DEEPCOOL PSU PN850D 80PLUS GOLD, ATX3.1, PCIE 5.1, Non- Modular

DEEPCOOL PSU PN850D 80PLUS GOLD Description & Specifications:

The DeepCool  PN750D is a reliable and stable non-modular power supply, built to meet the needs of high-performance PCs. This PSU complies with Intel 3.1 & PCIe 5.1 standards. With its efficient cooling mechanism, certification and high quality build, you can perform your level best without worrying about power delivery.

Supports Intel ATX 3.1 & PCIe 5.1:

DEEPCOOL PSU PN850D 80PLUS GOLD is designed to support the latest Intel ATX 3.1 and PCIe 5.1 standards, making this PSU compatible with next-generation CPUs and GPUs alike. This non-modular PSU provides stable and reliable performance so you can multitask easily.

12V-2×6 Connector for Simplified Power Delivery:

A 12V-2×6 connector is included which simplifies the power delivery to high-end graphics cards. DEEPCOOL PSU PN850D 80PLUS GOLD eliminates the need for bulky adapters. Also comes with two EPS connectors for CPUs and three PCIe connectors for multiple graphics card or expansion cards.

80 PLUS Gold Certified Efficiency:

Check DEEPCOOL PN850D 80PLUS GOLD price at Mindtech. This PSU is certified with 80 PLUS Gold, which means that it is built to provide improved power efficiency. This PSU operates with at least 87% efficiency at 20% load, 90% efficiency at 50% load and 87% efficiency at 100% load. Reduces waste generation, lower temperatures and silent performance while also lowering your electricity costs.

Hydro Bearing Fan — Efficient Cooling:

DEEPCOOL PN850D is built to provide optimal cooling efficiency as it’s equipped with a hydro bearing fan. This fan increases airflow to the high-performance components, keeping them cool even under high pressure. Keep the noise levels maintained so you can enjoy cooling performance with low noise levels.

750W for Demanding Components:

With DEEPCOOL 80PLUS GOLD, you would be getting an outstanding 70W wattage. It translates to DEEPCOOL 80PLUS GOLD providing enough power for the demanding components so that they can perform efficiently with stable power delivery.