. These are the individuals capable of dismantling a power supply and analyzing its various components in order to produce a thorough assessment. Expert assessments and teardowns of the power supply will provide you with all of the relevant information about the components.

This can also be determined by looking at the product page. Look for labels like “Japanese Capacitors” or “Premium Chokes,” which, while potentially false, can give you an indication of the PSU’s reliability if it’s featured on a respectable manufacturer’s website.

Comparing the weights of the components inside the PSU is another useful approach to determine their quality. It may seem counterintuitive, but heavier PSUs are built with more reliable components than those that feel lighter in the palm. Keep in mind that these are not conclusive tests, but rather approximations that can assist you in determining the unit’s quality without having to consult a professional evaluation.

Current And Rails

The number of +12V “rails” in a PSU is frequently specified by manufacturers. This is something else to think about. A “single-rail” PSU has a single high-power +12V rail that supplies power to the components, whereas a “multi-rail” PSU divides its output between two or more +12V rails. Both are secure to use and perform equally well when it comes to performance. Their differences are primarily in how they distribute and convert power within the PSU, and both will operate great in a gaming system.

The current rating for the +12V rail, on the other hand, is something you should absolutely look into. This information can be found on the product website as well as on the side of the power supply. Typically, a table is written on the PSU that lists all of the current ratings for which the PSU is rated. The +12V rating is the most essential one because it is the +12V rail that supplies electricity to both the CPU and the GPU.

As a result, double-check that the +12V rail’s current rating is sufficient for your components. The AMD RX 580, for example, is known to draw around 35A at its peak. Because any current surge can cause a hard reboot, the PSU should have a +12V current rating of at least 40A. The entire amount of power that the +12V rail is rated to produce will also be listed in the +12V rating on the table, and this should be considered as well.

Manufacturer

The Power Supply’s manufacturer is critical for a variety of reasons. To begin with, many no-name PSU makers list wattages that are substantially higher than what they can actually produce for long periods of time.

This implies that, while the product page may claim 800 Watts, the power supply may not be capable of delivering that amount when in use. This is especially problematic for first-time makers who may have purchased a no-name, low-cost PSU based only on its quoted rating.

Second, to save costs and produce a low-cost product, these manufacturers use low-cost electronic components inside the PSU, leading the consumer to believe that they just got a great deal, which is not the case.

Efficiency

Another important thing to consider while making a purchasing decision is the PSU’s efficiency. Different levels of efficiency exist in power supplies, and they are “graded” according to their efficiency. But what does it take for power supplies to be effective? The power supply, as previously stated, converts the AC power from the wall into the DC power required by the components. But, some energy is wasted as waste heat during the process.

About 80% of incoming electricity is converted into DC power by a good power supply. A high-quality power supply may be capable of converting more than 90% of the incoming power. This is why a more energy-efficient power source is preferable.

So, how do we determine a PSU’s efficiency? The “80 PLUS” rating system rates the efficiency of power supply and allocates them to different rating groups. According to Wikipedia, 80 PLUS is a voluntary certification program aimed at promoting energy efficiency in computer power supply units (PSUs). The 80 PLUS rating essentially indicates how effective the power supply is at converting AC to DC power.

Capacity

You must first determine how much power you will require from your power source in order to run the computer before selecting a power supply. It’s vital to note that a power supply does not “give” power; rather, computer components “take” power from it. As a result, increasing your power supply will not immediately raise your electricity bill.

In general, your power supply capacity should have roughly 150-200 Watts of headroom. This means that if the total power drain of all your components under pressure is 650W, an 800 Watt unit be sufficient.

That should give you plenty of room to update or overclock if you so want. While leaving some wattage headroom in your power supply is a good idea, overbuying your power supply by several hundred watts is not. If you buy a 1000 Watt power supply for a computer that can only take 650 Watts under stress, you’re simply squandering money on the capacity you won’t use.

Conclusion

RGB PSUs are suited for designs that favour RGB lighting. They complement the structure’s design and improve its appearance. Addressable LEDs are found in some RGB PSUs, allowing you to adjust many characteristics of the illumination, such as modes and colours. Some even include internal memory that saves your customizations on the PSU’s inbuilt storage so you don’t have to do it every time you turn off your computer.

High performance can be achieved by combining the Best RGB Power Supply Units with supported components in terms of power output. More power-hungry components will necessitate stronger power supplies. Fully modular connections allow users to establish a clean build to emphasize the end product. Flat cables will also make cable management a lot easier.

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Frequently Asked Questions

Are RGB PSU good?

While there aren’t as many great-looking PSUs around as there are motherboards, graphics cards, or RAM, I’ve found that there are still quite a few RGB PSUs that will light your RIG when flipped upside down with the fan pointing upwards.

Is 850W enough for 3090?

850w PSUs can trip on the 3090 because they are transient sensitive. The 750w unit should be sufficient as long as it is not transient sensitive. A 650w unit may even be sufficient in some cases.

How much power do you need for an RTX 3090?

An RTX 3090 consumes up to 360 Watts at its peak. Therefore, you will need 720W to power it. So, you will need at least 800W of total power.

Is it worthwhile to invest in an RGB power supply?

It boasts a more powerful CPU and a motherboard that enables future upgrades. However, it would almost certainly necessitate a BIOS upgrade. The RGB build is ‘worth it’ if you favor looks over performance.

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