Best Power Supply for GTX 1080 Ti in 2022
Our Recommended
ROSEWILL Gaming 80 Plus Gold 650W
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The ROSEWILL Gaming 80 Plus Gold 650W is our top product option on this list, and our pick for the overall best power supply for the GTX 1080 ti. It is highly recommended and highly well-reviewed, making it a reliable purchase. It’s an excellent power supply that provides the best possible performance for your gaming needs, and that also ensures a stable supply for a smooth gaming experience.
It features an Intelligent Thermal Operation, that utilizes a silent 135 mm fan with an auto fan speed control, ensuring there is enough airflow to stop the power supply from ever overheating. This power supply also delivers over 90% higher efficiency when it comes to its performance, and it is able to do so for a long time, as it is also incredibly durable. It features excellent protections against short-circuiting, over-voltage, over-current, and many more, making it very unlikely for it to ever fail.
It is also completely FCC and CE certified, as well as operating for less heat and lower operating costs. The product also comes with a 5-year warranty to guarantee the system performance, and to resolve any issues that might arise with it.
Corsair CX Series 650 Watt 80 Plus Bronze
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The Corsair CX Series 650 Watt 80 Plus Bronze, is not only an excellent power supply option in regards to performance and reliability, but it is also highly convenient thanks to its universal compatibility. And as an 80 Plus Bronze certified product, it delivers high efficiency for less heat and a lower operating cost.
It features a Thermally Controlled Fan that operates completely silent, at both low and medium loads. And it has an impressive amount of MTBF hours of 100 thousand. The operation is smooth and stable, designed for an enhanced gaming experience. It is also semi-modular so that you can easily upgrade the build whenever you want.
The modular cabling system allows you to only use the cables needed for your specific setup, with the rest being put away so that they don’t get in the way, cause clutter, or lead to overheating. The Corsair is also known for having a discreet and high-tech appearance that is very appealing, and it comes with a 5-year warranty for a reliable guarantee of its operation.
EVGA SuperNOVA Platinum
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The EVGA SuperNOVA 650 P2 80+ PLATINUM has one of the best performances amongst power supplies. The platinum-rated efficiency that it showcases provides you with a consistent amount of power, to every component needed, ensuring a stable and smooth gaming experience.
It features an ECO control fan system that is completely silent while operating, that is able to maximize efficiency to keep the airflow adjusted to what is needed so that the power supply doesn’t overheat. It also comes with plenty of protections, such as overcurrent protection, short-circuiting protection, and many more. It has an incredible level of efficiency and is ideal for the GTX 1080 ti.
The EVGA is also built with 100% Japanese style capacitors and these are what ensure a long-term efficiency, for a reliable performance that will last for a far longer time than average. It’s great value, and definitely one of the best power supply options.
Thermaltake Toughpower PF1 750W 80+ Platinum
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The Thermaltake Toughpower PF1 750W 80+ Platinum is yet another product option that delivers Platinum-rated efficiency, reliable quality, and the best operation possible. It is optimized to work with all generations of Intel’s processors, and it functions with maximum energy-saving performance. It also offers better chassis compatibility thanks to the compact design.
It features a self-lubricating hydraulic fan, with superior cooling performance and an almost completely silent operation. The fan speed is auto-regulated based on the power consumption so that it saves energy while efficiently preventing any overheating. It has also been designed so that the SMD’s sit on top, meaning there is less heat accumulation at the bottom, overall improving the airflow, for a smooth and stable performance.
It has been built with 100% Japanese capacitors, for guaranteed and reliable performance, of the highest efficiency. It also has voltage regulation, to ensure it’s working smoothly at all times, and comes with many protections such as short-circuit protection and over-current protection.
Seasonic FOCUS GX-750 80+ Gold
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Last but not least on our list of top picks, we have the Seasonic FOCUS GX-750 80+ Gold power supply, ideal for the GTX 1080 ti. It’s designed with a compact size, fitting all ATX systems. It is also a fully modular design, so you only have to use the cables you need, storing away the rest to reduce clutter, and to maximize the airflow. These design choices definitely help it function at maximum efficiency, for better overall performance.
As an 80 plus gold, it is extremely eco-friendly and doesn’t use up any unnecessary energy, which in turn also reduces operating costs. It features a premium hybrid fan control, with completely silent operation, and a completely customizable cooling system to ensure it’s working in the best way possible.
It’s easy to operate, and it features an amazing build that is reliable, durable, and ideal for a smooth and stable power supply throughout all your gaming needs. The product also comes with an impressive 10-year worry-free warranty, so that you’re covered in the case that anything goes wrong.
Choosing the Best PSU for Nvidia’s GeForce GTX 1080 Ti GPU
Learn about what to look for when choosing a power supply for Nvidia’s GeForce GTX 1080 Ti GPU.
In this article, I’ll go over the things you should consider when choosing a power supply for your computer with an Nvidia GeForce GTX 1080 Ti graphics card.
Check out my Recommended Power Supplies for GTX 1080 Ti GPUs below.
Best 750–1000 Watt PSU
Seasonic Prime TX-750
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Best 450–750 Watt PSU
Corsair SF Series 80+ Platinum Fully Modular Power Supply
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How to Choose a Power Supply for the GTX 1080 Ti GPU
The main job of a power supply is to convert the alternating current (AC) from your wall outlet into the direct current (DC) needed by the components inside your computer.
Power Output
An important factor when buying a PSU is the supported wattage.
You can estimate your power needs by using the following chart.
Component | Peak Power Usage |
---|---|
GTX 1080 Ti GPU | 250 W |
Top-Tier CPU (e.g., Intel Core i9 12900K) | 241 W |
Mid-Tier CPU (e.g., Intel Core i5 12600K) | 150 W |
Motherboard | 80 W |
Optical Drive | 30 W |
3.![]() |
9 W |
M.2 or 2.5″ SSD | 9 W |
140 mm Case/CPU Fan | 6 W |
120 mm Case/CPU Fan | 6 W |
80 mm Case/CPU Fan | 3 W |
By adding up these numbers, you can estimate peak power usage. Check out the top-tier and mid-tier example builds below.
It’s generally a good idea to add a 100–150 W buffer to your expected usage. This buffer will give you some flexibility in case of miscalculations and will allow you to add more drives, fans, or add-in cards in the future.
In most cases, buying a little more wattage than you need is a safer choice for ensuring system stability.
Don’t forget to account for the additional power required for overclocking if you intend to overclock your CPU or GPU. Overclocking could require roughly an extra 50–100 W, depending on how much you overclock these devices.
Check another Nvidia GPU:
GeForce RTX 3090 Ti GeForce RTX 3090 GeForce RTX 3080 Ti GeForce RTX 3080 GeForce RTX 3070 Ti GeForce RTX 3070 GeForce RTX 3060 Ti GeForce RTX 3060 GeForce RTX 3050 TITAN RTX GeForce RTX 2080 Ti GeForce RTX 2080 Super GeForce RTX 2080 GeForce RTX 2070 Super GeForce RTX 2070 GeForce RTX 2060 Super GeForce RTX 2060 GeForce GTX 1660 Ti GeForce GTX 1660 Super GeForce GTX 1650 Super GeForce GTX 1650 TITAN X Pascal TITAN Xp GeForce GTX 1080 Ti GeForce GTX 1080 GeForce GTX 1070 Ti GeForce GTX 1070 GeForce GTX 1060 GeForce GTX 1050 Ti GeForce GTX 1050 GeForce GT 1030 GeForce GTX TITAN X GeForce GTX 980 Ti GeForce GTX 980 GeForce GTX 970 GeForce GTX 960 GeForce GTX 950 GeForce GTX TITAN Z GeForce GTX TITAN Black GeForce GTX TITAN GeForce GTX 780 Ti GeForce GTX 780 GeForce GTX 770 GeForce GTX 760 Ti GeForce GTX 760 GeForce GTX 760 192-bit GeForce GTX 750 Ti GeForce GTX 750
Top-Tier Estimate:
Top-Tier Components | Peak Power Consumption |
---|---|
GTX 1080 Ti GPU | 250 watts |
Top-Tier CPU (e.![]() |
241 watts |
Motherboard | 80 watts |
4 M.2 or 2.5″ SSDs | 36 watts |
3 Case Fans (120 mm) | 18 watts |
2 CPU Fans (120 mm) | 12 watts |
Total Estimate: | 637 watts |
Recommended Power Supply Wattage: | 800 watts |
Check the latest price of the 750–1000 watt Seasonic Prime Power Supplies on Amazon
(affiliate link).
Check out my Recommended Power Supplies for GTX 1080 Ti GPUs below.
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Corsair RMX Series (2021), RM1000x, 1000 Watt, Gold, Fully Modular Power Supply
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ASUS ROG STRIX 1000W Gold PSU, Power Supply (ROG heatsinks, Axial-tech fan design, dual ball fan bearings, 0dB technology, 80 PLUS Gold Certification, fully modular cables, 10-year warranty)
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Mid-Tier Estimate:
Mid-Tier Components | Peak Power Consumption |
---|---|
GTX 1080 Ti GPU | 250 watts |
Mid-Tier CPU (e.![]() |
150 watts |
Motherboard | 80 watts |
2 M.2 or 2.5″ SSDs | 18 watts |
2 Case Fans (120 mm) | 12 watts |
2 CPU Fans (120 mm) | 12 watts |
Total Estimate: | 522 watts |
Recommended Power Supply Wattage: | 650 watts |
Check the latest price of the 450–750 watt Corsair SF Power Supplies on Amazon
(affiliate link).
Check out my Recommended Power Supplies for GTX 1080 Ti GPUs below.
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CORSAIR RM Series (2021), RM750, 750 Watt, 80 Plus Gold Certified, Fully Modular Power Supply
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Corsair RMX Series, RM750x, 750 Watt, 80+ Gold Certified, Fully Modular Power Supply (Low Noise, Zero RPM Fan Mode, 105°C Capacitors, Fully Modular Cables, Compact Size) Black
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Power Efficiency
PSUs with higher efficiency ratings use less energy and produce less heat, improving their reliability and reducing noise.
The 80 PLUS certification program for power supplies helps to promote energy efficiency by indicating its efficiency rating.
Higher efficiency power supplies may have a higher upfront cost. However, they could potentially save you money on electricity in the long run.
Lower wattage PSUs will be more power-efficient even when idle. For this reason, you may be able to save more on electricity by getting the correct wattage of PSU than by getting the one with the best 80 PLUS rating.
Certification Level | 10% Load | 20% Load | 50% Load | 100% Load |
---|---|---|---|---|
80 Plus | 80% | 80% | 80% | |
80 Plus Bronze | 82% | 85% | 82% | |
80 Plus Silver | 85% | 88% | 85% | |
80 Plus Gold | 87% | 90% | 87% | |
80 Plus Platinum | 90% | 92% | 89% | |
80 Plus Titanium | 90% | 92% | 94% | 90% |
Cables
Connectors
Make sure your PSU has the correct connectors to support the hardware in your system. Cheaper PSUs may cut costs on connectors and cables by offering fewer options and shorter lengths.
Check with your motherboard and graphics card documentation to determine which connector types are needed. Buy a popular, recently-released PSU; it will likely have the necessary connectors for a new PC build. However, if you use old components or an old power supply, you may find some incompatibilities.
Here are some common connector types that power supplies support:
- 24-pin connector for the motherboard
- 4/8-pin connector for the CPU
- 6/8-pin connectors for graphics cards
- SATA Power connector for each SATA HDD or SDD storage device
The latest graphics cards and PSUs are starting to support a new 16-pin PCIe 5.0 connector that replaces multiple 8-pin connectors.
Modular Cables
Typical power supplies come with various cables to connect your components. However, extra unused power cables can work against you by interrupting airflow.
In comparison, modular and semi-modular power supplies allow for attaching only the cables you need. As the name implies, semi-modular power supplies have some wires soldered on, while you can optionally connect others.
Cable Lengths
Most power supplies will have cables long enough to support mid-sized towers comfortably. If you have a full-size tower, you may want to check reviews and documentation to ensure that the cables are long enough to allow good cable management.
Power Supply Form Factors
Various form factors are available for power supplies. However, a standard-size desktop PC build will use an ATX power supply.
Small form factor PSUs allow for usage in many computer case shapes, including mini-PCs.
Power Supply Features
Overvoltage protection and short circuit protection can help to save your components in the case of a surge or accident.
LED lighting is another feature you might consider, depending on your PC goals.
Choosing a Cost-Effective Power Supply for the GTX 1080 Ti
Perhaps you live in a dorm or a family member’s house and don’t pay the power bill. Or maybe you don’t expect the computer to have heavy daily usage. In those cases, the lower upfront cost of a less efficient PSU may be the better choice.
On the other hand, if you care more about the electric bill or the environment and plan to maintain higher CPU or GPU usage, then a more efficient PSU may be better.
Don’t go too far over 150 W above your expected power needs. Rightsizing your power supply will keep electricity costs to a minimum, as higher wattage PSUs will consume some additional power, even when idle.
Recommended 750–1000 Watt PSU: Seasonic Prime Series
- Titanium 80 PLUS efficiency rating means the Seasonic Prime TX is at least 94% efficient at 50% load.
- Fully modular cabling allows you to optimize airflow and minimize clutter.
- Silent during low usage.
- 12-year warranty.
- This series of power supplies comes in power outputs including 750, 850, and 1000 watts.
- It also is available in a Gold rated (GX) version.
Seasonic Prime TX-750
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Recommended 450–750 Watt PSU: Corsair SF Series
- Platinum 80 PLUS efficiency ratings.
- Fully modular cabling allows you to optimize airflow and minimize clutter.
- Near silent during low usage.
- 7-year warranty.
- This series of power supplies comes in power outputs including 450, 600, and 750 watts.
Corsair SF Series 80+ Platinum Fully Modular Power Supply
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Other Considerations When Building a PC
Want to brush up on other new technologies to consider when building a computer? Check out these articles:
- Cases:
- How to Choose the Best PC Case
- CPUs:
- Which Intel and AMD CPUs Support PCIe 5.
0?
- Which Intel and AMD CPUs Support PCIe 4.0?
- LGA 1700 CPU List
- LGA 1200 CPU List
- Look up an Intel or AMD CPU on TechReviewer for related recommendations:
- Which Intel and AMD CPUs Support PCIe 5.
- CPU Coolers:
- What is the Best Type of CPU cooler for a Gaming PC?
- How to Choose a CPU Cooler for Your PC
- Best LGA 1700 CPU Cooler for Intel’s 12th Gen Core Processors
- Best AM4 CPU Cooler for AMD Processors
- Storage:
- Can an SSD Improve PC Gaming Performance? and Does an SSD Increase FPS for PC Gaming?
- Storage Type Comparison: M.2, U.2, NVMe, SATA, SSDs, HDDs
- Memory:
- How to Choose the Best RAM for Your PC
- How Much RAM Do You Need for Gaming? and Is 32 GB of RAM Worth It for Gaming?
- DDR4 vs. DDR5? Which You Should Buy
- Is DDR5 Worth It? The Benefits of DDR5 and What Is DDR5?
- Which Intel and AMD CPUs Support DDR5?
- PCI-Express:
- Is PCIe 5.
0 Worth It?
- Is PCIe 5.
- Motherboards:
- Which Motherboards Support PCIe 5.0?
- Which Motherboards Support PCIe 4.0?
- Which Motherboard Should You Buy for Intel’s 12th Gen CPUs?
- Graphics Cards:
- Which Graphics Cards Support PCIe 4.0?
- Power Supplies:
- How to Choose the Best Power Supply for a Gaming PC
- How to Choose a PC Power Supply
- Keyboards:
- Best Mechanical Keyboard for Gaming
- Monitors:
- How to Choose a Gaming Monitor
Have a suggestion or correction for this article? Send us an email at:
[email protected]
You can also contact the author at:
[email protected]
3 Best Power Supplies for GTX 1080 Ti (2022)
Jacob Tuwiner
- Top 3 Power Supplies for 1080 Ti Graphics Card
- Powering a GTX 1080 Ti Crypto Mining Rig
- Power Supplies: How to Make The Right Choice
- Types of Power Supplies
- Power Supply Wattage
- Efficiency Rating
Top 3 Power Supplies for 1080 Ti Graphics Card
Power Supply | Image | Type | See Price |
---|---|---|---|
Corsair RM650x |
|
Check | |
Raidmax Scorpio 535W |
|
Check | |
Seasonic S12II |
|
Check |
Your power supply can make or break your PC.
Grab a power supply with a wattage that’s too low?
You might overdraw power and kill your new power supply, if not your other components as well.
Buy a power supply with too much wattage?
You’ll needlessly spend extra dollars that you could be allocating towards other aspects of your computer.
