CYBERCORE II Modular Power Supply

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CYBERCORE II

BETTER THAN ULTIMATE

In light of the new Intel ATX 3.0 & ATX 3.1 design guide specifications, the XPG CYBERCORE 80 PLUS Platinum series is getting an upgrade. With stricter voltage and current regulation guidelines changes needed to be implemented in order to safely and efficiently accommodate next-generation hardware. XPG has even upgraded the CYBERCORE cooling solution with a top-of-the-line XPG VENTO PRO 120 PWM Fan by Nidec to deliver optimum performance. As always, XPG is determined to provide gamers with products that meet the latest hardware demands.

Next-Gen Ready

XPG CYBERCORE II series power supply units are compatible with Intel ATX 3.0 & ATX 3.1 design guide specifications. All units come with a 12VHPWR connector as well. Upgrade your system to an ATX 3.0 & ATX 3.1 ready power supply and be fully prepared for the next generation of high-performance components! Whether you're a gamer, creator, or AI developer, an ATX 3.0 & ATX 3.1 PSU is the new standard for future hardware. Don’t get left behind.

Supports Next-Gen Graphics Cards

XPG CYBERCORE II is compatible with the latest high-end graphics cards, with a 12VHPWR (12+4 pin) connector out of the box with every unit.

Cybenetics ETA PLATINUM and LAMBDA A- Certified

XPG CYBERCORE II series is certified by the highest Cybenetics quality standards.

All configurations have achieved ETA PLATINUM grade while still maintaining LAMBDA A- rating for the noise even with our most compact form factor, reaching A- with 230V for the 1300W version. This is a statement of our commitment to deliver the absolute best performance for all of our PC users.XPG CYBERCORE series is certified by the highest Cybenetics quality standards.

80 PLUS PLATINUM Efficiency

XPG CYBERCORE II series' efficiency achieves 92.91% 115VAC at 50% load (temperature at 25℃), delivering exemplary performance even by 80 PLUS PLATINUM standards.

XPG VENTO PRO 120 PWM FAN by Nidec

XPG CYBERCORE II is the latest XPG and Nidec collaboration, utilizing our highest tier XPG VENTO PRO 120 PWM Fan for its high cooling efficiency, featuring Dual Bearing and patented technology to maintain an excellent balance between noise and life expectancy (60,000 hours at 60℃).

Efficient Fan Curve

XPG CYBERCORE II series' fan curve is intelligently designed to prolong fan life expectancy and minimize fan noise.

All Japanese 105℃ Capacitors

XPG CYBERCORE II PLATINUM Series utilizes all-Japanese high quality 105℃ capacitors to ensure power delivery is stable, consistent and efficient.

Digital Control Panel in a Compact Form Factor

XPG CYBERCORE II PLATINUM PSU’s power delivery efficiency is optimized via Digital Control Panel. 

It controls, commands and optimizes power delivery’s efficiency and stability, ensuring the process is stable but also accurate, helping protects other components as well, all within such a compact form factor (LxWxH) 160x150x86mm, making it an extraordinary creation of a PLATINUM-grade power supply by XPG.

DC-to-DC Circuit Design

DC-to-DC Circuit design minimizes ripple noise, avoids unbalanced power load, and acts as a protective safeguard to components’ life expectancy. Ultimately, XPG CYBERCORE can achieve smooth and stable power delivery.

Interleaved PFC

XPG CYBERCORE II Interleaved PFC (Power Factor Correction) regulates and stabilizes voltage, and distributes power at its optimal efficiency, leveraging 2 chokes that alternate each other, reducing power loss during conversion. 

XPG CYBERCORE II series' PFC is Active, meaning it provides more efficient power efficiency, automatically correcting AC input voltage (full range).

8 Industrial Protections with 10-Year Warranty

XPG CYBERCORE II is protected by 8 industrial-level mechanisms and backed up by a 10-Year Warranty to ensure the safety and stability of both the unit and the system.

PEAK PERFORMANCE AND RELIABILITY

All XPG ATX 3.0 and ATX 3.1 power supplies are designed to support up to 235% power excursion, enabling the system to handle sudden power spikes, ensuring stability, and preventing crashes during intense workloads like gaming, rendering, and data processing.