Geometric Future Alpha PSU Launches: 80 PLUS Platinum ATX 3.1 for $108

Geometric Future introduced the Alpha power supply series on August 12, 2024, offering a high-efficiency option for builders who prioritize reliability and modern connector standards. The launch matters because the units carry 80 PLUS Platinum certification and support the ATX12V 3.1 specification, which includes native 12V-2×6 outputs for newer graphics cards. This combination allows users to build systems that meet strict efficiency targets without relying on adapter cables for power delivery.

Platinum efficiency and native 12V-2×6 connectors for modern builds

The Alpha series arrives in a standard ATX form factor and features a fully modular cable design. Each unit utilizes a 120mm fluid dynamic bearing fan to manage thermal output during operation. Geometric Future equipped the power supplies with Japanese electrolytic capacators rated for 105 degrees Celsius to ensure stable performance under load.

Specifications

• Certification: 80 PLUS Platinum
• Form Factor: ATX
• Modularity: Fully Modular
• Standards: ATX12V 3.1
• Warranty: 10 Years

The lineup includes three wattage tiers: 850W, 1000W, and 1200W. The company claims a mean time between failures of 100,000 hours for the series. Buyers can choose from three color-block aesthetic options, including black and yellow, black and green, or white and grey finishes to match their case builds.

Pricing for the Alpha series starts at 729 CNY (around $108) for the 850W model. The 1000W version costs 849 CNY (around $126), while the top-tier 1200W unit is listed at 959 CNY (around $142). All three models come with a 10-year warranty and became available in China on the announcement date.

Geometric Future positions the Alpha series as a cost-effective entry into the high-efficiency ATX 3.0/3.1 market. The inclusion of native 12V-2×6 connectors and 80 PLUS Platinum efficiency distinguishes these units from older 80 PLUS Gold alternatives. The 10-year warranty further reinforces the manufacturer’s confidence in the component’s durability.