Corsair HX1000i Fully Modular Ultra-Low Noise ATX vs SAMA White 650W Power Supply - Fully Modular 80
Updated August 2026 — Corsair HX1000i Fully Modular Ultra-Low Noise ATX leads on efficiency and noise level.
The Corsair HX1000i offers superior efficiency, build quality, and software features, making it the better choice for high-performance systems. The SAMA White is a budget-friendly option for mid-range builds.
Why Corsair HX1000i Fully Modular Ultra-Low Noise ATX is better
Efficiency
Corsair has 80 Plus Platinum rating vs Gold for SAMA
Warranty
Corsair offers a 10-year warranty vs 5 years for SAMA
Software
Corsair includes iCUE software for customization
Why SAMA White 650W Power Supply - Fully Modular 80 is better
Price
SAMA is significantly cheaper at $62.99 vs $234.99
Basic Functionality
SAMA meets modern standards for budget builds
Size
SAMA is smaller and lighter, suitable for compact builds
Overall score
Specifications
| Spec | Corsair HX1000i Fully Modular Ultra-Low Noise ATX | SAMA White 650W Power Supply - Fully Modular 80 |
|---|---|---|
| Certification | 80 Plus Platinum | 80 Plus Gold |
| Modular Design | Fully Modular | Fully Modular |
| Cooling Fan | FDB 140mm | FDB 120mm |
| Software | iCUE Compatible | None |
| Capacitors | Japanese 105°C | Premium Japanese |
Dimension comparison
Pricing
The Corsair HX1000i is priced at $234.99, while the SAMA White 650W Power Supply is significantly more affordable at $62.99. This means the Corsair option is approximately 273% more expensive than the SAMA power supply. For budget-conscious consumers or those building a more modest system, the SAMA power supply presents a compelling value proposition. However, the higher price of the Corsair unit may reflect its premium features and certifications, appealing to enthusiasts looking for top-tier performance and reliability in their builds.
Efficiency Ratings
When it comes to efficiency, the Corsair HX1000i boasts an impressive 80 Plus Platinum rating, indicating it can achieve over 92% efficiency at typical loads. In contrast, the SAMA White has an 80 Plus Gold rating, achieving up to 91.15% efficiency at 50% load. While both power supplies offer high efficiency, the Corsair's Platinum rating suggests it will waste less energy, potentially lowering long-term electricity costs. This efficiency advantage makes the Corsair a more appealing choice for users who prioritize energy savings and sustainability in their systems.
Modular Design
Both power supplies feature a fully modular design, allowing users to connect only the cables necessary for their system. However, the Corsair HX1000i emphasizes streamlined cable management with its design, making it easier to achieve a clean and tidy build. The SAMA White also features flat cables that simplify cable management, ensuring optimal airflow and cooling performance. While both products excel in this area, the Corsair's additional focus on ease of use might make it preferable for those who frequently upgrade or modify their setups.
Cooling Solutions
The Corsair HX1000i utilizes a 140mm fluid dynamic bearing fan designed for ultra-low noise operation, contributing to its reputation for quiet performance. On the other hand, the SAMA White is equipped with a 120mm ECO fan that also features fluid dynamic bearing technology, ensuring quiet operation with noise levels as low as 20dB-A. While both fans prioritize quietness, the larger fan in the Corsair may provide better cooling efficiency, especially under heavy loads. Users who value a silent operation will find both options appealing, but the Corsair might have the edge in maintaining lower temperatures during intense usage.
Compatibility
Both power supplies are compliant with the latest ATX 3.1 and PCIe 5.1 standards. This ensures that they can support high-end components, including the latest GPUs like the RTX 30 and 40 series. The Corsair HX1000i offers the added advantage of Intel ATX 3.1 certification, which may provide additional peace of mind for users who want to ensure compatibility with the latest technology. While both units are capable of powering modern gaming rigs, the Corsair's additional compliance may make it a more future-proof choice for enthusiasts planning to use cutting-edge hardware.
Build Quality and Reliability
The Corsair HX1000i is built with Japanese 105°C-rated electrolytic capacitors, which contribute to its long life and reliability. It also comes with a ten-year warranty, underscoring its durability. In contrast, the SAMA White features premium Japanese capacitors as well, backed by a five-year warranty. While both power supplies are built with quality components, the longer warranty on the Corsair may reflect its higher-end positioning and reliability expectations. Users looking for longevity and confidence in their power supply may prioritize the Corsair for its extended warranty and robust build quality.
Software Features
The Corsair HX1000i stands out with its powerful CORSAIR iCUE software compatibility, allowing users to create custom fan curves, monitor power settings, and adjust overcurrent protection on the fly. This level of control and customization is particularly beneficial for enthusiasts who want to optimize their system’s performance and cooling. The SAMA White lacks any mentioned software features, focusing instead on its hardware capabilities. For users who value software integration and the ability to fine-tune their system settings, the Corsair offers a significant advantage in this area.
Which should you buy?
Choosing between the Corsair HX1000i and the SAMA White 650W Power Supply ultimately depends on your specific needs and budget. If you are building a high-performance system and are willing to invest in a more expensive unit with superior efficiency, longer warranty, and advanced software features, the Corsair HX1000i is the clear choice. However, if you are looking for a cost-effective power supply that still meets modern standards and provides reliable performance for mid-range builds, the SAMA White is a solid option. Consider your priorities—whether they lean towards performance and longevity or budget and basic functionality—before making your final decision.