If you want the best power supply for the GTX 1080 Ti, we recommend the Corsair RM650x. It has plenty of power, it’s fully modular, and its 80+ Gold certification makes it incredibly power efficient.
Wattage
650
Rating
Gold
Modular
Fully
Color
Black
SATA
9
Noise
Quiet
If you’ve decided to opt for a fully-modular power supply for whatever reason, it’s hard to go wrong with Corsair’s RMx series of PSUs.
The RM650x 650W PSU provides enough power for most, if not all, 1080 Ti-based systems.
If that’s not the case for you, however, feel free to opt for the RM750x or RM850x if you really think you need it.
650 watts is most plenty for any system – even with a 1080 Ti – and can be overkill at times.
At least you’ll have a bit of overclocking headroom and won’t have to worry about it dying anytime soon, and hey those cable braids are pretty sexy to boot.
Read Reviews on Amazon
Wattage
535
Rating
Bronze
Modular
Semi
Color
Blue
SATA
5
Noise
Quiet
Swooping in for our best semi-modular spot is actually a PSU that flies pretty low under the radar, the Raidmax Scorpio 535W.
I’ve actually had the chance to get hands-on experience with the Scorpio being that it was my main power supply for almost 2 years, and I still use it to this day for component testing.
Let me tell you, this thing can take a beating.
Not only does this bad boy sport a whole 535W (enough for most systems), the sheer amount of times this thing has been dropped or had things dropped on it is staggering, and it’s still chugging on.
That doesn’t mean go throw it down the stairs though.
Please don’t do that…
Read Reviews on Amazon
Wattage
430
Rating
Bronze
Modular
Non
Color
Grey
SATA
6
Noise
Average
Going for a budget build and don’t need the extra baggage? The Seasonic S12II 450 80+ Bronze comes to the rescue!
Coming in at only $45USD (that’s 10 watts per dollar!) the Seasonic S12II offers almost unrivaled reliability at a compelling price point, and 430 watts is enough for any budget or even mid-range build.
The 80+ Bronze efficiency rating may not be the greatest of all but you’ve got to cut some corners somewhere, and they sure don’t cut the corner of quality.
Seasonic is so confident in the quality of this power supply that it includes a whole 5 year warranty! Geez.
But here’s the thing:
If you’re buying a power supply for a GTX 1080 Ti, don’t buy a non-modular model.
A 1080 Ti is a top tier graphics card, one that’s meant to be paired with a top-tier power supply like one of the two mentioned above.
That being said, you don’t need a modular power supply, so it’s really up to you.
But if I was building a gaming PC with a 1080 Ti, I’d be going fully modular and 80+ Gold certified all the way!
Read Reviews on Amazon
Powering a GTX 1080 Ti Crypto Mining Rig
In some cases, you may be looking to use your 1080 Ti for cryptocurrency mining instead and don’t worry we’ve got you covered with the EVGA Supernova 1600 T2.
The quality of your power supply when crypto mining is absolutely detrimental to success.
Just think about how fast you’ll lose money if your PSU dies, for example. So you need something you can rely on and the Supernova T2 series doesn’t disappoint.
At 1600 watts with a mouthwatering 80+ Titanium rating, the 1600 T2 provides plenty of power for your rig and considering the 1080 Ti can hit a power draw upwards of 200 watts you’re gonna need it if you’re running a sizeable rig.
If you are running a smaller rig we suggest opting for the 1000 T2 or the 850 T2 since they provide the same great reliability as the 1600 without the extra wattage or cost.
Power Supplies: How to Make The Right Choice
Choosing the right power supply can be tricky – luckily, this video is here to help:
Types of Power Supplies
There are three different types of power supplies:
- Non-modular
- Semi-modular
- Fully modular
Each type has a varying degree of customization in the sense that they have interchangeable cables, and the names pretty much speak for themselves.
Non-Modular
A non-modular power supply is generally the cheapest out of the three types because of its lack of customizability.
Non-modular power supplies come with all of their cables attached to the power supply box unable to be removed, unlike the other two types.
This, of course, means that whatever cables are there is all you have to work with.
One of the other downsides to non-modular power supplies is that since it comes with the cables pre-attached, any extra unused cables are kinda just stuck there and you’ve got to find a way to get them out of the way for cable management.
Also, many non-modular power supplies don’t come equipped with enough PCIe power cables to power higher-end graphics cards.
A good situation to pick a non-modular power supply would be for a lower budget build, or if you know for sure you have the right cables.
Luckily, most good and cheap non-modular power supplies fall under the 80+ Bronze efficiency rating which we’ll talk about later.
Semi-Modular
Semi-modular power supplies are like the best of both worlds when it comes to power supplies, they include the main cables that every motherboard and (almost) every graphics card needs.
This includes the 24-pin ATX power connector for the motherboard, the 4+4-pin CPU power connector, and a 6+2-pin PCIe power connector.
The modular portion comes in with the optional included cables.
Semi-modular power supplies tend to have 3 optional peripheral slots and a second PCIe power connector slot in case your graphics card needs more than 8-pin power.
These optional slots can be fitted out with SATA power connectors for HDD and SSD power, or Molex connectors for various power use cases.
Semi-modular power supplies are what we recommend for any build since they’re often cheaper than their fully modular counterparts as you go up the efficiency ladder, while still offering just as much ease of use and reduced cable hassle.
Fully-Modular
Finally, we reach the fully-modular power supply options.
Fully-modular power supplies are for the user that absolutely needs maximum possible customization because with a fully-modular power supply, you can remove every cable from the power supply as you wish.
Unfortunately, this does mean that the extra engineering that goes into these power supplies can be explicitly seen in the cost as fully-modular power supplies cost a helluva lot more than the other two types.
This does come with one added benefit, however, in that the cost also reflects their reliability.
We wrote an awesome guide abou whether or not you need a modular power supply, which you can read by clicking here.
Power Supply Wattage
A power supply’s wattage is fairly self-explanatory.
Whatever wattage your PSU is rated for, is the maximum power output it can sustain, so don’t go pairing a 250W PSU with a system drawing 300W.
Don’t go thinking you can pair a 400W power supply with a system drawing 400W though, because any fluctuation that might put that power draw above your PSU’s limit can fatally damage your components.
Efficiency Rating
The efficiency rating of a power supply is just what the name implies; a rating on how power efficient a power supply is.
In short, the higher the efficiency rating on your PSU, the more electricity makes it from the wall to your computer as opposed to being lost to heat or other outlets.
For a more in-depth look, check out this article we wrote that’s all about power supply efficiency ratings.
Here Are Our Top Picks
With the best power supply for GTX 1080 Ti, you’ll have a steady ally for your graphic card. A device like the GTX 1080 Ti happens to be one of the most powerful graphics cards on the market. That’s because it is fast, reliable, and requires a good power supply to run well.
Our review contains some of the best power supplies for the GTX 1080 Ti to enhance your gaming experience, and other functions.
However, which of these power boosters sits up top?
Please read our review to find out more.
Contents
- Key Specifications Outlined
- Best Power Supplies for GTX 1080 Ti: Top Rated Options for Everyday Use
- 1. EVGA 220-P2-0650-X1 SuperNOVA 650 P2, 80+ PLATINUM 650W
- 2. Rosewill Hive-750S ROSEWILL Gaming 80 Plus Bronze 750W Power Supply
- 3. Thermaltake Smart 700W 80+ White Certified PSU
- 4. CORSAIR HXi Series, HX750i, 750 Watt, 80+ Platinum Certified
- 5. Gigabyte GP-P750GM
- Buying Guide: Things to Consider for Your Power Supply
- Wattage
- Cooling System
- Design
- Efficiency
- Energy-Saving Operation
- Frequently Asked Questions
- What are the GTX 1080 Ti power requirements?
- When should I replace my GTX 1080 Ti power supply?
- Best Power Supply for GTX 1080 Ti: Final Thoughts
Key Specifications Outlined
Product | Key Specifications |
EVGA Supernova Platinum |
|
Rosewill Hive-750S |
|
Thermaltake Smart 700W |
|
Corsair HXi Series |
Fan: 120 millimeters |
Gigabyte GP-P750GM |
|
Best Power Supplies for GTX 1080 Ti: Top Rated Options for Everyday Use
When you have an excellent GTX 1080 Ti on your computer, it can improve and enhance your video gaming experience beyond expectation. It can offer support at an incredible level producing a high graphics performance.
However, like many other components, it needs the perfect companion to power it to work appropriately.
We know that getting your hands on the perfect or ideal power supply takes more than just surfing the Internet. You might get a device, and it offers subpar power that overdraws and then goes on to damage your GTX and the whole power supply system. You can’t fix that.
Also, when the power is too high, it will work fine, but you’ll be wasting excess power that can fire up other components and also waste your hard-earned money.
You need to find the right balance after checking that the wattage is recommended to fit the GTX 1080 Ti you run. The power supply from the device should be at least 600 watts or a bit over that.
We have drawn up and reviewed a list of five top power supplies you can use for the GTX 1080 Ti. No doubt you’ll find the best match for your graphics card.
1. EVGA 220-P2-0650-X1 SuperNOVA 650 P2, 80+ PLATINUM 650W
Pros
- Platinum-rated efficiency
- Silent operation with ECO control fan system
- Excellent, durable Japanese style capacitors
- Integrated Protections against bad performance
Cons
- Eco mode seems unsuitable for gaming
The EVGA Supernova Platinum power supply line is well within the recommended power supply for GTX 1080 Ti. It produces an unbeatable performance, with its 650 watts standing out alongside fan systems that guarantee zero fan noise.
The unit also features 80 Plus Platinum rated efficiency and clean, continuous power to all your components.
Fan Modes and Systems: No Clutter
With a fan size reaching 140 millimeters, you get a component that uses an ECOsystem. It is completely silent while operating and helps you maximize efficiency so that the airflow is always adjusted to what is needed. That way, the power supply doesn’t overheat.
Besides, it features many protections, including for overcurrent, short-circuiting, and others. Overall, you get a high level of efficiency that fits the GTX 1080 ti.
Performance: Platinum Rated
For power supplies, a SuperNOVA 650 P2 80+ PLATINUM has one of the best performances. It carries a platinum-rated efficiency that provides you with a consistent amount of power to every component needed.
With that, you’re assured of a stable and smooth gaming experience. The platinum experience comes from fully modular capacity, which helps it to reduce clutter and improve airflow.
Capacitors: Long-term and Reliable
The EVGA boasts strong capacitors billed to last for the long term. They’re built with 100 percent Japanese-style capacitors to ensure long-term efficiency.
For reliable performance, these capacitors will last for far longer than average ones. They add value to this power supply system that also comes with a warranty.
Overview
Even though the EVGA Supernova P2 Platinum is quite expensive, it’s an excellent choice for many reasons. It performs coolly with its modular design feature and fits those willing to care for the environment with its eco-friendly mode to save power. It’s built well to work with the GTX 1080 Ti.
2. Rosewill Hive-750S ROSEWILL Gaming 80 Plus Bronze 750W Power Supply
Pros
- Quality power supply for smooth, stable performance
- Offers protection against short-circuiting
- Intelligent thermal operation with a silent fan
- Operates at a low cost
Cons
- Can get a little short on power output
The Rosewill Hive-750S is another one that meets the GTX 1080 Ti power supply requirements. It’s a premium 80 Plus Bronze certified power supply provided with a knack for quality performance across all functions.
You get uncompromised features and efficiency for any high-end system in the game. Moreover, the back coated casing and rock touch finishing showcase a device with more than a touch of finesse.
Also, you get a device that offers silent cooling and durable stamina from the active PFC with auto AC-input voltage adjustment to the mesh sleeves on all cables and fans.
Thermal Operation: Intelligent With Low Noise
Every part of the Hive-750S combines to give you a smooth experience, and the intelligent thermal operation stands at the forefront of that.
It does so with a silent 135-millimeter fan with auto fan speed control, while the gaming 80Plus power supply aims to provide an extraordinary airflow.
You’ll find that it works at an exceptionally low noise level, even at different speed levels, and in response to various temperatures.
There’s enough airflow to deal with overheating coupled with more than 90% efficiency in its performance. As a result, the power supply is durable and offers excellent protection against short-circuiting, over-voltage, over-current, and many more. With those, don’t expect the Hive-750S to fail any time soon.
Performance: Efficient Performer
Power and efficiency go hand in hand on the Rosewill Hive-750S. With 750 watts, you have enough power supply for your gaming desktop computer system coupled with an excellent component and an overall stable system for you.
Further, it’s FCC and CE certified and operating for less heat and lower operating costs. Like other top-quality products, Rosewill offers a warranty for the system performance should issues arise in the future.
Overview
The Rosewill Gaming 80 Plus Gold 650W is one of the best products on this list. It’s made for users seeking a quality power supply for their GTX 1080 ti. It’s a reliable purchase and offers the strong performance you need for your gaming needs and other functions.
3. Thermaltake Smart 700W 80+ White Certified PSU
Pros
- Top-quality components for all parts
- Energy-saving with 80 percent efficiency
- Smart Series dir that easier cable installation
- 120-millimeter fan gives off no noise
Cons
- Tough cable management
The Thermaltake Smart 700W is another quality PSU for 1080 Ti. It’s renowned for how quietly it runs while producing adequate power to boost your functions. It’s easy to install, and the price is justified as far as the performances are concerned.
Thermaltake also offers a five-year warranty for this device that ensures your power supply is durable.
Power Output and Design: Continuous
The Smart 700W has different power options ranging from 430 to 700 watts.
As a result, it gives off an 80 percent efficiency since it is an 80+ White certificate model. The 120-millimeter fan is a standout feature that users can bank on because it allows noise-free operation and balanced airflow.
Before using it for your system and graphic card, it’s best to figure out the number of watts you need based on your system. When you do that, the power will function well without failing.
Performance: Adequate and Efficient Power Output
Even at the minimum power supply for GTX 1080 ti, you’ll get optimum performance from this device. To that end, this power supply from Thermaltake can support about two power graphic units simultaneously.
That makes it a worthy purchase, and the model +12V rail design has a lot to do about that. It can go on for continuous hours without any compromise on its operation.
The air cooling method from the fan keeps all the operations silent even during the most engaging of activities.
Overview
At 700 watts, the GTX 1080 ti wattage on this power supply is an ideal option for users on a budget. It has all the right features, and Thermaltake adds an inviting warranty to make it worthwhile. All your operations will be cool.
4. CORSAIR HXi Series, HX750i, 750 Watt, 80+ Platinum Certified
Pros
- Zero RPM mode reduces fan noise
- Modular PSU promotes easy cable management
- Has different watt models
- All-Japanese 105 degrees Celsius capacitors
Cons
- Problems with large cables
The HXi Series is one of the most recommended PSU for GTX 1080 Ti that produces very tight voltage control, silent operations, and a fully modular cable set. The capacitors inside contribute to the high performance your PC needs.
There’s also the 80 PLUS Platinum efficiency to reduce operating costs and excess heat. With the Zero RPM Fan Mode technology, users are guaranteed a silent operation.
Corsair includes its Link Digital support so that you can monitor the power supply and performance of this device.
Build Power: Clean and Reliable
When you think clean, efficient, and reliable, the HX750i immediately comes to mind. It’s an incredible way to sustain the power of your GTX.
The power supply also features a solid build and gives off 92 percent efficiency, thus making it a favorite of many users. Besides, the modular design and noise-free function via the Zero RPM Mode fan are a huge plus.
Performance: Quality and Efficient Power and Capacitors
The HX750i stands out for various reasons, and the power efficiency is top of that. We already know it is rated at 80+ Platinum, making it an incredible machine. That’s largely due to the all-Japanese 105 C capacitors.
The CORSAIR HX750i is designed to provide a reliable operation while reducing operation cost and coil whine.
Further, the modular power supply comes in 750, 850, 1000, 1200, and 1600-watt models, and each one of them can run continuously with ease.
Installation is just as quick and easy, and you get a multi-year warranty from Corsair, which affirms how well its power supply functions. Users have the option to repair it if the need arises.
Overview
If you want 750 watts of reliable, continuous power delivery, then this HX750i is your best choice. It has the best features, can toggle single rail or multi rail mode, and control fan speed directly from your desktop.
5. Gigabyte GP-P750GM
Pros
- Tight load regulation at 12V
- Good soldering quality
- Full power at 46 C
- Efficient and compact dimensions
Cons
- The EMI suppression could be better
The Gigabyte GP-P750GM is from a popular brand known for the motherboards and graphics cards it produces. However, this model is one of the best out there that you can pair with your GTX 1080 Ti.
