GIGABYTE Aorus Elite 850W Platinum ICE Fully Modular Smps

Features:

• ATX 3.1 and PCIe Gen 5.0 ready
• 80 PLUS Platinum certified
• 100% Japanese capacitors
• 120mm smart Fluid Dynamic Bearing (FDB) fan
• Compact design
• Fully modular design
• Powerful single +12V rail
• OVP/OPP/SCP/UVP/OCP/OTP protection
• 10 years warranty

ATX 3.1 and PCIe Gen 5.0 ready

The AE850PM PG5 ICE can sustain power excursions of up to 3 times the GPU power and 2 times the total power. It's fully compliant with the Intel ATX 3.1 standard, supporting up to 200% power excursions and achieving 70% efficiency at low loads. Additionally, the included high-quality, native 16-pin cable ensures compatibility with PCIe Gen 5.0 graphics cards, delivering up to 600 watts of power.

AORUS magnetic plate design

The unique AORUS magnetic plate can be attached to different sides of the power supply based on the user’s preference, presenting the best visual effect from any angle. Additionally, while the plate being moved on the case, its neon color printing with metallic sheen creates solid and hollow special effects for the AORUS logo.

80 PLUS Platinum certified

80 Plus Platinum certified ensures to deliver 92% efficiency at 50% load. The better power efficiency leads to less power waste, less heat and less fan noise.

100% Japanese capacitors

All capacitors are high quality Japanese capacitors, to produce the efficient performance and to ensure the longer reliability.

120mm smart Fluid Dynamic Bearing (FDB) fan

High-performance Fluid Dynamic Bearing fan uses oil film shock absorption technology to effectively reduce noise, making it quieter than conventional sleeve fan and providing more than twice the lifespan. In addition, the fan speed is adjusted according to the automatic power detection and stops when the system is idle or under low load (less than 50% load).

Compact design

GIGABYTE's engineering expertise in heat dissipation and material selection has shrunk the length of the power supply to an impressive 140 mm, ensuring compatibility with even space-constrained chassis.