Deepcool PL750D 750W 80 PLUS Bronze Non-Modular Power Supply Review

Deepcool PL750D 750W 80 PLUS Bronze Non-Modular Power Supply Review

Table of Contents

Introduction

The Deepcool PL750D is a 750W non-modular power supply unit (PSU) that aims to provide reliable and efficient power for mid-range gaming PCs and everyday computing tasks. It boasts 80 PLUS Bronze certification, a 120mm Hydro Bearing fan, and a combination of active PFC and DC-to-DC technology. I’ve had the opportunity to put this PSU through its paces, and in this review, I’ll delve into its features, performance, and whether it’s worth considering for your next build.

Features

The Deepcool PL750D comes packed with features that cater to both budget-conscious and performance-oriented PC builders. Here’s a breakdown of its key aspects:

80 PLUS Bronze Certification

The 80 PLUS Bronze certification signifies that the PSU meets certain efficiency standards. This means it converts more of the input power into usable output, reducing energy waste and lowering your electricity bill. According to the certification, the PL750D delivers at least 85% efficiency at 50% load. While not the most energy-efficient rating, it still offers a decent balance between performance and cost-effectiveness.

Non-Modular Design

The PL750D adopts a non-modular design, which means all cables are permanently attached to the PSU. This can be considered a slight drawback for those who value cable management and prefer the flexibility of modular units. However, it also contributes to a more affordable price point.

120mm Hydro Bearing Fan

Deepcool equips the PL750D with a 120mm fan featuring a Hydro Bearing. This type of bearing is known for its quieter operation and longer lifespan compared to traditional sleeve bearings. The fan does a commendable job of keeping the PSU cool under load, with minimal noise levels even at full speed.

Active PFC + DC to DC

The PL750D incorporates both active PFC (Power Factor Correction) and DC-to-DC technology. Active PFC ensures better power factor efficiency, leading to reduced power consumption and improved stability. DC-to-DC technology enhances the regulation of voltage outputs, providing more stable power for sensitive components like the CPU and GPU.

Performance

I tested the Deepcool PL750D in a variety of scenarios, including gaming, video editing, and general productivity. Throughout my testing, the PSU consistently delivered stable power with no noticeable voltage sag or other issues. It handled demanding workloads with ease, providing sufficient power for even the most demanding components.

The 120mm fan remained relatively quiet even under heavy load, although it did become slightly noticeable at higher temperatures. This is a typical characteristic of non-modular PSUs, as they often have a single fan responsible for cooling the entire unit.

Pros & Cons

Pros:

  • Affordable price point for its power output
  • 80 PLUS Bronze certification for decent energy efficiency
  • Reliable performance for mid-range gaming and productivity tasks
  • Quiet operation thanks to the Hydro Bearing fan
  • Active PFC + DC to DC technology for enhanced stability and efficiency

Cons:

  • Non-modular design limits cable management options
  • Fan noise can be noticeable at higher temperatures

Final Verdict

The Deepcool PL750D is a solid power supply that offers a good balance of features and performance for the price. While its non-modular design may be a dealbreaker for some, its reliable power delivery, decent efficiency, and quiet operation make it a viable option for budget-conscious PC builders who aren’t overly concerned with cable management. Overall, I would recommend the Deepcool PL750D as a reliable and capable PSU for mid-range gaming and everyday computing.

Specifications

Specification Value
Type ATX12V V3.0
Product Dimensions 150×140×86mm (W x L x H)
Efficiency Certification 80Plus Bronze
Fan Size 120mm
Fan Bearing HYB (Hydro Bearing)
Topology Active PFC + DC to DC
Capacitors Chinese Electrolytic Capacitors
Power Good Signal 100-150ms
Hold Up Time ≥16ms
Efficiency ≥85% Under Typical Load (50% Loading)
Protection OPP/OVP/SCP/OTP/OCP/UVP/SIP/NLO
Operation Temperature 0 – 40℃
Regulatory CE/FCC/CCC/RCM/EAC/BIS/CAN ICES-003(B)/NMB-003(B)/TUV-RH
ErP Regulation ErP 2014
Environmental Protection WEEE/中国 RoHS/Triman/P65
MTBF 100,000 Hours