It’s ideal for the GTX and comes with a fully modular and compact design. What’s more, it’s 80 PLUS Gold certified, has the right efficiency, and less noise on the Cybernetics scale. There’s a plain rifle bearing fan inside to boost reliability.
Further, the bulk cap is provided by a Japanese manufacturer so that it will last for a long time.
Design: Modular and Certified
Every black flat cable is modular-designed, and when you install the cables you need, you’ll be able to increase airflow and reduce clutter. That also boosts thermal performance and power efficiency.
As a result, you have less fan noise and adequate support from Intel processors to save more energy and costs.
Performance: Top-notch Power Supply
The main capacitors on this Gigabyte device are high-quality Japanese capacitors. They’ll give you an efficient performance when they combine well with the bearing fan. You can always adjust to automatic power detection.
Also, you get a single +12V rail for the best power output, stability, and compatibility for the hardware. That’s why you have the easiest way to install the power cable.
We know how much protection is even for a GTX 1080 Ti PSU requirement. That’s why this one helps your entire computer system to operate under stable conditions. It adds protective designs, including OCP and OPP.
Overview
If you want a handy power supply for your GTX 1080 ti, this one from Gigabyte is a fantastic choice. It has excellent features that include a solid cooling fan and protectors to ensure it lasts a long while yet.
Buying Guide: Things to Consider for Your Power Supply
Our review already knows that the GTX 1080 ti is right up there with the best graphic cards in the business. It’s a core component serious gamers need because it provides an incredible gaming experience.
That’s one of the main reasons it needs a suitable power source to keep it running smoothly to guarantee the best performance possible.
When you’re searching for the best one for your rig, consider the following factors:
Wattage
Wattage is a top factor to consider, and the GTX 1080 ti requires a minimum of 600 watts to perform safely and up to standard. You might go higher than that, but you should be careful not to cause an increase in your energy bills.
However, experts recommend keeping the wattage between 600 and 800 watts of power.
Cooling System
For gaming setups, one of the biggest issues to contend with is overheating. Many components work together, drawing power towards one goal – the best performance. At a high capacity, it’s no secret that the power supply goes full circle, leading to overheating and malfunctions.
For effective cooling, the fan is an essential part of the power supply to consider. The fan keeps the power supply running smoothly and without interference. The bottom line is that the fan system must detect and prevent issues that lead to overheating.
Design
The design of any power supply needed for GTX 1080 ti should have a reasonable look. Take note of the design and the features of the power supply. If you have a more compact design, it has the advantage of fitting into your setup without hassles and will be less inclined to overheat.
To that end, our review team recommends modular or semi-modular designs. Such designs help you use only the necessary cables. That way, you get to store other cables you don’t need or remove them from the power supply. It deals with clutter, increased airflow, and saves you a lot of space.
Efficiency
For any power supply you want, efficiency is a key factor. With higher efficiency, the better and smoother the performance. You also get a more stable power supply.
For your GTX 1080 ti, you should be looking at a power rating of 80+ Gold, 80+ Platinum, or 80+ Titanium. Anything lower than this ranking will be unable to keep up with the graphics card, which means low functioning capacity.
Energy-Saving Operation
When you’re in doubt about the amount of wattage, it’s best to angle for more rather than less. It’s better to have enough power than force the components of your device to struggle and potentially get damaged.
The best idea is to look for power supplies with eco-friendly and energy-saving operations. They won’t waste electricity and will reduce operating costs.
Frequently Asked Questions
What are the GTX 1080 Ti power requirements?
When you have a clear image and understanding of the type of power you need, other factors are suitable to your requirements you can consider.
For the most part, the GTX 1080 Ti requires a power supply reaching about 600 watts and above, including a six-pin and an eight-pin PCI Express supplementary power connector. When that checks out, ensure that the power supply is compatible with your system.
When should I replace my GTX 1080 Ti power supply?
Figure out how often you use your system, and the answer will stare right back at you. If you run a home PC and occasionally use it for gaming, you can go ahead and change it every five to eight years.
Other times, your current power supply can develop faults, so you might want to upgrade to a new graphics card. Also, you might just want a stronger power supply, so changing it is the recommended option.
Further, you’ll know your power supply is going bad when you notice that your company is a regular candidate for crashes. On the flip side, if you hear noises from the PCU case or get a random blue screen, get your power supply swapped asap!
Best Power Supply for GTX 1080 Ti: Final Thoughts
When it comes to power supplies for the GTX 1080 Ti, you have to consider a whole lot of factors. Thankfully, our review team has done the hard work for you with the best power supplies in the industry and their capabilities.
If you’re looking to change that aspect of your rig, you can pick from any of the above devices. However, we’ll go one step better by suggesting the EVGA Supernova P2 80+ Platinum power supply, which gives off a credible performance.
Also, it carries a platinum-rated efficiency that’s needed in a modern-styled power supply. As a result, you get a consistent amount of power for all the components. It packs a modular design and a 140-millimeter fan that ensures your entire rig stays cool.
Best Power Supply for GTX 1080
The GTX series is the long-standing powerhouse of graphics cards and the envy of every gamer. Touted as the fastest, most reliable, and visually impressive cards on the market, you can expect great things from any card in the GTX line. But the fan favorite in 2019 is still the GTX 1080. With as much punch as the 1080 packs, you may expect a need for a beefy, expensive power supply to run it at maximum. But do you actually need to spend that much?
Below, I’ll answer that question as we explore the best of the best in power supplies for the GTX 1080. This will guide you, should you complete or upgrade your ultimate gaming rig. You might be surprised how much power you can get for a relatively small price tag.
Table of Contents
Why the GTX 1080 Is Amazing
Before we dive into the specs on some killer power for the GTX 1080, you need to know why this card is still a favorite among serious gamers. The GTX line of graphics cards is the epitome of gaming prowess, and it has been for many years. You can find it distributed through many different brands, but they’re all basically the same.
Powered by the Nvidia Pascal architecture, there isn’t a single game that can slow the 1080 down. Crank your games up to high and ultra-high graphics settings and hold onto your pants. They boast three times the performance of any previous generation of graphics cards. They can even handle the toughest and most graphics-intense VR games.
With so much happening inside these sleek and sexy cards, heat should be a real concern. But not for the GTX 1080. Innovative designs, top-quality materials, and decades of experience have all come together to provide superior heat dissipation with vapor chamber cooling on some of the top-tier brands.
Suffice it to say, no matter the brand, the GTX cards were designed to blow your mind. Thankfully, they’re not designed to blow your bank account, too. Affordable, killer graphics are a treat for your eyeballs when you drop the cash for a GTX 1080. But all that awesome will be worthless if you don’t give it the juice it needs. Screaming graphics come with a fairly high power need.
Choosing a Power Supply for the GTX 1080
I could go on for days about my one true love, the GTX 1080, but I’m sure you’d like to hear about the power. After all, without a good power supply, you’ve just got an expensive paperweight. Be aware that there are several types of GTX 1080s on the market right now. Each has its own set of requirements, so be sure to check if yours is compatible with the following power supplies before purchasing.
Most GTX 1080 cards state that a 500W power supply should be good enough, but I’m of a different mind. My experience has proven that when it comes to power, you don’t want to go with the recommended. Always go higher.
Why?
Because that power supply isn’t only powering your graphics card. It needs to power a large number of components, usually all at once. You can go bare minimum and get away with it for a while, but I prefer to future-proof my rigs.
Eventually, you’ll be upgrading other parts of your computer, even if the graphics card is still good. If you happen to upgrade a component to something with a much higher power consumption than the original, suddenly that smaller power supply isn’t going to cut it. Since power supplies can be a big investment, it’s much better to get the biggest one that’s appropriate for your rig—and the future of your rig!
If this is your first time shopping for a new power supply, it can be a bit daunting. There’s a lot of information to absorb, and you don’t want to fry your PC in the process. Don’t worry though. I’ve done some of the hard work for you, testing the GTX 1080 with the following power supplies and scouring the internet for other opinions, too.
Choose something from this list for your GTX 1080 graphics card and you can’t go wrong. Just be sure your specific card and the power supply are compatible first.
What Power Supply Do I Need for a GTX 1080?
Check the website for the brand of your choice for the details, but on average, the GTX 1080 graphics card needs at least a 500W power supply. This is the minimum suggested. Some brands have tweaked their version of the GTX 1080 to require less power, but I’d still go for the bigger ones.
If You Are interested, read our Article about
What does a Motherboard do for Gaming?
Best Power Supplies for the GTX 1080
(+Comparison Table)
What you buy is ultimately your decision, but the following power supplies worked like a charm for my Nvidia GTX 1080 graphics card. My testing included running games such as The Witcher 3, Far Cry New Dawn, and The Elder Scrolls Online, each for about 4 – 8 hours. I also ran them through a cycle of photo editing with Photoshop and some painting with Corel Painter 2019 at the same time. These are all intense programs that push graphics cards and power supplies to the max and tend to make a PC pump out some serious heat.
I did not personally test every card listed here—only some of them—but I researched the heck out of them on your behalf. I looked for reviews from experts in the field, pro gamers, and regular users running similar rigs and software.
And now, in no particular order, my top pick power supplies for the GTX 1080.
Power | W + H + L | Fan Size | Energy Efficiency | Warranty | |
---|---|---|---|---|---|
EVGA Supernova 750 P2 | 750W | 150mm x 85mm x 165mm | 140mm | 80 PLUS PLATINUM Certified | 10 years |
CORSAIR AX760 | 760W | 150mm x 86mm x 160mm | 120mm | 80 PLUS PLATINUM Certified | 7 years |
Rosewill Gaming 80 Plus | 650W | 158mm x 85mm x 148mm | 120mm | 80 PLUS BRONZE Certified | 3 years |
CORSAIR RM850x | 850W | 150mm x 86mm x 180mm | 135mm | 80 PLUS GOLD Certified | 10 years |
EVGA Supernova 750 P2, 80+ Platinum 750W
You can’t go wrong with Corsair AX760. When I’m looking to upgrade, I always look to Corsair first. Top-notch design, silent running, and 92% power efficiency gets me excited every time I power this baby up. The design is sexy in my blue-lit case, and I like the 7-year warranty.
The 760W is a heavy-duty power supply that can run the GTX 1080 without a hitch. I had it running triple monitors with Photoshop on one, Far Cry New Dawn on another, and watching YouTube on the third. Not even a hiccup! The case stayed cool to the touch, and I barely heard the fan on a heavy load.
This bad boy comes with trusty over-voltage and over-current protection, just in case. I love the fully modular design. Being able to detach all the cords for installation is a great bonus. Nobody wants to wrestle an octopus inside a PC case!
Read reviews from real owners for “Corsair AX760” on Amazon.
Rosewill Gaming 80 Plus Bronze 650W Power Supply
On the lower budget side, we have the Rosewill Gaming 80 Plus Bronze at 650W. It’s getting a bit closer to the recommended 500W for the GTX 1080, but it’s still above and beyond what you’ll need for most games.
I didn’t test this one myself, but I asked around and did see one in action at a friend’s house. While you might not be able to use this with multiple monitors and multiple power-hungry programs running, it should still treat you right if you stick with one big program at a time and one monitor.
The Rosewill Gaming 80 Plus Bronze power supply has a quiet fan on low to moderate power draws. It does make quite a bit of noise on higher draws. If noise isn’t an issue for you, this is a good trade-off, in my opinion. The operating temperature stayed fairly low and the case was cool to the touch.
It comes with a 3-year warranty, which is pretty decent for a bronze level PSU. This power supply also comes in higher watts, but if you’re going to spend that much money you might as well go with an EVGA or a Corsair instead. That is my opinion and not fact, but we’re all friends here, so I’m just going to give it to you straight.
Read reviews from real owners for “Rosewill Gaming 80 Plus” on Amazon.
CORSAIR RM850x, 850W, 80+ Gold Certified
Another entry for Corsair on my must-have list for GTX 1080 power supplies. This fella is meaty and powerful. With 850W and a gold rating, you’re going to get maximum power and stability. But, of course, you’ll be paying for the best, so don’t expect any big savings here.
If you need to play your games at the absolute highest settings (don’t we all?) and enjoy watching movies in high definition, this power supply will fit the bill.
A bonus for this particular card is that it was built with sound in mind. It’s big and powerful, but it’s not going to wake the dead when you power up. In fact, at low to medium loads, the fan switches off entirely. But don’t worry; it’ll stay cool even without the fans blowing.
Read reviews from real owners for “Corsair RM850x” on Amazon.
Bottom Line on Power Supplies for GTX 1080 Cards
I can’t stress this enough: with so many manufacturers offering their own take on the GTX 1080, you need to be sure yours is compatible with the power supply before you drop the money. All the specs for you specific card should have come in the box. If they didn’t check online to make sure. There is nothing more infuriating than finding out too late that you have the wrong connectors. Power supplies are generally good to go for just about anything, but it’s best to check.
Though the average suggested power supply for the GTX 1080 is about 500W, I’d suggest going higher. Unless you’re running an incredible gaming rig with ridiculous power needs, you can stick around the 750W range and be safe. You can go as low as 650W before I’d start to worry.
But just because I think you should go higher, it doesn’t mean you have to. I know plenty of people with mid-range PC setups that stick with a 500W PSU and do just fine.
And a final word: The PC parts industry moves fast. While this list of the best power supplies for the GTX 1080 is current right now, something even better may come down the line in another few months. We’ll do our best to keep you all updated. In the mean time, we’d love to hear from you! Know an awesome power supply that keeps your GTX 1080 purring? Tell us about it!
Related Questions
What Is the GTX 1080 Power Consumption?
The power consumption of the GTX 1080 graphics card depends on the brand you choose. On average, it pulls about 7W in idle.
During gaming, power consumption stays well within the 180W TDP rating.
GTX 1080 on 500w Psu, Will It Work?
Yes, but that is the lowest recommended PSU for this card. Depending on the brand, it could run fine or it may cause crashes.
