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Apevia ITX-PFC500W Mini ITX/Flex ATX / 1U 500W vs iUniker 27W PD USB-C Switch Power Supply for

Updated August 2026 — Apevia ITX-PFC500W Mini ITX/Flex ATX / 1U 500W wins on modularity and cooling, iUniker 27W PD USB-C Switch Power Supply for wins on size and compatibility.

The Apevia ITX-PFC500W is a powerful and versatile power supply suitable for high-performance systems, while the iUniker is a budget-friendly option tailored for the Raspberry Pi 5.

Why Apevia ITX-PFC500W Mini ITX/Flex ATX / 1U 500W is better

Power Output

Apevia provides 500W compared to iUniker's 27W.

Modularity

Apevia is fully modular, allowing for customizable cable management.

Cooling

Apevia includes a dedicated cooling fan for better thermal management.

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

Price

iUniker is significantly cheaper at $13.99.

Size

iUniker's compact design is ideal for small setups.

Specificity

iUniker is specifically designed for Raspberry Pi 5.

Overall score

Apevia ITX-PFC500W Mini ITX/Flex ATX / 1U 500W
85
iUniker 27W PD USB-C Switch Power Supply for
70

Specifications

SpecApevia ITX-PFC500W Mini ITX/Flex ATX / 1U 500WiUniker 27W PD USB-C Switch Power Supply for
Max Power500W27W
Connector TypeModularUSB-C
Cooling TypeActivePassive
Protection FeaturesMultipleBasic
CompatibilityMini ITXRaspberry Pi 5

Dimension comparison

Apevia ITX-PFC500W Mini ITX/Flex ATX / 1U 500WiUniker 27W PD USB-C Switch Power Supply for

Overview of the Products

When considering power supplies, the Apevia ITX-PFC500W and the iUniker 27W PD USB-C Switch Power Supply serve different purposes. The Apevia power supply is designed for higher-performance mini ITX systems, while the iUniker supply is tailored specifically for the Raspberry Pi 5. The price difference is significant, with the Apevia priced at $49.99 and the iUniker at just $13.99, making the latter about 72% cheaper.

Design and Compatibility

The design of a power supply is crucial for its compatibility with various systems. The Apevia ITX-PFC500W is a fully modular unit, which means users can connect only the cables they need, reducing clutter and enhancing airflow. It supports a range of connectors, including a 20+4 pin main power and multiple PCIe and SATA connectors, making it suitable for small form factor PCs and gaming setups. In contrast, the iUniker is specifically designed for the Raspberry Pi 5, featuring a USB-C PD connection and compatibility with all versions of the Raspberry Pi 5, including 2GB, 4GB, 8GB, and 16GB models.

Power Output and Efficiency

Power output is a key consideration when selecting a power supply. The Apevia ITX-PFC500W boasts a maximum power output of 500W, making it capable of supporting high-performance components in compact builds. This model also features full range active PFC, which operates efficiently between 90-264V AC. On the other hand, the iUniker provides 27W, with an output of 5.1V at 5A, which is sufficient for powering the Raspberry Pi 5 and ensuring stable operation. The significant difference in power output reflects their intended use cases, with the Apevia targeting more demanding applications.

Cooling Solutions

Effective cooling solutions are essential for maintaining performance and longevity in power supplies. The Apevia ITX-PFC500W includes a forced air ventilation system powered by a 40mm double ball bearing fan, which helps keep the unit cool during intense workloads. This cooling mechanism is vital for high-performance gaming or server environments. In contrast, the iUniker features a compact design that relies on GaN technology, which operates at lower temperatures without the need for extensive cooling mechanisms. This makes the iUniker ideal for smaller setups like the Raspberry Pi, where space and heat management are critical.

Safety Features

Safety features are paramount in ensuring reliability and protection for both the power supply and connected devices. The Apevia offers multiple protections, including overvoltage, overload, overcurrent, heating, and short circuit protection. These features provide peace of mind for users building powerful systems. The iUniker also includes essential protections against over voltage, over current, and short circuits, ensuring that the Raspberry Pi is safeguarded during operation. While both power supplies offer solid safety features, the Apevia's extensive range makes it more suitable for high-stakes environments.

Price Comparison

When it comes to pricing, there is a substantial difference between the two power supplies. The Apevia ITX-PFC500W is priced at $49.99, while the iUniker is much more budget-friendly at $13.99. This price difference of about $36 reflects their intended markets and capabilities. The iUniker's lower price point makes it an excellent option for hobbyists and casual users, while the Apevia is aimed at gamers and professionals who require higher power and modularity.

Use Case Scenarios

Selecting the right power supply often depends on the intended use case. The Apevia ITX-PFC500W is ideal for users who need a robust solution for gaming systems, small servers, or other high-performance PCs. Its modular design and high wattage make it a versatile choice for various configurations. Conversely, the iUniker is designed specifically for the Raspberry Pi 5, making it perfect for DIY projects, educational purposes, or simple home automation tasks. The focused design of the iUniker means it may be the best choice for users committed to utilizing the Raspberry Pi platform.

Which should you buy?

Deciding between the Apevia ITX-PFC500W and the iUniker 27W PD USB-C Switch Power Supply ultimately comes down to your specific needs. If you require a powerful and versatile power supply for a mini ITX gaming or server setup, the Apevia is the clear choice, offering greater power and modularity. However, if your focus is on powering a Raspberry Pi 5 with a compact and efficient solution, the iUniker is an excellent option at a significantly lower price point. Each power supply excels in its respective niche, making them both worthy contenders depending on your usage scenario.