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Apevia SPIRIT600W Spirit 600W ATX Power Supply vs Arcity 5V 12V 24V Output Switching Power Supply

Updated August 2026 — Apevia SPIRIT600W Spirit 600W ATX Power Supply wins on output and connectors, Arcity 5V 12V 24V Output Switching Power Supply wins on size and weight.

The Apevia SPIRIT600W is ideal for high-performance needs, while the Arcity is a budget-friendly option for lower power applications.

Why Apevia SPIRIT600W Spirit 600W ATX Power Supply is better

Power Output

Apevia offers 600W compared to Arcity's lower output.

Connector Variety

Apevia has more connector options for complex builds.

Build Quality

Apevia features a robust design with better cooling.

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

Price

Arcity is significantly cheaper at $21.98.

Size

Arcity is more compact, making it easier to fit in tight spaces.

Simplicity

Arcity is suitable for straightforward applications.

Overall score

Apevia SPIRIT600W Spirit 600W ATX Power Supply
85
Arcity 5V 12V 24V Output Switching Power Supply
70

Specifications

SpecApevia SPIRIT600W Spirit 600W ATX Power SupplyArcity 5V 12V 24V Output Switching Power Supply
Wattage600W5V/8A, 12V/8A, 24V/3A
Price$33.99$21.98
ProtectionComprehensiveBasic
Fan Size120mmN/A
ApplicationsGamingDIY

Dimension comparison

Apevia SPIRIT600W Spirit 600W ATX Power SupplyArcity 5V 12V 24V Output Switching Power Supply

Price Comparison

The Apevia SPIRIT600W is priced at $33.99, while the Arcity power supply is more budget-friendly at $21.98, making it about 35% cheaper than its competitor. This significant price difference may attract users who are looking for a cost-effective solution without compromising too much on performance. The lower price of the Arcity does not mean it's inferior; it simply reflects the different target markets each product aims to serve. Those on a tighter budget will find the Arcity's pricing appealing, while users looking for higher wattage may lean towards the Apevia.

Power Output

The Apevia SPIRIT600W boasts a robust power output of 600W, making it suitable for high-performance systems that require more energy. In contrast, the Arcity power supply offers multiple outputs of 5V/8A, 12V/8A, and 24V/3A, which totals less than the Apevia's output capacity. This means that while the Arcity can handle a variety of applications, it may not be sufficient for high-end gaming rigs or demanding CPUs. For users with lower power requirements or those using the supply for devices like LED strips or 3D printers, the Arcity remains a solid option.

Design and Build Quality

The Apevia SPIRIT600W features a black sandblasted casing which not only provides a sleek appearance but also contributes to its durability. The design incorporates an auto-thermally controlled 120mm fan, ensuring efficient cooling during operation. On the other hand, the Arcity power supply is compact, measuring 160mm×98mm×39mm, and is designed with a focus on heat dissipation due to its unique housing design. While both products prioritize heat management, the Apevia's larger size and fan may offer better cooling for high-load scenarios, making it a better choice for multi-core CPUs.

Connector Variety

When it comes to connectors, the Apevia SPIRIT600W offers a versatile range, including a 20/24pin main power connector, 4+4pin 12V, two PCI 6+2pin connectors, four SATA connectors, and four Molex connectors. This extensive variety allows for compatibility with various components, making it an excellent choice for custom builds. In contrast, the Arcity power supply does not focus on extensive connector options, which may limit its use in more complex setups. Users aiming for a straightforward installation with fewer components may find the Arcity suitable, but those looking for flexibility will likely prefer the Apevia.

Protection Features

Protection features are critical for maintaining system safety, and both power supplies come equipped with comprehensive safety mechanisms. The Apevia SPIRIT600W includes protections against short-circuit, over-current, over-voltage, over-power, under-voltage, and over-temperature, ensuring that your components remain safe under various conditions. Similarly, the Arcity power supply offers overvoltage, overcurrent, short-circuit, over-temperature, surge, and inrush protection. While both units provide solid protective features, the Apevia’s broader range of protections may provide additional peace of mind for users managing high-performance setups.

Applications

The intended applications for these power supplies differ significantly. The Apevia SPIRIT600W is designed for gaming and high-performance applications, supporting multi-core CPUs and demanding graphics cards. Its higher wattage and robust features make it ideal for gamers and power users. Conversely, the Arcity power supply is versatile for lower-power applications like arcade machines, CCTV cameras, and DIY electronics. Users looking for a power supply for specific projects may find the Arcity more aligned with their needs, while gamers and high-performance users will likely gravitate towards the Apevia.

Customer Feedback

While specific sales ranks or customer feedback are not disclosed, the distinct features of each power supply suggest varying target audiences. The Apevia SPIRIT600W may appeal to gamers and PC builders seeking reliability and performance, while the Arcity power supply caters to users looking for a budget-friendly option for simpler applications. Each product is designed to meet different customer needs, and users should consider their specific requirements when evaluating feedback and customer experiences.

Which should you buy?

Choosing between the Apevia SPIRIT600W and the Arcity power supply largely depends on your specific needs. If you require a high output for gaming or intensive tasks, the Apevia offers superior wattage and a greater variety of connectors, making it a robust choice for complex setups. However, if you are seeking an economical solution for low-power applications or DIY projects, the Arcity provides a budget-friendly alternative without compromising essential features. Ultimately, your choice should reflect the balance between your power needs and budget constraints.