Last modified:
Intel Core i7-9700K NVIDIA GeForce GTX 1080 Ti — PSU Calculator
Export PSU Calculator Part List — Reddit
Copy and paste the following markup into your post:
[OuterVision PSU Calculator part list](https://outervision.com/b/8zMGfc)
Type|Item
:—-|:—-
**Motherboard** | Desktop
**Socket** | Socket LGA 1151
**CPU** | 1 x Intel Core i7-9700K
**CPU Speed** | 3600MHz
**CPU Vcore** | 1.2V
**CPU Utilization** | 90%
**Memory** | 4 x 8GB DDR4 Module
**Video Card Set 1** | 1 x NVIDIA GeForce GTX 1080 Ti
**Core Clock** | 1480MHz
**Memory Clock** | 1251MHz
**Storage** | 1 x SATA SSD
**Storage** | 1 x M.2 NVMe SSD
**Storage** | 1 x SATA 7.2K RPM
**Other Device** | 5 x USB 3.0 Device
**Other Device** | 1 x LED strip light — 30 LEDs (24″/60cm)
**Other Device** | 2 x LED strip light — 6 LEDs (4. 7″/12cm)
**Other Device** | 1 x Fan Controller Device
**Keyboard** | 1 x Gaming Keyboard
**Mouse** | 1 x Gaming Mouse
**Fan** | 10 x 120mm
**Liquid Cooling Kit** | 1 x NZXT Kraken X72
**Computer Utilization** | 8 hours per day
**Gaming / Heavy 3D Application Time** | No Gaming / 3D Apps
**Monitor** | 3 x LED 27 inches
**Load Wattage** | 572W
**Recommended Wattage** | 622W
**Amperage** | +3.3V: 11.6A, +5V: 16.1A, +12V: 37.7A
**Recommended UPS Rating** | 1300VA
Generated by OuterVision PSU Calculator 2020-01-05 03:24:06.0
Export PSU Calculator Component List — BBCode
Copy and paste the following markup into your post:
[url=https://outervision.com/b/8zMGfc]OuterVision PSU Calculator part list[/url]
[b]Motherboard:[/b] Desktop
[b]Socket:[/b] Socket LGA 1151
[b]CPU:[/b] 1 x Intel Core i7-9700K
[b]CPU Speed:[/b] 3600MHz
[b]CPU Vcore:[/b] 1. 2V
[b]CPU Utilization:[/b] 90%
[b]Memory:[/b] 4 x 8GB DDR4 Module
[b]Video Card Set 1:[/b] 1 x NVIDIA GeForce GTX 1080 Ti
[b]Core Clock:[/b] 1480MHz
[b]Memory Clock:[/b] 1251MHz
[b]Storage:[/b] 1 x SATA SSD
[b]Storage:[/b] 1 x M.2 NVMe SSD
[b]Storage:[/b] 1 x SATA 7.2K RPM
[b]Other Device:[/b] 5 x USB 3.0 Device
[b]Other Device:[/b] 1 x LED strip light — 30 LEDs (24″/60cm)
[b]Other Device:[/b] 2 x LED strip light — 6 LEDs (4.7″/12cm)
[b]Other Device:[/b] 1 x Fan Controller Device
[b]Keyboard:[/b] 1 x Gaming Keyboard
[b]Mouse:[/b] 1 x Gaming Mouse
[b]Fan:[/b] 10 x 120mm
[b]Liquid Cooling Kit:[/b] 1 x NZXT Kraken X72
[b]Computer Utilization:[/b] 8 hours per day
[b]Gaming / Heavy 3D Application Time:[/b] No Gaming / 3D Apps
[b]Monitor:[/b] 3 x LED 27 inches
[b]Load Wattage:[/b] 572W
[b]Recommended Wattage:[/b] 622W
[b]Amperage:[/b] +3.3V: 11.6A, +5V: 16.1A, +12V: 37.7A
[b]Recommended UPS Rating:[/b] 1300VA
[i]Generated by OuterVision PSU Calculator 2020-01-05 03:24:06. 0[/i]
Export PSU Calculator Part List — HTML
Copy and paste the following markup into your post:
OuterVision PSU Calculator part list
Type | Item |
---|---|
Motherboard | Desktop |
Socket | Socket LGA 1151 |
CPU | 1 x Intel Core i7-9700K |
CPU Speed | 3600MHz |
CPU Vcore | 1.2V |
CPU Utilization | 90% |
Memory | 4 x 8GB DDR4 Module |
Video Card Set 1 | 1 x NVIDIA GeForce GTX 1080 Ti |
Core Clock | 1480MHz |
Memory Clock | 1251MHz |
Storage | 1 x SATA SSD |
Storage | 1 x M.![]() |
Storage | 1 x SATA 7.2K RPM |
Other Device | 5 x USB 3.0 Device |
Other Device | 1 x LED strip light — 30 LEDs (24″/60cm) |
Other Device | 2 x LED strip light — 6 LEDs (4.7″/12cm) |
Other Device | 1 x Fan Controller Device |
Keyboard | 1 x Gaming Keyboard |
Mouse | 1 x Gaming Mouse |
Fan | 10 x 120mm |
Liquid Cooling Kit | 1 x NZXT Kraken X72 |
Computer Utilization | 8 hours per day |
Gaming / Heavy 3D Application Time | No Gaming / 3D Apps |
Monitor | 3 x LED 27 inches |
Load Wattage | 572W |
Recommended Wattage | 622W |
Amperage | +3.![]() |
Recommended UPS Rating | +3.3V: 1300VA |
Generated by OuterVision PSU Calculator 2020-01-05 03:24:06.0 |
Export PSU Calculator Part List — Plain Text
Copy and paste the following markup into your post:
OuterVision PSU Calculator part list https://outervision.com/b/8zMGfc
Motherboard: Desktop
Socket: Socket LGA 1151
CPU: 1 x Intel Core i7-9700K
CPU Speed: 3600MHz
CPU Vcore: 1.2V
CPU Utilization: 90%
Memory: 4 x 8GB DDR4 Module
Video Card Set 1: 1 x NVIDIA GeForce GTX 1080 Ti
Core Clock: 1480MHz
Memory Clock: 1251MHz
Storage: 1 x SATA SSD
Storage: 1 x M.2 NVMe SSD
Storage: 1 x SATA 7.2K RPM
Other Device: 5 x USB 3. 0 Device
Other Device: 1 x LED strip light — 30 LEDs (24″/60cm)
Other Device: 2 x LED strip light — 6 LEDs (4.7″/12cm)
Other Device: 1 x Fan Controller Device
Keyboard: 1 x Gaming Keyboard
Mouse: 1 x Gaming Mouse
Fan: 10 x 120mm
Liquid Cooling Kit: 1 x NZXT Kraken X72
Computer Utilization: 8 hours per day
Gaming / Heavy 3D Application Time: No Gaming / 3D Apps
Monitor: 3 x LED 27 inches
Load Wattage: 572W
Recommended Wattage: 622W
Amperage: +3.3V: 11.6A, +5V: 16.1A, +12V: 37.7A
Recommended UPS Rating: 1300VA
Generated by OuterVision PSU Calculator 2020-01-05 03:24:06.0
Motherboard: | Desktop | |
Socket: | Socket LGA 1151 | |
CPU: | 1 x Intel Core i7-9700K | |
CPU Speed: | 3600 MHz | |
CPU Vcore: | 1.![]() |
|
CPU Utilization: | 90 % | |
Memory: | 4 x 8GB DDR4 Module | |
Video Card Set 1: | 1 x NVIDIA GeForce GTX 1080 Ti | |
Core Clock: | 1480 MHz | |
Memory Clock: | 1251 MHz | |
Storage: | 1 x SATA SSD | |
Storage: | 1 x M.![]() |
|
Storage: | 1 x SATA 7.2K RPM | |
Other Device: | 5 x USB 3.0 Device | |
Other Device: | 1 x LED strip light — 30 LEDs (24″/60cm) | |
Other Device: | 2 x LED strip light — 6 LEDs (4.![]() |
|
Other Device: | 1 x Fan Controller Device | |
Keyboard: | 1 x Gaming Keyboard | |
Mouse: | 1 x Gaming Mouse | |
Fan: | 10 x 120mm | |
Liquid Cooling Kit: | 1 x NZXT Kraken X72 | |
Computer Utilization: | 8 hours per day | |
Gaming / Heavy 3D Application Time: | No Gaming / 3D Apps | |
Monitor: | 3 x LED 27 inches |
Load Wattage: | 572 W |
|
||||||||||||
Recommended UPS rating: | 1300 VA | |||||||||||||
Recommended PSU Wattage: | 622 W |
Note: The above results may differ from the actual, current PSU Calculator results due to PC parts wattage updates, bug fixes, etc.
GeForce GTX 1080 Ti review: playing ahead of the curve
The
GeForce GTX 1080 Ti is the first NVIDIA consumer graphics card to use the powerful GP102 GPU. We are already accustomed to the fact that “titanium” versions of adapters traditionally bring increased performance, but in this case, the new video card blurs the line between devices of the popular GTX series and the ultimate TITAN X models. GTX 1080 Ti. 96 to 88.
The new video card uses a non-standard memory bus width — 352 bits instead of 384 bits for TITAN X, and the amount of local RAM is reduced from 12 GB to 11 GB, but GDDR5X works at 11,008 MHz instead of 10 008 MHz. However, given the increased frequencies of both the graphics processor and memory chips, even before practical tests, it became clear that in terms of performance, the GeForce GTX 1080 Ti would at least not be inferior to the more eminent model. And if we take into account the almost twofold difference in the recommended price of video cards, it was obvious that the short life cycle of the GeForce TITAN X was coming to an end.
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GeForce TITAN Xp | GeForce GTX 1080 Ti | GeForce TITAN X | GeForce GTX 1080 | |
Crystal name | GP102 | GP102 | GP102 | GP104 |
Manufacturing process, nm | 16 | 16 | 16 | 16 |
Chip area, mm² | 471 | 471 | 471 | 314 |
Number of transistors, billion | 12 | 12 | 12 | 7.![]() |
GPU clock speed, MHz | 1480/1582 | 1480/1582 | 1417/1531 | 1607/1733 |
Number of stream processors | 3840 | 3584 | 3584 | 2560 |
Number of texture units | 240 | 224 | 224 | 160 |
Number of ROPs | 96 | 88 | 96 | 64 |
Memory (type, volume), MB | GDDR5X, 12288 | GDDR5X, 11264 | GDDR5X, 12288 | GDDR5X, 8192 |
Memory bus bit | 384 | 352 | 384 | 256 |
Effective memory clock frequency, MHz | 11 408 | 11 008 | 10 008 | 10 008 |
Memory bandwidth, GB/s | 548 | 484 | 480 | 320 |
TDP W | 250 | 250 | 250 | 180 |
There was no doubt that NVIDIA is preparing something new for fans of ultimate solutions who do not look at the price tags. Indeed, while the GeForce GTX 1080 Ti was getting to us for testing, the Californians introduced a new flagship consumer discrete graphics — GeForce TITAN Xp. For this adapter, the same GP102 graphics processor is used, but with all unlocked functional blocks, the maximum bit width of the memory bus and the operating frequency of GDDR5X. Users willing to spend more than $1200 to buy a video card got a new object for their desires. For now, we offer a closer look at the capabilities of a more affordable new product — the GeForce GTX 1080 Ti.
GeForce GTX 1080 Ti Founders Edition
The reference design was the first to hit the market. Such devices are in the assortment of all manufacturers of graphics adapters, so it is logical to start getting acquainted with the GeForce GTX 1080 Ti using the reference version as an example.
The stock version from NVIDIA is offered in a medium-sized box, the design of which makes it easy to guess its contents.
Video card comes with quick start guide and optional DisplayPort to DVI adapter.
The external design of NVIDIA’s top reference models has not changed for several years. The developers correct the internal content, but the outer shell of the adapters undergoes only cosmetic changes. It must be admitted that many people like the stylish design of the reference versions of the adapters. The aluminum top cover with machined chopped edges is a timeless classic from NVIDIA.
Through a transparent window on the top panel, the plates of the internal radiator block of the cooling system are visible. A massive evaporation chamber is used as a heat-removing element in the base. A single centrifugal fan is used to supply air and blow through the radiator. The advantage of this arrangement is that almost all of the heated air is removed outside the system unit. For compact and poorly ventilated cases, such a variant of a powerful gaming video card is not only desirable, but almost the only possible one.
Engineers have further worked on optimizing the cooler, which has become more efficient than the TITAN X cooler. In this case, the evaporation chamber has been slightly enlarged, as well as the usable area of the interface panel for the output of heated air.
The video card has four video outputs — three DisplayPort 1.4 and one HDMI 2.0b. In this case, all interface connectors are located in one tier. The developers didn’t bring the DVI-D connector to the “second floor”, which would take up a significant area of the panel. If the monitor is connected using this interface, you can use the included DisplayPort to DVI adapter. This layout of the connectors has significantly increased the area of the ventilation grill, which now occupies about ⅔ of the entire mounting plate. This simplifies heat dissipation while improving the efficiency of the cooling system.
The video card uses the same printed circuit board as for the GeForce TITAN X. At the same time, as it is not surprising, for the GeForce GTX 1080 Ti the option is not used with a simplified element base, but, on the contrary, with an enhanced GPU power stabilization subsystem.
The VRM consists of seven dual phases (2x dualFET). This arrangement as a whole allows not only to obtain the required power, but also to increase the efficiency of the converter.
Micron’s GDDR5X memory chips are U-shaped around the GPU. A total of 11 chips are used, each with a capacity of 1 GB. An empty platform for another microcircuit reminds of the unification of the printed circuit board. All memory chips are additionally cooled by contacting through heat-conducting pads with a massive cooler bracket.
Two 12V connectors are provided on the top edge for auxiliary power supply. One for 8 pins and one for 6 pins. The declared thermal package of the video card fits within the framework of 250 watts. The TITAN X has the same TDP, as well as the new flagship — TITAN Xp. All three video cards are based on the same GPU, which includes 12 billion transistors. Of course, the actual power consumption of the models will differ, but the declared bar will not be exceeded. Recall that for the GeForce GTX 1080, based on a simpler GP104 chip, the TDP package is 180 watts. That is, the power consumption of the GeForce GTX 1080 Ti will be higher, but such appetites are justified by increased performance. In addition, the consumption is within reasonable limits for the ultimate single-chip video card. NVIDIA recommends using a 600W PSU for a GTX 1080 Ti system.
The reverse side of the printed circuit board is covered with a massive plate. In addition to protecting the PCB surface from possible mechanical damage, it also completes the overall design of the device.
The plate used is of a composite construction. Part of the plate can be dismantled, for example, if a compact system uses two video cards placed in adjacent slots. In this case, the air flow to the fan of one of the adapters may be obstructed. By removing part of the plate, you can increase the gap between devices while maintaining the protection of the GPU area.
The total length of the graphics card is 267 mm. Typical dimensions for top NVIDIA models. In most situations, installing such an adapter should not be difficult.
Traditionally, the GeForce GTX logo is located on the top panel of the video card, effectively illuminated in green during system operation. A very successful find by designers has been perfectly complementing the look of top-end NVIDIA devices for many years now.
In operation
In idle mode on an open stand, the GPU temperature was kept at 32 degrees. In this case, the fan rotated at a speed of about 1100 rpm.
The active cooling system does not have hybrid operation, i.e. the CO fan does not stop under any circumstances. However, under minimal load it is very quiet.
Under load, the temperature of the GPU increased to 84 degrees, while the fan speed increased to 2400 rpm. Let’s assume that in a closed case the speed will be even higher. Reference models of NVIDIA adapters have never been exemplary devices for connoisseurs of silent video cards. At its peak, the noise level of the GTX 1080 Ti can be described as average. At the same time, under load in modes with turned off vertical synchronization with a large number of frames / s, in our case, one could hear a slight rustle of choke coils.
In the case of the reference GeForce GTX 1080 Ti, the operating frequency of the GPU is very variable. The GPU Boost 3.0 mechanism actively changes this parameter over a wide range, reacting to the temperature of the chip and its power consumption. In some games, the GPU automatically accelerates to 1800-1850 MHz, in other situations, under load, the frequency may drop to 1700 MHz or increase at the peak up to 1886 MHz.
Overclocking
When experimenting with overclocking, it is worth initially increasing the allowable power limit. The adapter allows you to increase the Power Limit up to 120%. The base frequency of the graphics processor was increased to 1642 MHz.
After overclocking, the GPU accelerated to 1923-1974 MHz under a real game load. Monitoring utilities fix peak 2075 MHz, but these are only single bursts.
The actual operating frequency of the GP102 is close to 2000 MHz. At the same time, the dynamic auto-acceleration mechanism does not allow to consistently exceed this symbolic threshold. Increasing the GPU clock speed increases both power consumption and chip heating. According to the algorithm, the video card tries to keep the temperature of the GPU within the specified limits. After overclocking, the chip warms up to 85 degrees, while the fan speed exceeded 3000 rpm.
Although the GPU base frequency has been officially increased by 10.9%, the actual operating frequencies will be lower. GPU Boost has to control the heating of the chip and its power consumption, not allowing it to accelerate beyond the norm.
Memory chips were also further accelerated. The chips worked stably at effective 12112 MHz (+10%).
Test bench configuration
Processor | Core [email protected], 5 GHz | Intel, www. |
Cooler | Thermalright Archon Rev.A | Thermalright, www.thermalright.com |
Motherboard | ASUS PRIME Z270-A (Intel Z270) | ASUS, www.asus.ua |
Video card | MSI GeForce GTX 1080 GAMING X 8G, MSI GeForce GTX 1070 GAMING X 8G | MSI, www.msi.com |
Accumulator | HyperX Savage 960 GB (SHSS37A/960G)/Kingston KC300 120GB (SKC300S37A/120G) | HyperX, www.hyperxgaming.com |
Power supply | Thermaltake Toughpower Grand TPG-1200M (1200 W) | Thermaltake, www.thermaltakeusa.com |
Monitor | ASUS PB278Q (27″, 2560×1440) | ASUS, www.asus.ua |
Performance
We used several graphics cards to evaluate the performance of the GeForce GTX 1080 Ti. The GeForce GTX 1080 will allow you to experience the advantage of the “titanium” version over the base video card of the series, equipped with a simpler graphics processor. The GeForce GTX 1070 is included in the list of exhibitors to evaluate the performance of the GeForce GTX 1080 Ti against the well-received well-received balanced model. In addition, we also added the results of the GeForce GTX 780. This model was introduced almost 4 years ago and cost almost the same ($649), as well as a participant in our review. It is interesting to see how the situation has changed over time.
Unfortunately, there were no video cards with AMD chips in the list of test participants. The Radeon RX 480/580 are mid-range devices that would look very unconvincing against the background of single-chip flagships. Perhaps it would be of academic interest to compare the performance with those for the Radeon RX Fury / Fury X, but these age-specific adapters are no longer on the market, and their practical usefulness is doubtful. We are looking forward to the Radeon RX Vega, with the release of which in the top segment should appear intrigue. So far, at the top of the graphics hierarchy, NVIDIA devices are languishing in splendid isolation. Let’s look at the current alignment of forces.
During testing, we used a screen with a resolution of 2560×1440, setting the game presets with maximum graphics quality or close to it. As measurements show, under such conditions, the GeForce GTX 1080 Ti is about a third ahead of the GeForce GTX 1080. Moreover, slightly more modest overall results in synthetic tests can be explained by the fact that the overall performance is also affected by the performance of the processor, which was unchanged.
