Apevia SPIRIT600W Spirit 600W ATX Power Supply vs SoulBay Raspberry Pi Power Supply, SoulBay 5V 3A Micro USB
Updated August 2026 — Apevia SPIRIT600W Spirit 600W ATX Power Supply wins on cooling and power output, SoulBay Raspberry Pi Power Supply, SoulBay 5V 3A Micro USB wins on cable length and design.
The Apevia SPIRIT600W is a powerful choice for gamers, while the SoulBay Raspberry Pi Power Supply is budget-friendly for Raspberry Pi users.
Why Apevia SPIRIT600W Spirit 600W ATX Power Supply is better
Power Output
Apevia offers 600W compared to SoulBay's 15W.
Safety Features
Apevia includes multiple heavy-duty protections.
Connectivity
Apevia has more connectors for various components.
Why SoulBay Raspberry Pi Power Supply, SoulBay 5V 3A Micro USB is better
Price
SoulBay is significantly cheaper at $11.99.
Cable Length
SoulBay provides a 6-foot long cord.
Target Audience
SoulBay is designed specifically for Raspberry Pi users.
Overall score
Specifications
| Spec | Apevia SPIRIT600W Spirit 600W ATX Power Supply | SoulBay Raspberry Pi Power Supply, SoulBay 5V 3A Micro USB |
|---|---|---|
| Output Voltage | +12V | +5V |
| Max Current | 45A | 3A |
| Cooling Fan | 120mm | N/A |
| Connectors | Multiple | Micro USB |
| Certifications | N/A | ETL, CE, FCC |
Dimension comparison
Overview of the Products
In this comparison, we will explore the differences between the Apevia SPIRIT600W Spirit 600W ATX Power Supply and the Raspberry Pi Power Supply from SoulBay. The Apevia power supply is priced at $33.99, while the SoulBay power supply is more budget-friendly at $11.99, making it about 65% cheaper than the Apevia. Each product is designed for different applications, which will significantly influence your purchasing decision.
Target Audience
The Apevia SPIRIT600W is tailored for gamers and PC builders looking for a reliable power source for high-performance systems. In contrast, the Raspberry Pi Power Supply is designed specifically for users of Raspberry Pi models, making it ideal for hobbyists, educators, and developers focused on single-board computing. The different target audiences highlight the distinct functionalities and requirements of each power supply.
Power Output and Performance
When it comes to power output, the Apevia SPIRIT600W offers a robust 600 watts, suitable for powering multiple components in gaming rigs. It supports a +12V output of 45A, ensuring it can handle demanding tasks efficiently. On the other hand, the Raspberry Pi Power Supply provides a maximum output of 5V at 3A, which is sufficient for Raspberry Pi models and various low-powered devices. The stark difference in power output reflects their intended uses, with the Apevia being more appropriate for power-hungry setups.
Design and Build Quality
The Apevia SPIRIT600W features a sleek black sandblasted casing, adding a modern aesthetic to any gaming setup. It includes an auto-thermally controlled 120mm fan for efficient cooling, which is crucial for maintaining performance during extended gaming sessions. Conversely, the Raspberry Pi Power Supply is designed for practicality, featuring a 6-foot-long cord that allows flexible positioning of your Raspberry Pi. While the Apevia focuses on aesthetics and cooling, the SoulBay product emphasizes convenience and usability, catering to the unique needs of Raspberry Pi users.
Safety Features
Safety is paramount when it comes to power supplies. The Apevia SPIRIT600W includes multiple heavy-duty protections such as short-circuit, over-current, over-voltage, over-power, under-voltage, and over-temperature safeguards. This comprehensive safety suite ensures that your components remain protected during operation. In comparison, the Raspberry Pi Power Supply is certificated by ETL, CE, and FCC, ensuring it meets safety standards. While both products prioritize safety, the Apevia offers a more extensive range of protective features suitable for high-performance systems.
Connectivity Options
Connectivity is another area where the two products differ significantly. The Apevia SPIRIT600W is equipped with multiple connectors, including a 20/24-pin main power connector, a 4+4 pin 12V connector, and two PCIe 6+2 pin connectors, allowing it to support a wide range of PC components. Additionally, it offers four SATA and four Molex connectors, making it versatile for various setups. In contrast, the Raspberry Pi Power Supply features a standard Micro USB output designed specifically to connect with Raspberry Pi devices. This difference underscores the specific applications each power supply is meant to serve.
Price Comparison
At $33.99, the Apevia SPIRIT600W is significantly more expensive than the Raspberry Pi Power Supply, which retails for $11.99. This price gap of $22 represents about a 65% difference, which may be a crucial factor for budget-conscious buyers. However, the higher price of the Apevia is justified by its increased power output and versatility for gaming systems, while the SoulBay option remains an excellent choice for those solely looking to power Raspberry Pi devices without breaking the bank.
Customer Support and Warranty
While detailed warranty information is not provided for either product, the SoulBay Raspberry Pi Power Supply emphasizes customer support by encouraging users to reach out with any issues. This suggests a commitment to customer satisfaction. On the other hand, the Apevia SPIRIT600W does not explicitly mention customer support, which could be a consideration for potential buyers. Good customer service is essential, especially for products that may require troubleshooting.
Which should you buy?
When deciding between the Apevia SPIRIT600W and the Raspberry Pi Power Supply, your specific needs will dictate the best choice. If you are a gamer or PC builder in need of a powerful, reliable power supply, the Apevia SPIRIT600W is the superior option, offering extensive connectivity and robust safety features for high-performance systems. However, if you are looking for an affordable and effective solution for powering your Raspberry Pi, the SoulBay Raspberry Pi Power Supply is an excellent choice, particularly given its low price and adequate performance for low-powered devices. Ultimately, the decision hinges on the intended use and budget.

