With an i7-9700K CPU, an RTX 2070 SUPER GPU, and 16GB of DDR4 RAM, you’ll be able to max out anything you throw at this $1,500 gaming PC build.
If you’re looking to get into 4K gaming, or you want a high-end desktop that can handle competitive games on a 1080P 240Hz monitor, or a 1440P 144Hz monitor, then this $1,500 gaming PC will do the trick.
Below, we’ve put together a full part list to help you build the best gaming PC under $1,500 possible. And, we’ve also linked to a suitable pre-built system for the same amount, as well as to peripherals that will pair well with this system.
Or, read our guide on the Best Gaming PC Builds for more options.
$1,500 is the perfect budget to build a high-end gaming PC with. It will allow you to get a high-end processor and a graphics card that is capable of running games on a 1440P 144Hz+ display, or games at 60 FPS on a 4K display.
This $1,500 gaming PC comes with an Intel Core i7-9700K CPU, an RTX 2070 SUPER GPU, 16GB of DDR4 RAM, a 960GB SSD, and a semi-modular 750W power supply.
You also get a 280mm AIO CPU coolers, a high-end motherboard for overclocking, and a nice-looking tempered glass case with three 120mm RGB fans.
Overall, there really isn’t anything this $1,500 system can’t handle. It will pair well with a 1080P 240Hz display for competitve gamers and it will run games on higher resolution displays great, too.
So, if you’ve got a decent amount to spend on a desktop that will last you a long time, the set of parts listed below should do the job for you.
*If you are interested in getting a laptop instead, take a look at our post on the Best RTX 2070 laptops.
Part List for $1,500 PC Build
|CPU||Intel Core i7-11700K|
|AIO||EVGA CLC 240|
|GPU||ZOTAC RTX 2070 SUPER|
|SSD||Crucial MX500 1TB|
|CASE||Corsair iCUE 220T|
|ODD||Install O.S. from USB|
Grand Total: $1,470-$1,530
*Prices on PC components change on a daily basis. Click here for the most up-to-date pricing.
**The ‘Grand Total’ price includes the parts that make up the computer only. You’ll need an operating system and Windows 10 costs ~$100 for an activation key. However, you can still install Windows 10 for free and it will work indefinitely without activating it with no problems—there will just be a watermark at the bottom left of your screen asking you to activate it.
We chose each of these components for a reason—but there are viable alternatives. Below, we discuss why we chose the components listed above for this build and what other alternatives there are…
While we chose the Intel Core i7-9700K for this build, you could opt for an AMD CPU instead—especially if you’re looking for better multi-core performance.
The Ryzen 9 3900X is an extremely powerful option and you could use it in this system. However, since it is about ~$80 more expensive than the 9700K, you will either have to up your budget a bit, or sacrifice on other parts in this build (case, GPU, CPU cooler, etc.)
The Ryzen 7 3800X is priced at slightly less than the 9700K, but we felt the 9700K offered enough of an in-game performance advantage over the 3800X, that it was the better overall choice. The 3800X would be a worthy option, though, if you’re a streamer or editor who could utilize the additional threads.
AMD has two solid options that would work in this build: the Radeon VII and the RX 5700 XT.
The RTX 2070 SUPER that we have included in this build goes toe-to-toe with th Radeon VII in terms of in-game performance. However, the RTX 2070 SUPER, on average, tends to come in a bit cheaper.
The RX 5700 XT is quite a bit cheaper than the RTX 2070 SUPER, but it doesn’t offer as much performance as the RTX 2070 SUPER.
So, since there was room in the budget to include the RTX 2070 SUPER in this build, we chose it over the RX 5700 XT. You could definitely opt for the Radeon VII, though, or you could drop down to an RX 5700 XT (which wouldn’t sacrifice too much performance) and that would allow you to upgrade other components in this system.
There are a lot of different ways you could handle storage in this build. We chose a simple 960GB SATA SSD as it offers a lot of fast storage for a fairly affordable price. You could spend more and get an NVME M.2 SSD, though. Or, for about the same amount, you could go with a 500GB SSD, and pair it with a 1TB hard drive for even more storage.
While we chose the Corsair iCUE 220T for the case in this build, there are a ton of different options out there that might work better for you. We like the iCUE 220T because it has plenty of room to hold this system, has a grilled front-panel (for better air intake), comes with a full-length PSU shroud, and offers three preinstalled RGB fans.
And, you get all of that for udner $100. But, again, depending on your own personal preferences, there might be a better case out there for you. If you do opt for a different case, just make sure that it will hold all of your components!
We use Outervision’s PSU calculator to determine the power consumption for each of our builds. Accoding to Outervision, even in the most extreme scenarios, this $1,500 gaming PC will require a a quality 500W power supply.
However, we provided plenty of headroom with a Corsair CXM 750W power supply.
For more information on picking a power supply, check out our guide on How to Choose the Right Power Supply for Your Build.
If you’re going to be spending a significant amount on your gaming desktop, you’re also going to want to make sure that you have quality peripherals as well.
In the section below, we’ve provided you with a couple of options for a gaming monitor, gaming keyboard, and gaming mouse:
|ASUS ROG Strix XG258Q||
See more affordable 144Hz gaming monitor options by following the link.
|HyperX Alloy Elite||
|Redragon K552 KUMARA||
|Razer DeathAdder Elite||
There’s really nothing this $1,500 gaming PC can’t handle. It can work as a 4K gaming PC. It can serve as a high-end system for hardcore competitive gamers who need a machine that can push a 240Hz monitor or a 1440P 165Hz display. And, it will work well for streamers and content creators.
All-in-all, if you’re looking for the best gaming PC under $1,500, this system is worth considering.