In real games, one could observe an increase of 27-35%. At the same time, it is also worth considering here the nuance that to recreate the stock GTX 1070/1080, we used MSI GAMING series adapters with original cooling systems, lowering the base GPU frequencies to the recommended values. However, the more aggressive GPU Boost algorithm still provided these models with a slight advantage over the reference GTX 1070/1080. Therefore, when compared with stock models, the difference will be even slightly larger. The advantage of the GTX 1080 Ti will certainly be more significant with increasing screen resolution.
The advantage over the GeForce GTX 1070 is on average a significant 50-65%. In a number of games, the GeForce GTX 1080 Ti can provide about 150 frames / s at maximum graphics quality settings and a resolution of 1440p. This is a reason for the owner of such a video card to look towards monitor models with a screen refresh rate of 144 Hz. Here the possibilities of such game models will be really in demand. Such indicators also allow you to count on comfortable performance at 4K resolution.
However, in some particularly heavy projects, only the GeForce GTX 1080 Ti provides enough fps even at 2560×1440. For example, now a video card has finally appeared that allows you to use the “Beyond” graphics quality preset in The Witcher 3: Wild Hunt in this mode and not observe unpleasant performance drops. It turned out that there already exists a graphics adapter that can brute force the features of the Deus Ex: Mankind Divided engine, providing about 70 frames / s in Ultra mode. As you can see, the GTX 1080 here only gives an average of 52 frames / s, which means that in complex scenes the number of frames / s will drop to uncomfortable values.
Tom Clancy’s Ghost Recon Wildlands is also very demanding on graphics card resources. The Ultra quality settings mode can be afforded by either lovers of spectacular screenshots or owners of top-end video cards. The average 60 fps on the GeForce GTX 1080 Ti is a real pain for those with a slower graphics card.
Ashes of the Singularity: Escalation in Crazy mode can also seriously puzzle even the GTX 1080 Ti, but if the latter can still cope with such a load, then the usual GTX 1080 is no longer enough for maximum comfort. In such cases, you will have to reduce the quality of the graphics.
Even a GeForce GTX 1080 Ti can benefit from additional overclocking. After increasing the clock speeds of the GPU and memory chips, the performance of the video card increased by about 6-9%. The increase is relatively small. Even in normal mode, the GPU accelerates significantly, because the delta of the actual frequencies after GPU Boost is lower than the difference in the conditional base values. In this regard, it would be interesting to evaluate the overclocking efficiency of alternative variants of the GeForce GTX 1080 Ti.
The results of the GeForce GTX 780 3 GB graphics card presented in the charts are a great opportunity to evaluate the progress in the field of discrete graphics. Just 4 years ago it was a top solution costing $650+. On average, the GeForce GTX 1080 Ti is 3-4 times more productive than an older video card with the Kepler architecture. Yes, the modes used are absolutely uncomfortable for the GeForce GTX 780. It has only 3 GB of memory on board, so some of the textures have to be kept in the system RAM. The base GPU frequency of 863 MHz is ridiculous by today’s standards, and limited support for DX12 and the lack of additional optimizations in the drivers do not allow us to reveal the capabilities of this model. But such is the harsh reality that owners of such devices have to face. Of course, you can reduce the quality of graphics and reduce the resolution, getting more comfortable playing conditions, but in identical «heavy» modes, there is a real abyss between devices of different generations.
Power Consumption
The GeForce GTX 1080 Ti has a TDP of 250W, so the power consumption of a GP102-based graphics card is expected to be higher than that of a GP104-based graphics card. Recall that the TDP for the GTX 1080 is 180W, and the GTX 1070 should fit within the 150W range.
With a high load on the computing units of the GPU, the consumption of the GTX 1080 Ti is indeed 50–60 W higher than that of the GTX 1080, at least 80 W higher than that of the GTX 1070. Based on a 28-nanometer GPU, the GeForce GTX 780 video card also turns out to be somewhat more economical.
In real games, the difference in power consumption of systems equipped with different video cards increases even more. The GeForce GTX 1080 Ti can provide significantly more frames per second, because it loads the CPU more, which in turn also consumes additional energy. In any case, the power consumption of the entire platform did not exceed 400 W, so the developers’ recommendation to use a PSU with a power of 600 W or more is justified.
Price
The recommended price for the GeForce GTX 1080 Ti 11 GB for the US market is $699. Yes, this is actually the new flagship of the consumer line, because the device is by no means cheap. But, if we remember that quite recently a video card with identical or even slightly lower performance was offered for $1200, then the progress is tangible.
In Ukraine, the current retail price of models based on the reference design is about UAH 24,000 (~$900). At the same time, the market is quickly saturated with versions with alternative cooling systems, so the cost of video cards based on the GP102 will certainly decrease.
4.5
ITC. UA score
Pros:
Excellent performance; stylish design of the reference video card; ejection of heated air outside the system unit; 11 GB memory
Cons:
Price; average noise level under load
Output:
The appearance of the GeForce GTX 1080 Ti is a signal that NVIDIA is fully equipped to meet future competitors. Having decided not to wait for the official launch of the Radeon RX Vega, the Californians played ahead of the curve. If conditions allow, then such tactics seem to be winning. By the time new top-end devices with AMD chips actually appear on sale, the market will already be flooded with the GeForce GTX 1080 Ti and the priceless GeForce GTX 1080/1070.
The GeForce GTX 1080 Ti is very easy to evaluate in terms of performance. It’s the most powerful graphics card out there, about a third ahead of the GTX 1080, great for 2560x[email protected]Hz monitors, and a ticket to comfortable gaming on 4K screens.
determining the power supply capacity in a gaming PC / Laptops and PCs
I was inspired to write this short article by the comments on the latest issues of «Computer of the Month» — our regular column, which offers up-to-date assemblies of gaming system blocks. In the summer, after the collapse of the main cryptocurrencies, more video cards appeared on sale, and their prices slowly but surely crept down. Against the backdrop of these events, I again began to recommend the most interesting, in my opinion, models in all categories of PCs. So, in July and August, the GeForce RTX 3070 Ti was listed in the advanced build. This video card is famous not only for the hardware limitation of efficiency when mining ETH and other coins using similar algorithms (this limitation, however, has already been partially bypassed), but also for a rather high level of power consumption. As a result, some readers doubted that a system with a Core i5-11600K and GeForce RTX 3070 Ti would have enough high-quality PSU with honest 600-700 watts of power.
Computer of the Month also recommends assemblies for an early upgrade of a video card — such systems are designed to install a video card of any level of performance, up to a GeForce RTX 3090 in overclocking. It is logical that in terms of nutrition management they must fully comply with the stated requirements. Well, let’s see what kind of power supply you need to take productive and powerful assemblies from AMD and Intel.
⇡ # In the previous part
In my understanding, this article is a small but logical addition to the large material “What kind of power supply is needed for a modern gaming PC”, which was published on our website a little over two years ago. After reading it, you will learn:
- how the power consumption of gaming components has changed over the years;
- how much electricity is consumed by a single device in a computer;
- how to correctly calculate the cable management for your assembly;
- how the cost of power supplies of different power and different efficiency changes;
- what power is needed for gaming PCs of that time;
- what, in addition to power, should be looked at when choosing a power supply;
- which power supply should be chosen if you plan to upgrade hardware and overclock it.
Indeed, during this time a lot of new hardware has appeared on our market: video cards of the GeForce RTX 30 and Radeon RX 6000 series, as well as new central processors for AMD AM4 and Intel LGA1200 mass platforms. Otherwise, the changes are minimal, and most of the topics covered in this article are relevant to this day.
Let’s not dwell on the issues related to the availability of components and their prices, but concentrate on the competition between the eternal trinity of AMD, Intel and NVIDIA. We see that over the past two years, the confrontation between these chipmakers has reached a completely different level. That in the market of central processors (and platforms for assembling gaming computers), that in the segment of discrete video cards there is serious competition, which in theory is beneficial to the end consumer, that is, to you and me. In practice, we are seeing races that force the listed trinity to produce iron, which is very difficult to call energy efficient. Back in 2019In 2017, the fastest graphics card was considered the GeForce RTX 2080 Ti, whose power consumption level (in the base version) was 260 watts. Now there are as many as 7 graphics accelerators with the same or higher TDP (calculated thermal power) on sale — and this, obviously, is the other side of increased competition in the market.
So, as you can see, it is not surprising that users who want to get a GeForce RTX 3070 and higher graphics card now or in the future are worried about choosing the right power supply. And although we are not surprised by 250-watt graphics accelerators, previously, the fastest versions of video cards had such an increased energy “appetite”: Radeon VII, Radeon RX Vega 64, Radeon R9Fury (X) and Radeon R9 390X from AMD; GeForce RTX 2080 Ti, GeForce GTX 1080 Ti and GeForce GTX 980 Ti from NVIDIA.
The CPU and video card are the main consumers of power in any system. Obviously, it is they who determine which power supply should be installed in the system unit. As in the case of 3D gaming accelerators, the power consumption of central processors is not decreasing either — it will not decrease in the future if we are talking about high-performance desktop systems. Only in the case of the CPU, we observe a certain catch, since the declared characteristics of the chips reflect a certain base value. Here AMD makes a correction for its processors, indicating that we are talking about Default heat output value . Intel stands for TDP abbreviation as the average performance in watts when the processor’s power is dissipated (when running at base frequency, when all cores are involved) under a complex load condition defined by the manufacturer . Obviously, in both cases, the power of the chips can be higher than the indicated passport characteristic — this is not news for regular readers of our site, but we will illustrate this again later. Therefore, when choosing a power supply, you cannot simply take and add up the calculated power of the main components of the system.
So, for example, the sum of the TDP Ryzen 5 5600X and GeForce RTX 3080 is 385 W, plus other system components will “eat” a little more. But in fact, such an assembly can consume much more — especially considering overclocking.
How much to hang in watts? This is what we will now check.
⇡#Assembling a powerful gaming PC
So, for a small experiment, I assembled four systems. A complete list of all components is given in the table below.
Advanced Assembly | |
Option 1: ✓ AMD Ryzen 5 5600X ✓ ARCTIC Liquid Freezer II-420 ✓ ASUS ROG Crosshair VIII Dark Hero ✓ G.Skill Trident Z F4-3200C14D-32GTZ ✓ ASUS ROG Strix RTX 3090 Gaming OC ✓ Intel SSDPEKKW020T8X1 ✓ Seasonic PRIME TX-1000 ✓ 3x Noctua NF-P12-PWM |
Ryzen 5 5600X and Core i5-11600K variants are similar to PC of the Month advanced build offerings. Systems with Ryzen 9 5900X and Core i7-11700K can be classified as the maximum assembly. If you compare the list of components from this table with the list given in the September issue, you will see that noticeably more sophisticated hardware has been chosen for this article — we are talking mainly about motherboards and a CPU cooling system. This was done on purpose, because all four central processors are equipped with an unlocked multiplier, which means that they can be overclocked on their own.
Choosing a graphics card for PC of the Month builds is a real headache for me. At the beginning of the article, I noted that the BTC and ETH rates dropped noticeably in the summer, and video cards also fell in price after them. In autumn, unfortunately, the situation turned around. As a result, it turns out to be quite difficult to recommend this or that video card, because everything can change in a short period of time. So in September, as part of an advanced assembly, the GeForce RTX 3060 is already recommended, which has a noticeably lower energy appetite.
As a result, it was decided to use the GeForce RTX 3080 in the analogue of the advanced assembly, and the GeForce RTX 3090 in the maximum one. The video card, as you yourself understand, is the most “gluttonous” component in all assemblies. Therefore, my choice is of key importance in terms of the final result. On the other hand, if an assembly with the same GeForce RTX 3080 is pulled out by a PSU of a certain power, then it will cope with video cards of a lower rank even more so.
In fact, the GeForce RTX 3080 and GeForce RTX 3070 Ti have similar power, and it can vary in one direction or another depending on the specific model of the video card. Roughly speaking, where an assembly with a GeForce RTX 3080 consumes 550 watts, a similar system with a GeForce RTX 3070 Ti will “eat” 30-40 watts less.
Undoubtedly, the GeForce RTX 3090 is not only the fastest modern gaming video card, but also the most voracious — but such is the price of the competition that has arisen, and the situation in the microelectronics market as a whole. I used the ASUS ROG Strix RTX 3090 Gaming OC model, which can be seen in the lead roles in the article “Computer of the Month. Special issue: what the fastest gaming systems of 2021 are capable of. We are talking about one of the fastest, coolest and quietest versions of the GeForce RTX 3090 on our market and equipped with a classic air cooling system. Let me remind you that our website has already published a review of the ROG STRIX GeForce RTX 3080 Gaming OC version. The older modification received a similar cooling system, functionality and a set of proprietary features, such as volumetric lighting, two modes of operation and the presence of two four-pin connectors for connecting fans at once. The power subsystem is the same and has 22 phases: 9on the left and 13 on the right. Each channel consists of a power stage and a choke. Some of the phases are assembled with ON Semiconductor NCP303151 assemblies, and some are with Texas Instruments CSD95481RWJ. The 18 phases are dedicated to GPU operation and are controlled by a pair of Monolithic Power Systems MP2888A 10-channel PWM controllers.
Four more channels are responsible for the operation of GDDR6X memory.
All this is necessary for the device to operate at almost limiting frequencies — three 8-pin power supply connectors must be connected to the ROG Strix RTX 3090 Gaming OC. At the same time, the video card consumes more than NVIDIA’s declared 350 W — which is not surprising for a device with factory overclocking. At the same time, the ROG Strix RTX 3090 Gaming OC can be further overclocked both on chip and memory.
ASUS ROG Crosshair VIII Dark Hero |
ASUS ROG Maximus XIII Hero |
AMD builds used ROG Crosshair VIII Dark Hero, Intel systems used ROG Maximus XIII Hero. When I requested hardware from the Russian representative office of ASUS, the only criterion was the possibility of stable overclocking of the processor, video card and memory. As a result, a couple of «Heroes» arrived in the laboratory — and these motherboards did an excellent job with the task.
A detailed review of the ROG Crosshair VIII Dark Hero was published on our website. The processor is powered by 14 phases (seven dual channels) with Texas Instruments X95410RR assemblies that can withstand a load of 90 A each. As a result, the board is able to withstand a total current of 1260 A — a record among ASUS motherboards for the AM4 platform.
Two more phases are responsible for the SoC component of the processors. The manufacturer claims that high-quality Japanese-made capacitors with a declared service life of at least 10,000 hours are used in the processor power circuit. Power management is implemented by an eight-channel Digi + VRM ASP1405I PWM controller.
ROG Maximus XIII Hero also inspires confidence and generally has a power converter similar to ROG Crosshair VIII Dark Hero. The board for the Intel platform uses an 8-channel Intersil ISL69269 controller and seven dual phases with Texas Instruments 95410RR assemblies. Texas Instruments 59880 power stages are used for graphics and SA-voltage generation, which can withstand a load of 70 A.
Both devices received very impressive cooling radiators. Moreover, the X570 ROG Crosshair VIII Dark Hero chipset does not require a fan to dissipate heat. The BIOS of both devices is replete with all sorts of settings that allow you to fine-tune the system, as well as overclock the processor and memory. The POST code indicator with Q-Led LEDs, the Slow_mode switch, as well as the Safe_boot, Retry, Clear CMOS and BIOS FlashBack buttons will also help you. Finally, both boards have PCI Express 4.0 support, a bunch of M.2 ports, and USB 3.2 Gen2.
Seasonic PRIME TX-1000 |
Seasonic FOCUS GX-650 |
As already mentioned, this article deals with far from the most energy-efficient assemblies. The power consumption of the same Core i7-11700K and Ryzen 9 5900X in applications that use AVX instructions exceeds 200 W, and even more during overclocking. Therefore, to test the maximum assembly, my choice fell on the Seasonic PRIME TX-1000 power supply model — it was also used in the system from the article “Computer of the Month. Special issue: what the fastest gaming systems of 2021 are capable of.
And this is a terrific breadwinner for our components. The unit produces an honest kilowatt, since it is capable of transmitting 996 watts of electricity through a 12-volt line. At the same time, the device has an 80 PLUS Titanium certificate — therefore, its efficiency does not fall below 90%, and at 50% load on a 230 V network it reaches 95% according to the standard specifications. However, reviews of colleagues indicate that the efficiency of this PSU is even higher. At the same time, one of the key features of the 80 PLUS Titanium certification is high efficiency even at low load, in which the gaming PC will be most of the time. So, the efficiency of PRIME TX-1000 does not sag below 90% even at 50-100W load. The warranty for the device is 12 years, which means that the PSU will survive far more than one hardware upgrade in the system unit, and will still be relevant.
