Cooler Master X Mighty 2000 2000W 240V Power Supply / Infineon CoolMOS for high efficiency / Silent zero-RPM cooling fan / Dual 12V-2x6 connectors / Aluminum Thermal Mold / MPS-K001-AFBP-NBEU / MPS-K001-AFBP-NBEU + FREE DELIVERY !

The Cooler Master X Mighty 2000 delivers 2000W of power output at 240V, sized for high-demand gaming systems, professional workstations and server setups. Infineon CoolMOS technology handles efficiency with minimal energy loss, while a silent zero-RPM cooling fan keeps noise down and still manages thermal performance. Dual 12V outputs, multiple connectors and an aluminium thermal mold support E-ATX and other high-performance configurations, from multi-GPU rigs to video editing and mining systems.

The X Mighty combines industrial-grade IC components with an advanced interleaved PFC topology, which is what holds power delivery clean and stable at this wattage. Interleaving splits the power factor correction stage so ripple and stress are shared rather than concentrated. That design choice is aimed squarely at AI, workstation and high-end gaming systems that hold near-full load for hours.

Dual 12V-2x6 connectors let the unit feed two graphics cards directly, which is the configuration used for AI training and machine learning workloads as well as dual-GPU gaming rigs. Both connectors are native to the supply rather than adapted from 8-pin feeds. That is the specification to check first if a dual-card build is the reason you are looking at 2000W.

The connectors are colour-coded in black and purple so each cable goes into the socket it belongs in during installation. On a supply with this many outputs, a mis-seated cable is the most common and most expensive mistake a builder can make. Colour coding removes the guesswork without needing the manual open on the desk.

A premium Infineon chipset, including CoolMOS switching technology, drives consistent power delivery and long-term operational stability under sustained high loads. Component choice at this level is what separates a supply that holds voltage for years from one that drifts. It also underpins the unit's efficiency, since less energy is lost as heat in the switching stage.

An integrated active bridge rectifier architecture raises efficiency and maintains voltage stability across demanding AI and server workloads. Replacing passive rectification cuts the losses that would otherwise become heat inside the housing. For a machine running training jobs overnight, steady voltage is the difference between a completed run and a crash.

A premium aluminium housing and thermal mold pull heat away from the internals and add durability to the shell, keeping temperatures low even at full load. Working with that, the silent zero-RPM cooling fan stays stopped at lower loads and only spins when the thermal load calls for it. The result is a 2000W supply that is quiet at idle rather than always audible.

High-end Japanese electrolytic capacitors give long-lasting performance and minimise electrical noise for quiet operation. Integrated PMBus support adds real-time power monitoring and diagnostics, the kind of enterprise-grade control used in data centres and AI labs. That makes the unit readable by software rather than a black box you only notice when it fails.