DeepCool GamerStorm PN1000M 1000W 80 Plus Gold ATX 3.1 Fully Modular Power Supply – R-PNA00M-FC0B-JGUS

Next-Gen Readiness with Native ATX 3.1 Architecture

Solidify the foundation of your extreme PC build with the DeepCool GamerStorm PN1000M, a fully modular, high-capacity power supply precision-engineered to meet the grueling demands of tomorrow’s hardware. Officially compliant with Intel’s latest ATX 3.1 standard, this premium PSU is purposefully designed to mitigate the threat of random power spikes. By possessing the robust capability to output twice your total system power for a critical 0.1 milliseconds, the PN1000M guarantees that aggressive, instantaneous power excursions from elite processors and graphics cards will never destabilize your system. Enjoy stable, consistent power for your current rig, with the absolute confidence that you are future-proofed for next-generation upgrades.

Graceful Gold Efficiency and Rock-Solid Reliability

True performance requires exceptional efficiency, and the PN1000M delivers by earning the highly sought-after 80 PLUS Gold certification, along with a Cybenetics Gold rating. This verifies an outstanding electrical conversion rate of 90% or higher under typical 50% load scenarios. By drastically reducing wasted electricity and minimizing thermal output, this power supply keeps your system cool and lowers operational costs. Trust in your system’s stability is secured internally by a premium Japanese bulk electrolytic capacitor paired with an Active PFC, a Half Bridge SRC LLC, and an advanced DC-to-DC topology. This phenomenal engineering enables a massive hold-up time of 16 milliseconds or greater, even when pushing a demanding 80% system load, protecting your vital components against unpredictable grid micro-drops. It’s built tough enough to operate flawlessly at altitudes up to 5,000 meters above sea level.

Massive Native PCIe 5.1 Power with Sleeved Cables

Fueling the most power-hungry modern graphics cards is effortless and safe. The DeepCool PN1000M natively supports modern PCIe 5.1 connectivity by featuring a dedicated, ultra-high-grade 12V-2×6 power cable. Engineered with insulated 16AWG copper-core wiring that is fully 105-degree Celsius resistant, this direct connection comfortably and safely provides up to a staggering 600W of pure power delivery to your GPU. This completely eliminates the need for bulky and potentially unreliable adapter dongles. Elevating the build experience, DeepCool includes beautifully pre-sleeved modular cables straight out of the box, offering a high-end aesthetic upgrade that dramatically improves your chassis airflow and simplifies cable management.

Dynamic FDB Cooling in a Compact 150mm Footprint

Despite housing 1000 watts of relentless power, the PN1000M boasts a remarkably compact form factor, measuring just 150x150x86mm. This brilliant engineering ensures flawless fitment into the vast majority of modern ATX cases, freeing up vital internal space for intricate water-cooling loops or improved system airflow. Active thermal management is expertly handled by a highly sophisticated 135mm Fluid Dynamic Bearing (FDB) fan. This intelligent cooling solution dynamically adjusts its rotational speed in real-time based on the precise internal thermal needs of the power supply, striking the perfect balance between high-performance heat dissipation and whisper-quiet acoustic operation.

Comprehensive Industrial-Grade System Safeguards

Protecting your valuable hardware investment is DeepCool’s absolute priority. The PN1000M surrounds your system with an impenetrable array of industrial-grade electrical safeguards that react instantaneously to anomalies. The unit features built-in Over Power Protection (OPP), Over Voltage Protection (OVP), Short Circuit Protection (SCP), Over Temperature Protection (OTP), Over Current Protection (OCP), Under Voltage Protection (UVP), No Load Operation (NLO), and Surge & Inrush Protection (SIP). Backed by an industry-leading 10-year limited warranty, the PN1000M offers the ultimate peace of mind for a full decade of elite computing performance.