GeeekPi 18W 5V 3.6A Power Supply for Raspberry Pi 4 vs Mean Well EDR-120-24 Single Output DIN Rail Power Supply 24V 5 Amp 120W
Updated August 2026 — The GeeekPi power supply is ideal for Raspberry Pi users seeking affordability, while the Mean Well is better for industrial applications requiring higher power.
The GeeekPi power supply is ideal for Raspberry Pi users seeking affordability, while the Mean Well is better for industrial applications requiring higher power.
Why GeeekPi 18W 5V 3.6A Power Supply for Raspberry Pi 4 is better
price
GeeekPi is C$16.99, more affordable than Mean Well at C$42.99.
Raspberry Pi compatibility
GeeekPi is specifically designed for Raspberry Pi models.
user-friendly features
GeeekPi includes an ON/OFF switch for convenience.
Why Mean Well EDR-120-24 Single Output DIN Rail Power Supply 24V 5 Amp 120W is better
power output
Mean Well provides 120W compared to GeeekPi's 18W.
industrial reliability
Mean Well is built for continuous operation in demanding environments.
higher voltage
Mean Well operates at 24V, suitable for various applications.
Overall score
Specifications
| Spec | GeeekPi 18W 5V 3.6A Power Supply for Raspberry Pi 4 | Mean Well EDR-120-24 Single Output DIN Rail Power Supply 24V 5 Amp 120W |
|---|---|---|
| Brand | GeeekPi | MEAN WELL |
| Price | C$16.99 | C$42.99 |
| Certification | UL, TUV, RoHS | N/A |
| Protection Features | Multi-protection | N/A |
| Design Type | Compact | DIN Rail |
Dimension comparison
Overview of the Products
When comparing the GeeekPi 18W 5V 3.6A Power Supply for Raspberry Pi 4 and the Mean Well EDR-120-24 Single Output DIN Rail Power Supply, it's essential to consider their intended applications and specifications. The GeeekPi power supply is designed specifically for Raspberry Pi users, featuring a lower wattage of 18W, while the Mean Well power supply offers a robust output of 120W, making it suitable for more demanding applications.
The GeeekPi power supply is priced at C$16.99, making it an affordable choice for Raspberry Pi enthusiasts. In contrast, the Mean Well power supply comes at a higher price of C$42.99, reflecting its higher power output and industrial-grade reliability. Understanding these differences will help potential buyers make an informed decision based on their specific requirements.
Design and Build Quality
The design and build quality of power supplies can significantly impact their performance and user experience. The GeeekPi power supply features a compact design tailored for Raspberry Pi models, ensuring compatibility and ease of use. It includes a convenient ON/OFF switch, allowing users to power their devices on and off quickly.
On the other hand, the Mean Well power supply is built for industrial applications and features a DIN rail design, which is ideal for mounting in control panels. This power supply provides a solid and reliable construction suited for continuous operation. The differences in design reflect the distinct target audiences; while the GeeekPi is user-friendly for hobbyists, the Mean Well caters to professional environments requiring robust power solutions.
Compatibility and Usage
Compatibility is a crucial factor when selecting a power supply, and both the GeeekPi and Mean Well products serve different purposes. The GeeekPi power supply is specifically compatible with Raspberry Pi 4, 3B+, and 3B, making it an excellent choice for those looking to power their Raspberry Pi projects. It even comes with an adapter for older Raspberry Pi models, ensuring versatility for users with multiple devices.
In contrast, the Mean Well power supply operates at 24V with a maximum output of 5 Amps, making it suitable for a variety of applications beyond just single-board computers. It is more appropriate for powering industrial equipment or multiple devices that require a higher voltage and power output. Thus, users must choose based on the specific devices they intend to power.
Power Output and Efficiency
When it comes to power output, the two products vastly differ in their capabilities. The GeeekPi power supply has a maximum output of 18W at 5V and 3.6A, which is sufficient for powering a Raspberry Pi and its peripherals. This level of power ensures that users can run their devices smoothly without interruptions.
Conversely, the Mean Well power supply delivers a significantly higher output of 120W, operating at 24V and 5A. This allows it to handle more demanding applications, such as powering multiple devices or industrial systems simultaneously. Therefore, while the GeeekPi is adequate for individual Raspberry Pi projects, the Mean Well provides the power and reliability needed for larger setups.
Certification and Safety Features
Safety certifications and features are vital considerations for power supplies, especially in terms of user protection and product reliability. The GeeekPi power supply boasts UL Listed, TUV, and RoHS certifications, ensuring it meets safety standards for use with electronic devices. It also includes multiple protection functions such as over-voltage, under-voltage, over-temperature, over-current, and short circuit protection. These features enhance the safety and reliability for users, particularly those working on sensitive projects.
In comparison, the Mean Well power supply is known for its industrial-grade reliability but does not specify additional safety certifications in the provided data. However, its robust design and manufacturing are recognized in the industry, indicating a focus on durability and performance in demanding environments. Users should consider their specific needs for safety features when choosing between these two power supplies.
Price and Value for Money
Pricing can significantly influence purchasing decisions, particularly in the power supply market. The GeeekPi power supply is priced at C$16.99, offering great value for Raspberry Pi users seeking an affordable and efficient solution. Its price point makes it accessible for hobbyists and educators who may have budget constraints.
In contrast, the Mean Well power supply is priced at C$42.99, reflecting its higher power output and industrial capabilities. While it may appear more expensive, the additional cost is justified for those needing a reliable power source for more complex or demanding applications. Thus, potential buyers must weigh their specific needs against their budget to determine which product offers better overall value.
Customer Reviews and Feedback
Customer feedback can provide insights into product performance and satisfaction. The GeeekPi power supply generally receives positive reviews from users who appreciate its compatibility with Raspberry Pi models, ease of use, and affordability. Users highlight the convenience of the ON/OFF switch and the stability it provides for their projects.
The Mean Well power supply is also well-regarded, particularly among industrial users who value its reliability and performance in demanding situations. Reviews often commend its consistent output and durability, making it a trusted choice for professionals. However, potential buyers should consider the specific use case and read customer experiences to gauge how each product meets their expectations.
Which should you buy?
Choosing between the GeeekPi 18W 5V 3.6A Power Supply and the Mean Well EDR-120-24 Single Output DIN Rail Power Supply ultimately depends on your specific needs. If you are a Raspberry Pi user looking for a cost-effective and reliable power source, the GeeekPi power supply at C$16.99 is an excellent choice. It offers essential features tailored for Raspberry Pi, including multiple safety protections.
On the other hand, if you require a more powerful solution for industrial applications or multiple devices, the Mean Well power supply, despite its higher price of C$42.99, may be the better investment. Its robust output and reliability make it suitable for more demanding environments. Therefore, assess your requirements carefully before making a purchase decision.
versusfinder.com is a participant in the Amazon.ca Associates Program. As an Amazon Associate we earn from qualifying purchases, at no extra cost to you.

