CORSAIR WS3000 ATX 3.1 Fully Modular Workstation Power Supply

This power supply targets high-end workstation builds and professional systems. It follows the ATX 3.1 standard for modern components. Therefore, it supports recent GPUs and CPUs that need stable, high-current power. Additionally, modular cabling keeps builds neat and simplifies upgrades.

• ATX 3.1 compliant, so it supports modern motherboard and GPU power needs.
• Fully modular cables allow clean routing and easier maintenance.
• Includes support for 12VHPWR style connections for newer GPUs.
• Designed to deliver high continuous power for multi-GPU and heavy CPU workloads.
• High-efficiency design reduces wasted energy and lowers heat output.
• Robust electrical protections, including OVP, OCP, UVP, SCP, and OTP.
• Precision voltage regulation keeps sensitive components stable under load.
• Thermal-controlled fan keeps noise low during light loads.
• Cable set includes EPS, PCIe, SATA, and peripheral connectors for wide compatibility.
• Built for content creators, engineers, designers, and data professionals.

Therefore, this unit is ideal when performance and reliability matter most. Moreover, it gives headroom for future upgrades. Also, modular cables improve airflow and case aesthetics. Finally, its protections help guard expensive hardware from faults.

What you get in the box:

• Power supply unit, fully modular cable set, mounting screws, and user manual.
• Quick-start guides help installation and cable management.
• Warranty information is included with the packaging and varies by seller.

Technical note: specifications and connector counts vary by region and batch. Therefore, confirm exact pinouts, wattage, and efficiency with the official product sheet. Also, verify compatibility with your chassis and components before purchase.

Overall, this Corsair WS3000 power supply blends modern ATX 3.1 features, modular convenience, and workstation-grade stability. As a result, it suits professionals who need dependable, upgrade-ready power at a reasonable cost.