PRIME TX-1000 is fully modular — all cables are detachable. Most of the wires are flat, which makes it easier to route them behind the chassis. It is noteworthy that a set of cables allows you to connect to two 8-pin CPU power connectors at once, which is important for selected ASUS motherboards, but in reality it is only necessary in case of extreme hardware overclocking. There are six PCI-E 6 + 2 wires at once, which will allow you to power at least two ROG Strix RTX 3090 Gaming OC — there would be a desire. A 135mm fluid dynamic bearing fan is responsible for cooling the PSU components. It starts spinning only at 40% load, but even in active mode, the PRIME TX-1000 is very, very quiet.
The analogue of the advanced assembly used the Seasonic FOCUS GX-650 power supply — the hyperlink leads to a detailed review of this particular model. Against the background of Prime, the FOCUS GX series, of course, looks noticeably simpler, although a 1 kW model is also present in the series of these PSUs. But for testing, I asked to provide exactly the 650-watt version — as the most popular for gaming assemblies of medium and medium-high performance levels. Watts are fair, as the FOCUS GX-650 is capable of transmitting all 650 watts of electricity through a 12-volt line.
The device also received a fully modular cable management. With the exception of the 24-pin power wire, all other cables are flat. The cross section of all wires is typical 18 AWG — there is neither savings on lightly loaded «peripheral» cables, nor an increased cross section of wires in the video card and processor power cables. At the same time, FOCUS GX-650 also has two 4+4 EPS 12V connectors and four 6+2 PCI-E wires at once.
The power supply meets the 80 PLUS Gold efficiency standard. Our tests have shown that at a load of 20% or more, the efficiency of the power supply does not sag below 93%, and at a load of 50% — below 97%. The features of the test bench turn out to be such that in reality the efficiency of the power supply will be slightly lower, but we still have no doubts about the efficiency of the FOCUS GX-650. The warranty for the device is 10 years.
⇡#Test results
In this article we are talking about gaming builds, and therefore it is most interesting to see how much power the test systems consume in games. Who would have thought, but games load the GPU and CPU in different ways. There are applications in which the emphasis is mainly on graphics only, but there are also quite processor-dependent ones. Among several games tested (Horizon Zero Dawn, Watch Dogs Legion, HITMAN 3, Battlefield V, The Witcher III, GTA V, Red Dead Redemption 2, Final Fantasy XIV, Shadow of the Tomb Raider, Cyberpunk 2077), the graphics were the most heavily loaded at the same time , and an action-adventure processor about Lara Croft. This project places serious demands on both types of processors. As a result, test benches were loaded with the following software:
- Shadow of the Tomb Raider. Secret city. DirectX 12. Full HD resolution, maximum graphics quality.
- The Witcher 3: Wild Hunt (Novigrad and surroundings.
DirectX 11. Ultra HD resolution, maximum graphics quality) + Prime95 30.6 (Small FFT test).
In addition to testing in Shadow of the Tomb Raider, the goal was to load the system to the maximum. Resource-intensive tests (for example, the PugetBench benchmark suite for Adobe applications) are not well suited for this purpose, since they either load the CPU or the video card, and not both chips together. I’ll be honest: I don’t know any publicly available software that can simultaneously load 100% of the CPU and GPU, and therefore it was decided to use the proven method in the form of simultaneous launch of The Witcher along with the Prime9 application5, which we mainly use for stress testing hardware. The use of the Wild Hunt was not chosen by chance, because not all games work stably at maximum CPU load. It is important to understand that such testing is artificial to some extent, but after all the experiments, you can say with 100% certainty that such and such an assembly will have enough power supply with such and such power.
The period of each power measurement was 30 minutes, but the measurement of all parameters was carried out after the chips warmed up and the clock frequencies stabilized. The graphs below show the energy consumption meter data of the HWiNFO 64 program (average and maximum levels). Also, the energy consumption was measured using a watts up? PRO — despite such a comical name, the device connects to a computer and, using special software, monitors its various parameters. Please note that household wattmeters have a measurement error and, as a rule, underestimate the power indicators “out of the socket” at medium and high loads by 1-5%.
All four testbeds were additionally overclocked, and we are talking about overclocking of central processors, video cards and RAM. Briefly, the frequency and voltage settings are as follows, and they were selected based on the capabilities of the cooling systems, as well as the overclocking potential of the components: in Prime95)) + GeForce RTX 3080 (1855/1325 MHz, PL 109%) + 32GB RAM (DDR4-3400, 1. 4V).
I remind you that the overclocking of components is always a lottery. We will discuss this topic in more detail a little later. In the meantime, let’s move on to the most important thing — the test results.
The first thing that catches your eye when studying the power consumption measurements of assemblies is a noticeable difference in the consumption of central processors between the AM4 and LGA1200 platforms. Yes, Rocket Lake chips consume noticeably more power — especially when running the Prime95 30. 6 stress test. On the other hand, the difference in power consumption, although significant, does not reach hundreds of watts — therefore, similar requirements can be imposed on AMD and Intel assemblies, and further I will focus on the performance of the most voracious systems.
So, we see that in Shadow of the Tomb Raider, a stand with a Core i5-11600K and a GeForce RTX 3080 consumes a little less than 500 watts at the peak. On average, according to software monitoring, the Intel chip was loaded at 76%. As mentioned earlier, many games consume less electricity, but do not forget about future projects — given the development of computer technology, the times when 6-cores will be 100% loaded even in games will come pretty quickly.
The Summer Advanced build recommended a 650W PSU, 30% more than the Core i5-11600K and GeForce RTX 3080 build consumes in SotTR and most other games. So such a power supply will be enough if we are talking exclusively about the gaming system. Obviously, for assemblies with less productive video cards (Radeon RX 6700 XT, GeForce RTX 3060, and so on), a 600-650 W unit will be enough with a margin. And I again agitate you to invest in a quality device.
Two caveats are important next. First, we are talking about high-quality power supplies, which are recommended in the advanced and maximum builds of the “Computer of the Month”. That is, a model with a declared power of 650 W really holds it with a load on the 12 V line. In addition, even in the Witcher + Prime95 mode, the power consumption of the entire stand did not exceed 600 W. But, secondly, I do not see anything wrong with using a power supply with a noticeably large power reserve even for an advanced assembly. In this mode of operation, the device heats up less and makes less noise. Plus, the difference in price between the frontier power models (eg 650W and 750W) turns out to be negligible in most cases. These facts were discussed in the article «What kind of power supply is needed for a modern gaming PC.»
If you are thinking about buying a 300W graphics card and you already have a good 600+W PSU, don’t rush to change it. Most likely, you will not experience problems. I say “most likely”, meaning that there may still be incompatibility of one or another PSU with a powerful video card. It may not be due to a lack of power, but to the inclusion of built-in protection, since the device is too sensitive to a serious increase in system power. So, in my park there is one very high-quality, but frankly old 1500 W PSU, which is constantly cut down when some GeForce RTX 3080 and GeForce RTX 309 models are connected.0. This PSU has no problems with other versions of these video cards, which means that the described case is a special one.
Overclocked build with Core i5-11600K and GeForce RTX 3080 draws ~580W in Shadow of the Tomb Raider and 650W at max system load. Complex overclocking of the system unit significantly increases the growth of its power consumption. This point must be taken into account if you initially or over time (as in the example described earlier) plan to overclock your PC. And in the case of such a pattern of using the system, it is wrong to recommend a 650 W power supply. You can’t save! Another thing is that the “Computer of the Month” mainly recommends standard assemblies without overclocking — because an absolute minority of users are engaged in hardware overclocking. And those who do it themselves know what kind of PSU they need.
The second limiting factor is the need to use quality motherboards and cooling systems. Let me remind you that for this article I had to use an unattended LSS. As a result, the performance of the ARCTIC Liquid Freezer II-420 is enough to keep the Prime95 Core i5-11600K at 4.8 GHz at 96 degrees Celsius. In Shadow of the Tomb Raider, this 6-core processor at 5 GHz heats up to only 66 degrees Celsius (average processor power consumption was 148 watts). Again, a lot here depends on the conditions of use of your system unit.
I will add that the feasibility of overclocking modern computer hardware raises a lot of questions, but this is a topic for a separate article.
Ryzen 9 5900X + GeForce RTX 3090 Overclocked |
Core i5-11600K + GeForce RTX 3080 (nominal) |
Ryzen 9 5900X + GeForce RTX 3090 Overclocked |
Core i5-11600K + GeForce RTX 3080 (nominal) |
Ryzen 9 5900X + GeForce RTX 3090 Overclocked |
Core i5-11600K + GeForce RTX 3080 (nominal) |
Ryzen 9 5900X + GeForce RTX 3090 Overclocked |
Core i7-11700K + GeForce RTX 3090 (overclocked) |
But in the maximum assembly, a 650-watt unit is no longer enough. Here you need a higher power option — power supplies from 850 watts. With complex overclocking, you need a kilowatt, no less. There’s nothing to be done, because the GeForce RTX 3090 overclock consumes almost 500 watts! And the 8-core Core i7-11700K in applications that use AVX instructions is able to «eat» more than 300 watts.
⇡#Conclusions
To be honest, I don’t even know how to finish this article beautifully — the test results turned out to be too obvious. Yes, video cards with power consumption of 250+ W are becoming the norm, and when the mining boom ends, many gamers will have a great opportunity to get a gluttonous, but very, very fast gaming accelerator — including at the expense of the used market. In this case, you need to make sure in advance that your power supply will pull such a «burden». Fortunately, high-quality sources with a power of 600-700 watts will cope with the work of updated builds in games. But for extreme PC operating modes and for overclocking, do not be stingy with buying a really powerful power supply. Fortunately, we are talking about a type of device that becomes obsolete very little and is able to survive far from one upgrade.
We express our gratitude to the Russian representative offices of the companies ASUS and Seasonic, as well as the computer store « Regard » for the equipment provided for testing.
master of the elements GECID.com. Page 1
::>Video cards
>2017
> ASUS ROG Poseidon GeForce GTX 1080 Ti Platinum edition
10-31-2017
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Not so long ago, water cooling systems (water, because in the vast majority of cases it is water (pure or with additives) that is used as a coolant in the circuit)) were the lot of exclusively «handy» enthusiasts who assembled CBOs from improvised materials. In fairness, it should be noted that far from always it looked aesthetically pleasing. But time passes and everything changes, already now many manufacturers offer ready-made maintenance-free «dropsy» that look very presentable and offer good efficiency, and are also quite popular. It is quite natural that in terms of performance such solutions were not even close to a self-assembled version using high-performance components. Moreover, on the market you can find all the necessary set of accessories and the user does not have to cook, solder and cut anything.
Which components in the system generate the most heat? That’s right, the processor and video card. But if in the first case there should not be any particular problems with the selection of the desired water block, then in the second there are a number of difficulties. To begin with, you will have to dismantle the standard cooling system, and this is fraught with loss of warranty for a very expensive product. Yes, you can immediately choose a graphics accelerator with a water block, but, as a rule, such solutions are paired with the reference version of the video card. But in addition to good cooling, a reinforced power subsystem is also very important during overclocking. This leads to another snag — picking up a water block that covers not only the GPU, but also memory and power elements for a non-reference video card can be a very difficult or even overwhelming task.
All this was taken into account by ASUSTeK Computer Inc. and for such cases offer video cards with a hybrid cooling system that can be cooled both by air and water. A prominent representative of such models is ROG Poseidon GeForce GTX 1080 Ti Platinum edition (ROG-POSEIDON-GTX1080TI-P11G-GAMING) . What should be expected from her? Let’s figure it out together.
Specification
Model |
ROG Poseidon GeForce GTX 1080 Ti Platinum edition (ROG-POSEIDON-GTX1080TI-P11G-GAMING) |
GPU |
NVIDIA GP102-350 |
Microarchitecture |
NVIDIA Pascal |
Technical process, nm |
16 (FinFET) |
Number of CUDA cores |
3584 |
Rated / dynamic frequency of the graphics core, MHz |
1594 / 1708 («Gaming») |
Video memory type |
GDDR5X |
Volume, GB |
11 |
Nominal / effective memory frequency, MHz |
1376 / 11008 (“Gaming”) |
Memory bus width, bit |
352 |
Memory bandwidth, GB/s |
484.4 («Gaming») |
External interfaces |
1 x DVI-D |
Additional PCIe power connectors |
2 x 8-pin |
Minimum recommended power supply wattage, W |
600 |
Dimensions from the official website (according to measurements in our test laboratory), mm |
298 x 158 x 50 (303 x 150) |
Drivers |
Fresh drivers can be downloaded from the company’s website ASUS or GPU manufacturer’s website |
Manufacturer website |
ASUSTeK Computer Inc. |
Packaging and delivery
ROG Poseidon GeForce GTX 1080 Ti Platinum edition comes in a large cardboard box. The packaging is decorated in traditional black and red colors, and on its sides you can find the specification of the graphics adapter and a mention of the cooling system, which, according to the manufacturer, is 5% more efficient than the reference one in normal mode, and when connected to a water cooling circuit, by 30% . In addition to this, there are manufacturer’s recommendations for the power supply: a minimum of 600 W and preferably two 8-pin PCIe connectors.
The front side of the package is held with Velcro and folds up. After that, two large images of the accelerator and several pictograms open up to the eye, which in a simple and accessible form tell about all the key features and advantages of the new product.
In our case, the delivery set differed from that stated on the official website. It includes user documentation, a CD with drivers and software, as well as a couple of branded reusable cable ties for laying power cables. In the retail version, you can also find two adapters from a pair of six-pin to one eight-pin auxiliary power connector.
Appearance
ROG-POSEIDON-GTX1080TI-P11G-GAMING has a rather spectacular appearance. Almost the entire front part is occupied by the original cooling system with two large fans and a casing in graphite gray tones with a proprietary mosaic and a number of recognizable symbols. Only plugged ports for connecting CBO fittings hint at the presence of a built-in water block.
Video card is shorter than ROG STRIX GeForce GTX 1080 Ti OC Edition (303 mm vs. 313 mm), but at the same time it was taller (150 vs. 132 mm) and occupies two and a half expansion slots, that is, not every case is capable of being taken on board such a » baby.»
We were not allowed to disassemble the accelerator, but judging by the images from the official website and colleagues, the adapter uses a printed circuit board similar to the ROG STRIX GeForce GTX 1080 Ti OC Edition. As a result, we get the original PCB with a reinforced 10 + 2-phase power subsystem (the reference version for the GPU provides only 7 phases). Chip 9 acts as a PWM controller0049 uP9511P . Since it can serve a maximum of 8 phases, three uP1911R microcircuits actively help it. All manufactured by uPI Semiconductor. Monitoring functions are assigned to the ITE IT8705F/AF controller. Power components follow the Super Alloy Power II proprietary concept, and assembly is performed on a fully automated production line ASUS AUTO-Extreme Technology .
Additional power is supplied through two 8-pin PCIe connectors located on the top of the board. In total, together with the PCI Express 3.0 x16 slot, up to 375 W of power can be supplied, which should be enough even for the most extreme overclocking, given that the TDP of the reference NVIDIA GeForce GTX 1080 Ti is declared at 250 W. The cooling system slightly hinders the connection and disconnection of additional power cables. Nearby are two pairs of LEDs to indicate power status. Enthusiasts and overclockers will definitely like the platform for monitoring and changing key voltages.
To combine the computing power of several ROG Poseidon GeForce GTX 1080 Ti Platinum edition, NVIDIA SLI technology has been implemented, which works using two MIO connectors required to connect the corresponding bridges.
The reverse side is covered with a massive stiffening plate with a pattern and cutouts for the board components. Additionally, it is involved in the removal of excess heat, so it heats up during the operation of the video card, which should be taken into account when removing the novelty.
There are two 4-pin connectors for connecting case fans (ASUS FanConnect II technology) in the tail section, the speed of which can be tied to the temperature of the GPU or CPU. There is also an Aura Sync RGB block for synchronizing the operation of the LED backlight with compatible products.
The ROG-POSEIDON-GTX1080TI-P11G-GAMING interface panel has been redesigned to make it easier to connect VR devices. ASUS calls this modification VR-Friendly, and it includes the following set of video outputs:
- 1 x DVI-D;
- 2 x HDMI 2.0b;
- 2 x DisplayPort 1.4.
The reference version uses three DisplayPorts and one HDMI.
