Apevia ATX-GX650W Galaxy 650W 80+ Gold Certified vs Lian Li SP750 V2 Gold

Price Comparison

The Apevia ATX-GX650W Galaxy is priced at $54.99, while the Lian Li SP750 V2 Gold is considerably more expensive at $124.99. This makes the Apevia about 56% cheaper than the Lian Li. The significant price difference raises questions about the features and performance each power supply offers relative to its cost. While both products are 80+ Gold certified, it's essential to consider what additional value the more expensive option provides.

Power Output and Efficiency

Apevia's Galaxy model offers a power output of 650 watts, while Lian Li's SP750 V2 provides 750 watts. This 100-watt advantage may be crucial for users with more demanding components or for future-proofing builds. Both power supplies are 80+ Gold certified, ensuring high energy efficiency, but the additional wattage from the Lian Li may allow for better performance under peak loads, especially in gaming or high-performance tasks.

Design and Modularity

The Apevia ATX-GX650W features a semi-modular design, allowing users to connect only the necessary cables. This design helps improve airflow and cable management within the case. On the other hand, the Lian Li SP750 V2 is fully modular, providing even greater flexibility by letting users customize their cabling setup entirely. This level of modularity can significantly enhance a build's aesthetic and airflow, making it a favorable choice for those who prioritize a clean look and optimal cooling.

Cooling Solutions

Cooling is a priority for both models, but they take different approaches. The Apevia features a 135mm thermally controlled fan that adjusts its speed based on temperature, balancing performance and noise levels. Meanwhile, the Lian Li incorporates a premium 92mm fluid dynamic bearing (FDB) fan, known for its quiet operation and durability. While both fans aim to minimize noise, the Lian Li's FDB fan technology often results in quieter performance, making it potentially better for noise-sensitive environments.

Compatibility and Connectivity

In terms of compatibility, the Apevia ATX-GX650W supports a range of connectors, including 1 x 20/24pin, 2 x P8 (4+4P), and multiple SATA and PCI-E connectors, ensuring it can cater to various system builds. The Lian Li SP750 V2 also boasts a native 12V-2x6 cable, enhancing its compatibility with modern graphics cards, especially those from the 50/40 series. This specialized connector can provide a clearer and more reliable connection for high-performance components, making the Lian Li a strong contender for builds featuring the latest technology.

Safety Features

Both power supplies come equipped with safety features designed to protect your hardware. The Apevia ATX-GX650W includes protections against short-circuits, over-voltage, and over-power situations, which are crucial for maintaining system integrity. The Lian Li SP750 V2 offers similar safety measures but adds a 10-year hardware protection warranty, which can provide peace of mind for users investing in high-performance builds. This extended warranty reflects Lian Li's confidence in their product’s reliability and longevity.

User Experience and Feedback

While there is no specific sales rank data available for either power supply, the pricing difference and feature sets suggest they target different user bases. The Apevia ATX-GX650W is better suited for budget-conscious gamers and builders looking for reliable performance without breaking the bank. In contrast, the Lian Li SP750 V2 appeals to enthusiasts who are willing to invest more for enhanced performance, modularity, and lower noise levels.

Which should you buy?

Choosing between the Apevia ATX-GX650W Galaxy and the Lian Li SP750 V2 Gold ultimately depends on your specific needs and budget. The Apevia is a cost-effective option, providing solid performance at $54.99, making it an excellent choice for entry-level builds or budget-conscious gamers. On the other hand, the Lian Li, at $124.99, offers additional power output, full modularity, and superior cooling capabilities, making it ideal for high-performance systems and those who value noise reduction and system aesthetics. Consider your priorities—whether it's budget or performance—when making your decision.