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Arcity 5V 12V 24V Output Switching Power Supply vs iUniker 27W PD USB-C Power Supply for Raspberry Pi

Updated August 2026 — Arcity 5V 12V 24V Output Switching Power Supply wins on stability and heat dissipation, iUniker 27W PD USB-C Power Supply for Raspberry Pi wins on size and compatibility.

The Arcity power supply offers versatility for various applications, while the iUniker is a cost-effective choice specifically for Raspberry Pi users.

Why Arcity 5V 12V 24V Output Switching Power Supply is better

Versatility

Arcity supports multiple voltage outputs for various devices.

Protection Features

Arcity has a broader range of protection features.

Build Quality

Arcity's design focuses on durability and heat dissipation.

Why iUniker 27W PD USB-C Power Supply for Raspberry Pi is better

Price

iUniker is significantly cheaper.

Size

iUniker is more compact due to GaN technology.

Specialization

iUniker is optimized for Raspberry Pi 5.

Overall score

Arcity 5V 12V 24V Output Switching Power Supply
85
iUniker 27W PD USB-C Power Supply for Raspberry Pi
75

Specifications

SpecArcity 5V 12V 24V Output Switching Power SupplyiUniker 27W PD USB-C Power Supply for Raspberry Pi
Voltage5V/12V/24V5.1V/9V/12V/15V
ProtectionExtensiveBasic
ApplicationVersatileSpecialized
Power Output24W27W
TechnologyStandardGaN

Dimension comparison

Arcity 5V 12V 24V Output Switching Power SupplyiUniker 27W PD USB-C Power Supply for Raspberry Pi

Overview of the Products

When it comes to power supplies, the Arcity 5V 12V 24V Output Switching Power Supply Unit and the iUniker 27W PD USB-C Power Supply for Raspberry Pi 5 are two compelling options. The Arcity unit is priced at $21.98, while the iUniker model is significantly more affordable at $10.99, making it about 50% cheaper. Both products cater to different user needs, emphasizing their unique features and applications.

Design and Build Quality

The Arcity power supply boasts a compact design with dimensions of 160mm x 98mm x 38mm, weighing 350g. Its durable construction is complemented by an effective heat dissipation design, ensuring reliable performance during extended use. In contrast, the iUniker power supply is powered by GaN technology, which allows it to maintain a smaller footprint while not compromising on power output. This innovative design leads to lower operating temperatures and improved stability. While both units are built to last, the Arcity's design focuses on versatility for varied applications, whereas the iUniker is tailored specifically for Raspberry Pi users.

Functionality and Output

The Arcity power supply offers a versatile output with three adjustable voltage levels: 5V/8A, 12V/8A, and 24V/3A, making it suitable for various devices, from arcade machines to CCTV cameras. This flexibility is ideal for users who require different voltage outputs. The iUniker, however, provides a maximum output of 27W with various specific voltage outputs (5.1V/5A, 9V/3A, 12V/2.25A, and 15V/1.8A), but is specifically designed for Raspberry Pi devices. This specialization ensures that it meets the power requirements of the Raspberry Pi 5 optimally, making it a smart choice for dedicated users.

Protection Features

Both the Arcity and the iUniker power supplies incorporate multiple protection features, ensuring user safety and device longevity. The Arcity model includes overvoltage, overcurrent, short-circuit, and over-temperature protection, along with surge and inrush protection. This extensive range of safeguards makes it a reliable choice for various applications. The iUniker also offers essential protections against overvoltage, overcurrent, and short circuits, ensuring safe operation, especially for sensitive devices like the Raspberry Pi. While both units are equipped with protection features, the Arcity’s broader spectrum may appeal to users with diverse power needs.

Compatibility

The Arcity power supply is designed for a wide range of applications, including LED strips, arcade machines, and CCTV systems, making it a versatile option for hobbyists and professionals alike. Its compatibility with various devices allows users to utilize it across different projects. On the other hand, the iUniker power supply is tailored specifically for the Raspberry Pi 5, ensuring that it meets the power requirements of this popular single-board computer. If you’re a Raspberry Pi user, the iUniker may be the better choice due to its optimized performance for that specific platform.

Price Comparison

At $21.98, the Arcity power supply is on the higher end of the price spectrum compared to the iUniker, which is priced at $10.99. This significant price difference of about $10.99 makes the iUniker about 50% cheaper. If budget is a primary concern, the iUniker presents a more economical option without sacrificing essential functionality for Raspberry Pi users. However, the Arcity's versatility may justify its higher price for those needing a more comprehensive power supply solution.

User Experience and Reviews

While specific sales rankings are not provided for either product, user experience can often be inferred from general features and applications. The Arcity power supply is praised for its high stability and low ripple noise, making it suitable for sensitive applications. Users appreciate the adjustable voltage options and robust construction. The iUniker has garnered attention for its compact design and GaN technology, which enhances its stability and efficiency. Raspberry Pi users particularly value its reliable power delivery and the fact that it is ETL listed, ensuring safety and compliance with regulations.

Which should you buy?

Choosing between the Arcity 5V 12V 24V Output Switching Power Supply Unit and the iUniker 27W PD USB-C Power Supply boils down to your specific needs. If you require a versatile power supply for various applications and devices, the Arcity is worth the higher investment. However, if you are primarily focused on powering a Raspberry Pi 5, the iUniker’s specialized design and significantly lower price make it an excellent choice. Ultimately, consider your intended use, budget, and required features to make the best decision for your power supply needs.