The GPU-Z utility has confirmed that the «sea god» has at its disposal a 16nm NVIDIA GP102-350 graphics processor, which has 3584 CUDA cores, 224 texture units and 88 raster units. By default, the «Gaming» profile is used, in which the GPU frequencies reach 1595 and 1709 MHz, while Micron’s 11 GB of GDDR5X memory operates at an effective frequency of 11,008 MHz. Again, we have a complete resemblance to the ROG STRIX GeForce GTX 1080 Ti OC Edition. Recall that the frequencies of the reference GeForce GTX 1080 Ti are 1480 / 1582 MHz for the GPU and 11,008 MHz for the memory.
If desired, ASUS GPU Tweak II utility allows you to activate the «OC» and «Silent» modes or create profiles with your own settings.
An example of ASUS AURA RGB illumination on a video card ROG Poseidon GeForce GTX 1080 Ti Platinum edition
The finishing touch to the design of the graphics card is ASUS Aura Sync RGB illumination, and it is slightly different from the backlight familiar to us from the ROG STRIX line. It includes a longitudinal window (on the side of the casing of the cooling system), filled with a number of LEDs, which, when lit, create an infinity effect, as if you are looking into space or the depths of the sea. A large Republic of Gamers logo is also highlighted on the «back».
The user can choose from millions of colors and one of six modes of operation. Moreover, the backlight can serve as a visual monitoring of the GPU temperature in real time or wink to the rhythm of the music. If you have other accessories and peripherals that support ASUS Aura Sync, then all this goodness can be made to blink in unison for a more colorful effect.
Cooling system
The ROG Poseidon GeForce GTX 1080 Ti Platinum edition has an updated DirectCU h3O cooling system. In general, we have already seen a similar design in the ASUS ROG POSEIDON GTX 980 Ti model. The central place in it is occupied by the evaporation chamber, into the plane of which a U-shaped channel for water is pressed. A radiator with copper nickel-plated tubes is fixed on top. CO contacts not only with the GPU, but also with the memory chips and the VRM unit through additional plates and thermal pads.
Fittings in the water block have a G1 / 4 «threaded connection. This is the most popular standard, so it will be easy to choose the appropriate fittings for connecting the CBO circuit under it. Moreover, they are located on both sides of the site, perpendicular to the board, which will allow you to most conveniently bring the circuit
Two 96mm axial fans are responsible for the active part. The manufacturer claims protection against dust with full compliance with the IP5X standard.And thanks to 0dB technology, the cooler goes into passive mode at low load on the GPU.
Unfortunately, we didn’t have a chance to test the efficiency of the cooler with water, so all tests were carried out exclusively in the air-cooled mode. So let’s get started.
With automatic fan speed control, in the maximum load mode, the graphics core heated up to 83°C, and the cooler worked at 87% of its maximum power. The subjective noise was below average and did not cause any discomfort. Recall that the critical temperature for the nucleus is 91°C. Most of the time, the GPU runs at 1810 MHz, and in games this figure will certainly be even higher. For comparison, the ROG STRIX GeForce GTX 1080 Ti OC Edition in similar conditions warmed up to 69 ° C at a frequency of up to 1873 MHz.
In the maximum fan speed mode, the GPU temperature remained at 83°C, but its frequency increased to 1823 MHz. The noise has reached an average level. He was on the verge of comfort for long hours at the computer. But the ROG STRIX GeForce GTX 1080 Ti OC Edition in this mode showed 50 ° C and a frequency of 1860 MHz, but the noise level went beyond the permissible range.
In the absence of load, the frequencies of the graphics core and memory were automatically reduced, allowing to reduce power consumption and heat dissipation of the video accelerator as a whole. In this mode, the GPU temperature did not exceed 30°C, and the cooler went into passive mode. The fans only started when the GPU temperature reached 56°C. Therefore, during idle times, the video card is absolutely silent.
In general, the cooling system of the tested model, even in air mode, copes with the cooling of the video card, demonstrating acceptable temperature indicators and low noise level in any mode of operation. During testing, no extraneous sounds were noticed, such as the squeak of throttles.
Computer for World of Tanks — testing and system requirements
Computer for World of Tanks — testing and system requirements
Release year: 2010
Genre: MMO action, arcade tank simulator
5 Developer: Wargaming 5 . net
On March 20, 2018, the most global update of the popular online game World of Tanks 1.0 was released. The new Core engine, which replaces the old BigWorld, provides a huge improvement in graphics and new technological features, which will be even more in the future. The main part of the content was recreated from scratch in HD quality, in other words, the developers redrawn everything. Each map has its own unique dynamic soundtrack, which conveys the atmosphere of the region. But the most important thing is optimization, it was done at a decent level and the players will not have any FPS drops.
System requirements World of Tanks
Minimum system requirements:
- Processor: two or more physical cores supporting SSE2 technology
- Video card: GeForce 8600/ATI Radeon HD 4550
- Operating system: 2 GB 901 : Windows 7/8/10
- Hard disk space: 55 GB
Recommended system requirements:
- Processor: Intel® Core™ i5 or AMD FX-6xxx
- Video card: NVIDIA® GeForce® GTX 660 2 GB / NVIDIA® GeForce® GTX 1050 2 GB / Radeon™ HD 7850 2 GB
- RAM: 4 GB
- Operating system: Windows 7/8/10 — 64-bit
- Hard disk space: 55 GB
- Internet connection speed: 1024 Kbps or higher (for voice chat)
System requirements for playing on Ultra settings
- Processor: Intel Core i5-7400 / AMD Ryzen 5 1500X
- Video card: NVIDIA® GeForce GTX 1050 Ti 4GB / NVIDIA® GeForce GTX 1650 4GB / Radeon RX 570 (4 GB)
- RAM: 8 GB
- Operating system: Windows 7/8/10 — 64-bit
- Disk space: 83 GB
- Internet connection speed: 1024 Kbps or higher (for voice chat)
Computer for World of Tanks
Video card for World of Tanks
Here are the results of testing World of Tanks with NVIDIA video cards: FPS and video memory consumption:
FPS in World of Tanks
Resolution 1920×1080, maximum graphics settings
142
221
127
197
127
197
122
189
185 9000 9000 9000
109
170
104
162
94
142
80
121
76
118
53
80
42
65
for WORLD of Tanks in resolution 1920×1080 (FHD) Video 4 GTORTs on maximum settings on maximum settings ) or GeForce GTX 1050 Ti 4 GB (65 FPS).
Resolution 2560×1440, maximum graphics settings
minimum FPS
average FPS
GeForce RTX 2080 Ti 11 GB |
133 204 |
GeForce RTX 2080 Super 8 |
118 176 |
GeForce RTX 2080 8 |
110 164 |
GeForce GTX 1080 Ti 11 GB |
108 164 |
GeForce RTX 2070 Super 8 GB | 9000 9000
140 |
GEFORCE RTX 2070 8 GB | |
GeForce GTX 1080 8 |
83 126 |
GeForce RTX 2060 Super 6 |
82 120 |
GeForce GTX 1070 Ti 8 GB |
78 118 |
GEFORCE RTX 2060 6 GB |
105 |
GEFORCE GTX 1070 8 GB | 9000 9000 9000
103 |
GeForce GTX 1660 Ti 6 |
61 88 |
GeForce GTX 1660 6 |
52 75 |
GeForce GTX 1060 6 |
50 76 |
GeForce GTX 1650 4 |
34 50 |
GeForce GTX 1050 Ti 4 |
27 42 |
For World of Tanks at 2560×1440 (2K) at maximum settings, you will need a GeForce GTX 1060 6 GB (76 FPS) or a new GeForce GTX 1660 6 GB (75 FPS). The GeForce GTX 1650 graphics card will output 50 fps in WoT, so you will need to change the settings from maximum to high.
Resolution 3840×2160, maximum graphics settings
minimum FPS
average FPS
GeForce RTX 2080 Ti GB |
68 105 |
|
GeForce RTX 2080 Super 8 |
59 89 |
|
GeForce RTX 2080 8 |
55 83 |
|
GeForce GTX 1080 TI 11 GB |
53 82 82 |
|
GeForce RTX 2070 Super 8 GB |
48 71 |
|
GEFORCE RTX RTX 2070 8 GB |
43 63 |
|
GeForce GTX 1080 8 |
41 63 |
|
GeForce RTX 2060 Super 6 |
41 60 |
|
GeForce GTX 1070 Ti 8 GB |
39 59 |
|
GEFORCE RTX 2060 6 GB |
35 54 |
GEFORCE GTX 1070 8 GB |
GeForce GTX 1660 Ti 6 |
27 46 |
|
GeForce GTX 1660 6 |
23 39 |
|
GeForce GTX 1060 6 |
25 38 |
|
GEFORCE GTX 1650 4 GB |
15 26 9000 9000 9000 |
|
GeForce GTX 1050 TI 4 GB |
14 9000 9000 9000 9000 9006 9006 9006 |
For World of Tanks at 3840×2160 (4K) at maximum settings, you will need a GeForce GTX 1080 8 GB (63 FPS) or GeForce RTX 2060 Super 6 GB (60 FPS) video card. The GeForce RTX 2060 graphics card will deliver 55 frames per second in WoT, which is also a good result, but a couple of graphics settings will have to be lowered.
Video memory consumption in World of Tanks at maximum game settings
- 1920×1080 (FHD)
- 2560×1440 (2K)
- 3840×2160 (4K)
Video memory consumption at 1920×1080 resolution (megabytes).
GeForce RTX 2080 Ti 11 |
2924 |
GeForce GTX 1080 Ti 11 |
2866 |
GeForce RTX 2060 SUPER 8 |
2481 |
GeForce RTX 2080 SUPER 8GB |
2519 |
GeForce GTX 1080 8GB |
2513 |
GeForce RTX 2080 8 |
2565 |
GeForce GTX 1070 Ti 8 |
2488 |
GeForce RTX 2070 8 |
2532 |
GeForce RTX 2070 Super 8 GB |
2499 |
GeForce GTX 1070 8 GB |
2487 |
GEFORCE RTX 2060 6 GB |
2567 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 051 |
GeForce GTX 1060 6 |
2515 |
GeForce GTX 1660 6 |
2554 |
GeForce GTX 1660 Ti 6 |
2541 |
GeForce GTX 1050 Ti 4 GB |
2547 |
Video memory consumption at 2560×1440 resolution (MB).
GeForce RTX 2080 Ti 11 GB |
3131 |
GeForce GTX 1080 Ti 11 |
3068 |
GeForce RTX 2060 SUPER 8 |
2721 |
GeForce RTX 2080 SUPER 8 |
2763 |
GEFORCE GTX 1080 8 GB |
2811 |
GeForce RTX 2080 8 GB |
2657 |
GEFORCE GTX 1070 TI 8 GB |
GeForce RTX 2070 8 |
2777 |
GeForce RTX 2070 SUPER 8 |
2741 |
GeForce GTX 1070 8 |
2782 |
GeForce RTX 2060 6 GB |
2869 |
GeForce GTX 1060 6 GB |
2811 |
GeForce GB |
064 |
GeForce GTX 1660 TI 6 GB |
2840 |
GeForce GTX 1050 Ti 4 GB |
2638 9000 |
GeForce RTX 2080 Ti 11 |
3908 |
GeForce GTX 1080 Ti 11 |
3830 |
GeForce RTX 2060 SUPER 8 |
3477 |
GeForce RTX 2080 SUPER 8 |
3530 |
GeForce GTX 1080 8 |
3593 |
GeForce RTX 2080 8 |
3451 |
GeForce GTX 1070 Ti 8 GB |
3557 |
GEFORCE RTX 2070 8 GB |
3548 |
GEFORCE RTX 2070 SUPER 8502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 3502 35020003 | |
GeForce GTX 1070 8 |
3557 |
GeForce RTX 2060 6 |
3773 |
GeForce GTX 1060 6 |
3697 |
GeForce GTX 1660 6 |
3754 |
GeForce GTX 1660 Ti 6 |
3735 |
GeForce GTX 1050 Ti 4 |
3426 |
Thus, the optimal video card in World of Tanks at any resolution is a video card with a video memory of 4 GB or more. With less video memory, RAM will be additionally loaded, which will lead to friezes. Almost any modern video card will satisfy the needs of the game.
Processor for World of Tanks
Processor for World of Tanks does not require high performance. For playing in FHD resolution, an old-generation Intel Core i3, Pentium G or AMD Ryzen 3 processor is suitable, which will allow you to get a decent level of FPS with the appropriate video card. The game uses a maximum of 8 computing threads. But it fully uses the resources of 4 cores.
RAM for World of Tanks
RAM consumption in World of Tanks at the maximum settings
- 1920 × 1080 (FHD)
- 2560 × 1440 (2K)
- 60160 (4K)
- GeForce GTX 1650 4 GB graphics card;
- Intel Core i3-10100 / AMD Ryzen 3 3200G;
- 8 GB DDR4 RAM;
- GeForce RTX 9 Gaming PCs0003
Hard disc
1000 GB HDD
Power supply
600W, 80 Plus Bronze
81 000 ₽ for the recommended configuration
-
GeForce RTX 3060 Ti 9 gaming PC0029
Orion
dated 90 500 ₽ Read more
Video card
GEFORCE RTX 3060 Ti
processor
Intel Core i5-12400F 25000 MHz
9000 9000 MHN MHILOMS MATHA Intel B660
SSD drive
250 GB SSD
Hard disc
1000 GB HDD
Power Block
700W, 80 Plus Bronze
SSD drive
500 GB SSD
Hard disc
1000 GB HDD
Power Block
700W, 80 Plus Bronze
140 500 ₽ 9000 ₽ 9000 ₽ Completely recommended recommended, 9252
-
Gaming computer on GeForce RTX 3070 Ti
ATLAS
0003
Processor
Intel Core i5-12600KF 3700 MHz
RAM
16 GB DDR4 3200 MHz RGB
Maternal
Intel Z690
SSD 9000 500 GB SSD 9000 9000 9000 GB SSD 9000
1000 GB HDD
power supply
750W, 80 PLUS Gold
-
Game computer on the GeForce RTX 3080
Amarok
from 140 300 ₽ Read more
graphics card
GEFORCE RTX 3080
Intel Core 9000 MIZ 9000 9000 9000 9000 MS 5200MHz
motherboard
Intel Z690
SSD
500GB SSD
HDD
HDD 1000020003
Power supply
850W, 80 Plus Gold
205 800 ₽ For the recommended configuration
Change the configuration
0 (4K) memory at a resolution of 1920×1080 (megabytes).
GeForce GTX 1080 Ti 11GB |
4146 |
GeForce RTX 2080 Ti 11GB |
0003 |
GeForce RTX 2060 SUPER 8 |
3270 |
GeForce GTX 1070 8 |
3278 |
GeForce RTX 2080 SUPER 8 |
3320 |
GeForce GTX 1080 8 GB |
3312 |
GeForce RTX 2070 Super 8 GB |
3294 |
GEFORCE RTX 2080 8 GB |
30003 |
GeForce GTX 1070 Ti 8 |
3279 |
GeForce RTX 2070 8 |
3337 |
GeForce GTX 1660 Ti 6 |
3839 |
GeForce RTX 2060 6 GB |
3819 |
GeForce GTX 1060 6 GB |
3626 |
GEFORCE GTX 1660 6 GB | 9000 3846 3846 9000 9000 |
GeForce GTX 1650 4 GB |
4680 |
GEFORCE GTX 1050 TI 4 GB |
4647 |
Consumption
GEFORCE GTX 1080 TI 11 GB |
4164 |
|
GEFORCE RTX 2080 TI 11 GB | ||
GeForce GTX 1070 8 |
3306 |
|
GeForce RTX 2080 SUPER 8 |
3325 |
|
GeForce GTX 1080 8 |
3340 |
|
GeForce RTX 2070 Super 8 GB |
3299 |
|
GeForce RTX 2080 8 GB | 9000 3409 9000 9000 | |
GEFORCE GTX 1070 TI 8 GB |
3307 |
|
GeForce RTX 2070 8 |
3342 |
|
GeForce GTX 1660 Ti 6 |
4008 |
|
GeForce RTX 2060 6 |
3988 |
|
GeForce GTX 1060 6 GB |
3786 |
|
GEFORCE GTX 1660 6 GB |
4016 |
GEFORCE GTX 1650 4 GB |
4000 9000 |
GeForce GTX 1050 Ti 4 GB |
4607 |
Memory consumption at 3840×2160 (megabytes).
