Have you ever wondered what kind of power supply units (PSUs) other people choose for their custom-built PCs, or which specifications are considered important?
To answer these questions, this article summarizes various data based on the parts selected using the “Custom PC Parts Estimation and Compatibility Check Tool” that I have developed and manage.
The article includes graphs showing the popularity ranking, price range, manufacturers, and the percentage of selections by different specifications and features of power supply units. This should help provide an overall understanding of power supply units for custom PCs.
In addition to power supply units, there is also analysis of other PC parts and custom PC builds, so please check that out as well.
– The data is based on information from the Custom PC Tool.
– Data period: From 2024/5/9 to 2024/08/09 (about 3 months)
– Number of data entries: About 5,000
– The vertical axis of the graphs shows the selection rate by users
– For better readability, the graphs focus on the main volume zones, so the total may not add up to 100%.
Select PC parts and online stores to instantly generate an estimate, check compatibility, and calculate power requirements. You can save up to five different builds, making it easy to try out multiple configurations.
≫ Tool:PC Parts Estimation & Compatibility Check Tool
Table of Contents
Basic Data on Power Supply Units
First, let’s look at the most interesting points such as popularity ranking, manufacturers, and price ranges.
Power Supply Unit Popularity Ranking
1 | ![]() | MSI MAG A650BNL |
5.1% | ||
2 | ![]() | 玄人志向 KRPW-GA850W/90+ |
3.8% | ||
3 | ![]() | ENERMAX REVOLUTION D.F. 12 ETV850G |
3.5% | ||
4 | ![]() | 玄人志向 KRPW-BR650W/85+ |
3.4% | ||
5 | ![]() | DEEPCOOL PK650D R-PK650D-FA0B-JP |
2.4% | ||
6 | ![]() | 玄人志向 KRPW-BK750W/85+ |
2.2% | ||
7 | ![]() | MSI MAG A850GL PCIE5 |
2.1% | ||
8 | ![]() | Corsair RM850e ATX 3.0 CP-9020263-JP |
2% | ||
9 | ![]() | 玄人志向 KRPW-BK650W/85+ |
2% | ||
10 | ![]() | 玄人志向 KRPW-L5-400W/80+/REV2.0 |
1.8% | ||
11 | ![]() | Thermaltake SMART 600W STANDARD PS-SPD-0600NPCWJP-W |
1.7% | ||
12 | ![]() | 玄人志向 KRPW-GA850W/90+/WHITE |
1.7% | ||
13 | ![]() | DEEPCOOL PX850G R-PX850G-FC0B-JP |
1.7% | ||
14 | ![]() | MSI MAG A750GL PCIE5 |
1.7% | ||
15 | ![]() | NZXT C Goldシリーズ C1000 PA-0G1BB-JP |
1.7% | ||
16 | ![]() | 玄人志向 KRPW-L5-600W/80+/REV2.0 |
1.6% | ||
17 | ![]() | 玄人志向 KRPW-GA750W/90+ |
1.6% | ||
18 | ![]() | Corsair CX750 2023 CP-9020279-JP |
1.4% | ||
19 | ![]() | MSI MAG A850GL PCIE5 WHITE |
1.4% | ||
20 | ![]() | 玄人志向 KRPW-GK750W/90+ |
1.4% | ||
21 | ![]() | 玄人志向 KRPW-GA1000W/90+ |
1.3% | ||
22 | ![]() | Corsair CX650 2023 CP-9020278-JP |
1.3% | ||
23 | ![]() | ANTEC NeoECO Gold NE750G M |
1.3% | ||
24 | ![]() | Thermaltake SMART 500W STANDARD PS-SPD-0500NPCWJP-W |
1.2% | ||
25 | ![]() | Corsair RM850x Shift White CP-9020274-JP |
1.2% | ||
26 | ![]() | 玄人志向 KRPW-L5-500W/80+/REV2.0 |
1.2% | ||
27 | ![]() | Corsair RM750x Shift White CP-9020273-JP |
1.2% | ||
28 | ![]() | MSI MAG A1000GL PCIE5 |
1% | ||
29 | ![]() | ASUS Prime 750W Gold AP-750G |
1% | ||
30 | ![]() | NZXT C1200 Gold PA-2G1BB-JP |
1% | ||
31 | ![]() | ADATA XPG PYLON 750W PYLON750B-BKCJP |
1% | ||
32 | ![]() | COUGAR GEX X2 850 |
1% | ||
33 | ![]() | Corsair CX550 2023 CP-9020277-JP |
0.9% | ||
34 | ![]() | Corsair RM750e ATX 3.0 CP-9020262-JP |
0.9% | ||
35 | ![]() | ANTEC NeoECO Gold NE850G M ATX 3.0 |
0.9% | ||
36 | ![]() | Seasonic FOCUS-GM-750S |
0.8% | ||
37 | ![]() | MSI MPG A1000G PCIE5 |
0.8% | ||
38 | ![]() | Thermaltake TOUGHPOWER GF1 GOLD 1000W PS-TPD-1000FNFAGJ-1 |
0.8% | ||
39 | ![]() | 玄人志向 KRPW-BK550W/85+ |
0.8% | ||
40 | ![]() | 玄人志向 KRPW-PK1000W/92+ |
0.7% | ||
41 | ![]() | Corsair RM1000e ATX 3.0 CP-9020264-JP |
0.7% | ||
42 | ![]() | ADATA XPG CORE REACTOR COREREACTOR650G-BKCJP |
0.6% | ||
43 | ![]() | SILVERSTONE SST-VA650-G |
0.6% | ||
44 | ![]() | ZALMAN WATTTERA 700W ZM700-EBTII |
0.6% | ||
45 | ![]() | Corsair RM1000x Shift White CP-9020275-JP |
0.6% | ||
46 | ![]() | Corsair RM850x SHIFT CP-9020252-JP |
0.6% | ||
47 | ![]() | ANTEC NeoECO Gold NE1000G M WHITE ATX 3.0 |
0.6% | ||
48 | ![]() | ENERMAX REVOLUTION D.F. 12 ETV850G-W |
0.5% | ||
49 | ![]() | SILVERSTONE SST-VA750-G |
0.5% | ||
50 | ![]() | ANTEC NeoECO Gold NE650G M |
0.5% |
Power Supply Unit Manufacturers
There are many power supply unit manufacturers, but among them, Kuroutoshikou, Corsair, and MSI are the most popular, followed by well-known brands like Thermaltake and DeepCool, which most custom PC users have heard of.
