DKE Desktop Computer Power Switch Power Supply vs iUniker 5V 4A USB-C Power Supply for Raspberry Pi
Updated August 2026 — DKE Desktop Computer Power Switch Power Supply wins on price, iUniker 5V 4A USB-C Power Supply for Raspberry Pi wins on safety and compatibility.
The DKE Desktop Computer Power Switch is a budget-friendly option for desktop users, while the iUniker USB-C Power Supply offers specialized features for Raspberry Pi users. The choice depends on your specific needs.
Why DKE Desktop Computer Power Switch Power Supply is better
Price
DKE is cheaper at $6.99
Simplicity
Easier installation for basic desktop use
Size
More compact design for desktop setups
Why iUniker 5V 4A USB-C Power Supply for Raspberry Pi is better
Power Delivery
iUniker provides stable 5V 4A output
Built-in Switch
Convenient ON/OFF switch for frequent use
Safety Features
UL listed with over-current protection
Overall score
Specifications
| Spec | DKE Desktop Computer Power Switch Power Supply | iUniker 5V 4A USB-C Power Supply for Raspberry Pi |
|---|---|---|
| Compatibility | ATX PCs | Raspberry Pi 4 |
| Installation | Easy | Plug-and-play |
| Cable Type | Power SW | USB-C |
| Safety Rating | None | UL Listed |
| Power Control | Basic ON/OFF | Built-in switch |
Dimension comparison
Overview of DKE Desktop Computer Power Switch and iUniker USB-C Power Supply
The DKE Desktop Computer Power Switch is priced at $6.99, while the iUniker USB-C Power Supply is available for $9.99. The DKE power switch is about 30% cheaper than the iUniker power supply, making it an attractive option for those looking to control a desktop PC remotely. In contrast, the iUniker power supply is designed specifically for Raspberry Pi 4 users, offering unique features tailored to that audience. This article will delve deeper into the specifications, usability, and suitability of both products.
Design and Build Quality
The DKE Desktop Computer Power Switch features a compact design with dimensions of approximately 2.1cm x 2.1cm and a thickness of 2.5cm. It weighs only 1 ounce, making it lightweight and easy to install. Its long 2-meter cable allows for flexible placement around the room.
On the other hand, the iUniker USB-C Power Supply has a more robust design, optimized for stability and reliability, particularly with a 5V 4A output. It includes a built-in ON/OFF switch, which is convenient for frequent use. While the iUniker's 5ft cable provides ample length for various setups, it is notably longer than the DKE's cable, offering more flexibility in positioning.
Functionality and Features
The DKE Desktop Computer Power Switch allows users to control their PC from a distance, making it particularly useful for hard-to-reach setups. It includes installation instructions and adhesive stickers for easy placement. The straightforward ON/OFF functionality is effective for basic desktop operations.
Conversely, the iUniker USB-C Power Supply is specifically designed to prevent undervoltage warnings and ensure smooth performance under heavy loads. Its built-in switch allows users to power their device on or off without the hassle of unplugging it, which can extend the lifespan of both the cable and the device. This feature is particularly advantageous for Raspberry Pi projects that require frequent power cycling.
Compatibility
The DKE power switch is compatible with ATX desktop computer cases and motherboards, making it a versatile option for many desktop setups. It is an excellent choice for users who want a reliable power control solution for their PC without needing any special compatibility considerations.
In contrast, the iUniker power supply is specifically tailored for Raspberry Pi 4 models and other USB-C devices that require stable power delivery. It is UL listed, ensuring safety with over-current and over-voltage protection. However, it is important to note that it is not compatible with the newer Raspberry Pi 5 models, which may require higher power.
Installation and Setup
Setting up the DKE Desktop Computer Power Switch is straightforward, thanks to the included installation instructions. Users simply connect the power switch and HDD connectors to the motherboard and use the adhesive plate for placement. The 2-meter cable length gives enough room to position the switch conveniently.
The iUniker USB-C Power Supply also emphasizes ease of use, featuring a simple plug-and-play setup. The built-in switch allows users to easily control power without needing to unplug the device constantly. The extra-long 5ft cable provides flexibility in positioning the power supply, which can be especially useful in classroom or lab environments.
Price Comparison
The DKE power switch is priced at $6.99, making it a budget-friendly option for users who need a simple power control solution. In comparison, the iUniker power supply is priced at $9.99, making it about 43% more expensive than the DKE product. This price difference reflects the specialized features and capabilities of the iUniker power supply, which is designed specifically for Raspberry Pi users.
Customer Satisfaction and Reliability
While specific sales or bestseller ranks are not provided, the features of both products suggest a strong focus on user satisfaction. The DKE power switch is designed for easy installation and operation, which likely appeals to users looking for simplicity in desktop setups.
The iUniker power supply, with its UL listing and safety features, emphasizes reliability and customer safety, making it a trustworthy choice for those working with Raspberry Pi devices. The premium build quality and the brand's customer satisfaction guarantee further enhance its appeal.
Which should you buy?
In deciding between the DKE Desktop Computer Power Switch and the iUniker USB-C Power Supply, the choice largely depends on your specific needs. If you're looking for a cost-effective solution for controlling a desktop PC remotely, the DKE switch is the clear winner at $6.99. However, if you require a reliable power supply for a Raspberry Pi 4 or similar devices, the iUniker power supply's features justify its higher price of $9.99. Ultimately, the right product for you will depend on whether you prioritize affordability or specialized functionality.