GeForce GTX 1080 Ti 11 |
4200 |
GeForce RTX 2080 Ti 11 |
4078 |
GeForce RTX 2060 SUPER 8 |
3357 |
GeForce GTX 1070 8 GB |
3429 |
GeForce RTX 2080 SUPER 8 |
3408 |
GeForce GTX 1080 8 |
3464 |
GeForce RTX 2070 SUPER 8 |
3380 |
GeForce RTX 2080 8 GB | 9000 3494 |
GEFORCE GTX 1070 TI 8 GB |
3429 |
GEFORCE RTX 970 8 GB 9005 GB 900 GB 900 GB 900 GB 900 GB 900 GB 900 GB 900 GB
483425 |
|
GeForce GTX 1660 Ti 6 |
3964 |
GeForce RTX 2060 6 |
3944 |
GeForce GTX 1060 6 |
3744 |
GeForce GTX 1660 6 GB |
3972 |
GeForce GTX 1650 4 GB |
4682 |
GEFORCE GTX 1050 Ti 4 GB |
It can be seen that World of Tanks consumes up to 4. 3 GB of RAM, provided that all other applications and sufficient video memory are closed. The optimal amount of RAM required for a comfortable game is 8 GB.
Game PCs for World of Tanks
World of Tanks 1.5 does not require a heavy duty gaming PC. The optimal build for getting 60 FPS at maximum settings in FHD resolution is as follows:
We hope this guide will help you understand what kind of computer you need for World of Tanks, or what to look for when buying a built computer. We also invite you to familiarize yourself with our Delta Game gaming computers, which are perfect for World of Tanks.
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Maternal fee
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Acer Nitro 5 An515-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-57-AM
Intel Core i5-11400H 2700MHz
graphics card
NVIDIA GeForce® RTX 3050 Ti 4GB for laptops
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8GB0003
RAM
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HP Victus 16-e0078ur
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Processor
AMD Ryzen 5 5600H 3300MHz
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Graphics Card
NVIDIA GeForce® RTX 6GB Notebook0003
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RAM
16 GB, DDR4
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512 GB SSD
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15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 15.6 system
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ASUS TUF Dash F15 FX517ZR-F15.I73070
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processor
Intel Core i7-12600H
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Video card
NVIDIA GeForce® RTX 3070 8 GB for laptops
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SSD drive
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Operating system
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Video card
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Acer Predator 160-5 PTS553W
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NVIDIA GEFORCE® RTX 3080 8 GB for laptops
SS, DDR4 9000 9000 9000 9000 9000 9000 9000 64 GB, DDRA 9000 9000 9000 64 Gb
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Dell Alienware X15 R1 (X15-9 R1 (X15-9963)
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Which PSU is needed for GTX 1060, 1070, 1080
11/19/2020
Computer
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When selecting components for a new computer, it is very important to choose the right power supply (PSU), since insufficient power will lead to unstable PC operation.
On the other hand, buying a PSU with a large margin is also not a good idea, as this will hit the budget hard and will not allow you to assemble the optimal configuration. In this article, we will tell you which power supply is needed for NVIDIA GEFORCE GTX 1060, 1070, 1070 Ti, 1080 and 1080 Ti graphics cards.
Contents
- Power Supply for GEFORCE GTX 1060
- Power Supply for GEFORCE GTX 1070 and GTX 1070 Ti
- Power Supply for GEFORCE GTX 1080 and GTX 1080 Ti
Power supply for GEFORCE GTX 1060
In order to determine which power supply is needed for the NVIDIA GEFORCE GTX 1060 video card, first of all, let’s turn to the specifications on the manufacturer’s official website. According to official figures, this video card consumes 120 watts of electricity. At the same time, this indicator is the same for both the version with 3 GB of video memory and for the version with 6 GB of video memory.
Also, NVIDIA itself indicates the recommended power for the power supply. In this case, for both versions of the GTX 1060, the recommended power supply is 400W.
You can check the power supply capacity recommended by NVIDIA using the online PSU calculator. Such calculators allow you to select the components used in the computer and roughly estimate which PSU is needed to operate such a PC. In this case, we will use the calculator from MSI. If you choose an Intel Core i9 processor9900KF, one GEFORCE GTX 1060 graphics card, 2 hard drives, 4 RAM modules, 4 fans, 4 additional PCI express cards, and 1 DVD drive, MSI’s calculator recommends 400W.
Considering the above data from NVIDIA and MSI, we can conclude that the NVIDIA GEFORCE GTX 1060 graphics card needs a 400W power supply for normal operation. If you want to play it safe or have a margin for upgrading components in the future, then you can purchase a PSU with some margin. For example, you can take a model that provides 100 watts more. Thus, for the GTX 1060, the power supply with a margin will be 500 watts.
Power supply for GEFORCE GTX 1070 and GTX 1070 Ti
In order to find out which power supply is suitable for the NVIDIA GEFORCE GTX 1070 and GTX 1070 Ti video card, we need to study the specifications on the NVIDIA website. According to official specifications, this video card consumes 150-180 watts of power. Moreover, this indicator is the same for both the regular version and the improved version with the Ti prefix.
Also in the characteristics of the video card, NVIDIA gives recommendations on the power of the power supply. In this case, for both versions of the GTX 1070, the recommended PSU power is 500W.
You can check the recommended PSU wattage specified by NVIDIA using the online PSU calculator. These calculators allow you to roughly estimate the power of the power supply based on the components used. In our case, we will use the calculator from MSI. We will list an Intel Core i9 9900KF processor, one GEFORCE GTX 1070 Ti graphics card, 2 hard drives, 4 RAM modules, 4 fans, 4 additional PCI express cards, and 1 DVD drive. With these components, MSI’s calculator recommends just over 450 watts.
In this case, MSI’s calculator produced a result 50W less than NVIDIA recommends. Therefore, for maximum reliability, you need to focus on a larger value.
Thus, we can conclude that for the regular operation of the NVIDIA GEFORCE GTX 1070 or 1070 Ti video card, a 500 W power supply is needed. If you want to leave room for an upgrade or just want to play it safe, then you can install the PSU with some headroom. For example, you can purchase a model that will give out 100 watts more. Thus, for the GTX 1070 and GTX 1070 Ti, the power of the PSU will be 600 watts with a margin.
Power Supply for GEFORCE GTX 1080 and GTX 1080 Ti
According to official information, the GTX 1080 draws 180W while the GTX 1080 Ti draws 250W.
Also in the official specifications, the company indicates the recommended power supply. In this case, the recommended power for the GTX 1080 was 500W, and for the GTX 1080 Ti, 600W.
You can check the power of the power supply, which is indicated in the specifications, using the online PSU calculator. Such calculators allow you to make an approximate estimate of the power of the power supply based on the specified components. For verification, we will use the calculator from MSI.
First, let’s check the values for the GEFORCE GTX 1080. We will specify an Intel Core i9 9900KF, one GEFORCE GTX 1080 graphics card, 2 hard drives, 4 RAM modules, 4 fans, 4 additional PCI express cards and 1 DVD drive. The result of a calculator with such components is a little more than 450 watts (the same as for the 1070 and 1070 ti).
To check the GEFORCE GTX 1080 Ti value, we will use the same components. The result of the GTX 1080 Ti is 525W.
In the case of the GTX 1080 and GTX 1080 Ti video cards, MSI’s calculator gives values that are noticeably lower than those recommended by NVIDIA. Therefore, when choosing a PSU, you should first of all focus on the official values \u200b\u200bfrom NVIDIA.
From this we can conclude that the GTX 1080 needs a 500W power supply, and the GTX 1080 Ti needs 600W. If you want to play it safe or leave a margin for a future upgrade, then you can take a 100 W model more. Thus, the power supply with a margin for the GTX 1080 will be 600 watts, and for the GTX 1080 Ti — 700 watts.
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How to choose a power supply
Characteristics of power supplies (quality, connectors), best manufacturers, how to calculate the power of a power supply depending on other computer components. |
The power supply is designed to supply electrical current to all computer components. It must be powerful enough and have a small margin for the computer to work stably. In addition, the power supply must be of high quality, since the life of all computer components greatly depends on it. If you save $10-20 on buying a high-quality power supply, you risk losing a system unit worth $200-1000.
Contents
Contents
- 1. Recommended models
- 2. Power supply or chassis with power supply?
- 3. What distinguishes a good power supply from a bad one
- 4. Power supply manufacturers
- 5. Power supply capacity
- 5.1. Power supply calculation
- 5.
2. PSU Wattage Calculation Software
- 6. ATX Standard
- 7. Power Correction
- 8. 80 PLUS Certificate
- 9. Fan size
- 10. Power supply connectors
- 11. Modular power supplies
- 12. Filter settings in the online store
- 13. Links
1. Recommended models For those who do not have time
to read the whole article, I immediately give the recommended power supply models with a brief explanation.
The power of the power supply is selected based on the power of the computer, which mainly depends on the power consumption of the processor and video card. You also need the power supply to be at least 80 Plus Standard certified. Optimal in terms of price / quality ratio are Chieftec, Zalman and Thermaltake power supplies.
For an office computer (documents, Internet) a 400 W power supply is enough, take the cheapest Chieftec or Zalman, you can’t go wrong.
Power supply Zalman LE II-ZM400
For a multimedia computer (movies, simple games) and an entry-level gaming computer (Core i3 or Ryzen 3 + GTX 1050 Ti), the most inexpensive 500-550 W power supply from the same Chieftec is suitable or Zalman, it will have a margin in case a more powerful video card is installed.
Chieftec GPE-500S 9 Power Supply0498
For a mid-range gaming PC (Core i5 or Ryzen 5 + GTX 1060/1070 or RTX 2060), a 600-650 W power supply from Chieftec is suitable, if there is an 80 Plus Bronze certificate, then good.
Chieftec GPE-600S power supply
For a powerful gaming or professional computer (Core i7 or Ryzen 7 + GTX 1080 or RTX 2070/2080), it is better to take a 650-700 W power supply from Chieftec or Thermaltake with a certificate of 80 Plus Bronze or Gold.
Chieftec CPS-650S 9 power supply0498
If you want to understand why I recommend these particular models, to understand all the parameters of power supplies, then read the article further.
You can download the program for calculating the required power of the power supply in the «Links» section.
2. Power supply or chassis with power supply?
If you are building a professional or powerful gaming computer, it is recommended to choose the power supply separately. If we are talking about an office or regular home computer, then you can save money and buy a good case complete with a power supply, which will be discussed in the next article.
3. What is the difference between a good power supply and a bad one
The cheapest power supplies ($20-30) by definition cannot be good, since manufacturers in this case save on everything they can. Such power supplies have bad heatsinks and a lot of unsoldered elements and jumpers on the board.
These places should have capacitors and chokes designed to smooth out voltage ripples. It is because of these ripples that the premature failure of the motherboard, video card, hard drive and other computer components occurs. In addition, such power supplies often have small heatsinks, which cause overheating and failure of the power supply itself.
A high-quality power supply has a minimum of unsoldered elements and larger radiators, which can be seen from the mounting density.
4. Manufacturers of power supplies
Some of the best power supplies are manufactured by SeaSonic, but their really worthwhile models are too expensive, and cheaper ones are inferior to analogues from other brands in terms of price / power ratio.
The same applies to the Corsair brand — expensive PSUs are of high quality and quiet, while cheap PSUs are exactly the opposite (the filling is rather weak, the fans are not of the best quality).
Power supplies from the German brand be queit! They are excellent in every way, if possible — take it without hesitation.
Such a once popular manufacturer as Cooler Master is no longer in demand, there are few standing models left in the assortment. Its place was taken by the Zalman enthusiast brand, where you can find interesting solutions in both the middle and lower price ranges. But their most budgetary models have a rather weak filling.
Thermaltake and Chieftec power supplies are among the best in terms of price / quality ratio. Yes, there is a marriage among them, but in general, PSUs are good for their price, especially Chieftec, which have earned high popularity with good reliability. This is the number one recommendation of our site for budget users.
The FSP company has been known on the market for a long time, which produces power supplies under various brands under an OEM license, as well as under its own brands FSP and Qdion. But cheap FSPs often have short wires and few connectors, and good ones are too expensive. This is perhaps the most overrated brand on the market, now not representing anything interesting. As for the budget Qdions, we recommend avoiding them — these are very weak and unreliable PSUs, more for cheap office PCs. It’s better to take the most budgetary HIPER.
Approximately on the same level with the latter and in the opinion of many the worst are AeroCool power supplies of the budget VX series, they most often burn, taking other components with them. The exception is the unfairly underestimated KCAS series, the quality of which is perhaps the best for its price.
DeepCool, a well-established cooler manufacturer, is getting close to them. If you do not want to overpay for an expensive brand, but still get a quality power supply, pay attention to this brand. They are simple on the outside but well made on the inside.
Of those brands that are known in narrower circles, one can note very high-quality and expensive Enermax, Fractal Design, Lepa, but there are not so many of them in retail, and there are few who want to overpay so much. But we cannot recommend the PSU of the famous German brand Cougar, there are too many complaints about them in terms of reliability and noise.
5. Power supply capacity
Power is the main characteristic of the power supply. The power of the power supply is calculated as the sum of the power of all computer components + 30% (for peak loads).
For an office computer, a minimum power supply of 400 watts is sufficient. For a multimedia computer (movies, simple games), it is better to take a 500-550 watt power supply, in case you later want to install a video card. For a gaming computer with one video card, it is desirable to install a power supply with a capacity of 600-650 watts. A powerful gaming PC with multiple graphics cards may require a power supply of 750 watts or more.
5.1. Power supply calculation
You can independently calculate the power of the power supply you need based on how much each element of your computer consumes.
- Processor 25-220 Watts (check the website of the seller or manufacturer)
- Video card 50-300 watts (check the website of the seller or manufacturer)
- Mainboard entry-level 50 watts, mid-range 75 watts, high-end 100 watts
- Hard drive 12 W
- SSD 5W
- DVD drive 35 Watt
- Memory module 3 W
- Fan 6 W
Do not forget to add 30% to the sum of the capacities of all components, this will protect you from unpleasant situations.
5.2. Program for calculating the power of the power supply
For a more convenient calculation of the power of the power supply, there is an excellent program «Power Supply Calculator». It also allows you to calculate the required capacity of an uninterruptible power supply (UPS or UPS).
The program works on all versions of Windows with «Microsoft .NET Framework» version 3.5 or higher installed, which is usually already installed by most users. Download the program «Power Supply Calculator» and if you need «Microsoft .NET Framework» you can at the end of the article in the «Links» section.
6. ATX standard
Modern power supplies are standard ATX12V. This standard may have several versions. Modern power supplies are manufactured according to the ATX12V 2.3, 2.31, 2.4 standards, which are recommended for purchase.
7. Power Correction
Modern power supplies have a power correction function (PFC), which allows them to consume less power and cool less. There is a passive (PPFC) and an active (APFC) power correction scheme. The efficiency of power supplies with passive power correction reaches 70-75%, with active — 80-95%. I recommend purchasing power supplies with active power correction (APFC).
8. 80 PLUS certified
A quality power supply must be 80 PLUS certified. These certificates come in different levels.
- Certified, Standard — entry-level power supplies
- Bronze, Silver — mid-range power supplies
- Gold — high-end power supplies
- Platinum, Titanium — top power supplies
The higher the level of the certificate, the higher the quality of voltage stabilization and other parameters of the power supply. For a mid-range office, multimedia or gaming computer, a regular certificate is sufficient. For a powerful gaming or professional computer, it is advisable to take a power supply with a bronze or silver certificate. For a computer with several powerful video cards — gold or platinum.
9. Fan size
Some power supplies still have an 80mm fan.
A modern power supply should have a 120mm or 140mm fan.
I recommend purchasing a power supply unit with a 120 mm fan, as it makes less noise, cools better and is easy to find a replacement in case of failure.
10. Power supply connectors
ATX (24-pin) — motherboard power connector. All power supplies have 1 such connector. | |
CPU (4-pin) — CPU power connector. All power supplies have 1 or 2 of these connectors. Some motherboards have 2 processor power connectors, but can work from one. | |
SATA (15-pin) — power connector for hard drives and optical drives. It is desirable that the power supply has several separate cables with such connectors, since it will be problematic to connect a hard drive and an optical drive with one cable. Since there can be 2-3 connectors on one cable, the power supply must have 4-6 such connectors. | |
PCI-E (6 + 2-pin) — video card power connector. Powerful graphics cards require 2 of these connectors. |
|
Molex (4-pin) — power connector for obsolete hard drives, optical drives and some other devices. In principle, it is not required if you do not have such devices, but it is still present in many power supplies. Sometimes this connector can supply voltage to the backlight of the case, fans, expansion cards. | |
Floppy (4-pin) — drive power connector. Very outdated, but it can still be found in power supplies. Sometimes some controllers (adapters) are powered by it. |
Specify the configuration of power supply connectors on the website of the seller or manufacturer.
11. Modular PSUs
Modular PSUs can be unplugged to keep cables out of the way. This is convenient, but such power supplies are somewhat more expensive.
12. Setting filters in the online store
- Go to the «Power supplies» section on the seller’s website.