The top three manufacturers account for 55% of the total. Kuroutoshikou is chosen by one in four users, while Corsair and MSI are each selected by about one in six or seven users.
Power Supply Unit Price Range
The main price range for power supply units is under 30,000 yen.
If cost performance is important, a price under 15,000 yen is a good target.
If you want more certifications, features, or cables, the price will usually be around 20,000 to 30,000 yen.
Power Supply Unit Form Factor
The main power supply unit form factors are ATX, SFX, and SFX-L, but ATX is overwhelmingly popular.
Although the graph shows models that support multiple form factors separately, ATX alone accounts for over 95% of the total.
SFX and SFX-L are convenient for compact PC cases, but they make up only about 2% of the total, so they are not very popular.
≫ Related article: What are Power Supply Unit Standards? Explanation of Features, Sizes, and Points to Note When Choosing
Power Supply Unit Capacity
When choosing a power supply unit, capacity is important. The most commonly selected capacities are 650W, 750W, 850W, and 1000W, which together account for about 80% of the total.
The graphics card and CPU are the main components that use a lot of power in a custom PC. Deciding on these two first and estimating the required power supply capacity will make it easier to choose a PSU.
There are also guides on how to calculate power supply capacity and a power consumption calculator, so be sure to use them.
Data by Power Supply Unit Specifications and Features
Next, let’s look at the data by specification and feature.
However, when choosing a power supply unit, the main criteria are usually capacity, certification, modular support, and price. Therefore, it is likely that the selected part just happened to have certain features or specifications, rather than being chosen specifically for those features.
In other words, it is difficult to distinguish whether a part was chosen for a specific feature, or if it was just a result of the main selection criteria. Please keep this in mind when reviewing the data.
Power Supply Unit 80PLUS Certification
The 80PLUS certification shows the power conversion efficiency of a PSU. GOLD and BRONZE are the most popular certifications.
These two account for about 85% of the total, and are recommended because they are also affordable.
There are also higher efficiency certifications like PLATINUM and TITANIUM, which can save a little more electricity.
However, the price of the PSU itself increases a lot, so it is not always cost-effective to pursue the highest certification.
Power Supply Unit ETA Certification
ETA certification also shows conversion efficiency, similar to 80PLUS, but it evaluates efficiency in more detail.
GOLD and PLATINUM make up over 90% of the certified units, which seems popular at first glance.
However, only about 30% of all PSUs have ETA certification, and among those, 85% are GOLD or PLATINUM. So naturally, these two have high selection rates.
Compared to the 95% certification rate for 80PLUS, ETA certification is less common. This may be because the cost to obtain ETA certification is high.
When manufacturers decide which models to certify, it makes sense to focus on the mid-range products that sell the most, as this gives the best cost performance.
For mid-range models, GOLD and PLATINUM are the typical certifications, which is likely why these two are so common.
There are fewer BRONZE and SILVER certified units, but for users who prioritize low price over certification, it may be better not to get certified and instead reflect the savings in the price.
Power Supply Unit LAMBDA Certification
LAMBDA certification measures noise in decibels (dB) and evaluates the noise level of the PSU.
STANDARD+, A-, and A are the most popular, making up 75% of the total.
STANDARD+ means a noise level of 35dB or more but less than 40dB, which is a standard level for PC noise.
If quiet operation is important for a custom PC, “A-” (25dB or more, less than 30dB) or “A” (20dB or more, less than 25dB) are good choices.
For details on noise requirements by grade, refer to LAMBDA certification.
Power Supply Unit Modular Support
About 70% of users choose power supply units that support modular cables.
Personally, I expected it to be about half, so this was a bit surprising. It may show that many users want to avoid cable clutter or keep the inside of the case tidy during assembly.
≫ Related article: What is a Modular Power Supply Unit? Explanation of Features, Advantages, and Disadvantages
Power Supply Unit Semi-Fanless Feature
The semi-fanless feature stops the fan at low loads, which improves quietness, saves power, and extends fan life.
About 45% of products support semi-fanless, and the selection rate matches this, so this feature may not be a major factor for most users.
≫ Related article: What is Semi-Fanless? Improving Quietness at Low Loads
Summary: Power Supply Unit Statistics
This article summarized the popularity ranking, price range, manufacturers, and the percentage of selections by different specifications and features of power supply units using graphs.
The most popular power supply unit manufacturers are Kuroutoshikou, Corsair, MSI, Thermaltake, and DeepCool, with most units priced under 20,000 yen.
There are several form factors, but almost all users choose ATX. The most common capacities are 650W, 750W, 850W, and 1000W.
For a mid-range CPU and GPU build, 650W or 750W is usually enough. For high-end builds, 850W or 1000W should be considered.
In addition to power supply units, there is also analysis of other PC parts and custom PC builds, so please check that out as well.
Select PC parts and online stores to instantly generate an estimate, check compatibility, and calculate power requirements. You can save up to five different builds, making it easy to try out multiple configurations.
≫ Tool:PC Parts Estimation & Compatibility Check Tool