LAST UPDATED- 2nd September 2022
BEST GAMING PC FOR EVERY BUDGET
Carefully researched and put together PC Builds for budgets ranging from $200-$4000
The STARTER Gaming PC is for casual gaming and can provide a playable gaming experience at lower resolutions. This PC is for those who can't spend hundreds of dollars on components and can't afford a discrete GPU.
Our Starter gaming build uses the Zen 2-based Ryzen 4600G APU featuring 6 cores and 12 threads for gaming and productivity. The APU comes with an iGPU called Vega 7 that offers 7 GPU cores and is suitable for gaming at resolutions ranging from 720p-1080p with low to medium settings.
You get 8GB of DDR4 RAM and 250GB of Storage to store a couple of games. For the motherboard, we went with the A320M-A Pro from MSI which features all the required slots and ports along and all these components are powered by Thermaltake Smart 430W PSU which features 80 Plus power efficiency, required PCI-E connectors for dedicated GPUs, and reliability.
All of these will be assembled into Aerocool QS180 Micro ATX tower that features multiple HDD/SSD bays and good clearance for custom CPU coolers and long graphics cards. It is dirt cheap and won't break your budget.
The ENTRY-LEVEL Gaming PC is designed to uplift the gaming performance with one of the best 6-core APUs in the market. It enables overclocking and features adequate storage and reliable PSU for your build.
Entry-Level Gaming build uses one of the best Ryzen APUs that deliver satisfactory gaming performance on medium settings at 1080p with the Vega 7 iGPU featuring 1900MHz of clock speed. The CPU features 6 cores and 12 threads and is based on the Zen 3 architecture that is 19% better in IPC compared to the Zen 2.
To achieve even higher performance, we used the B450 chipset motherboard to allow overclocking. Through overclocking, you will be able to achieve higher clock speeds on both the CPU and iGPU resulting in noticeable gain in performance.
The RAM is 8GB and 500GB NVME SSD is used as the storage that is incredibly fast with over 2000MB/s of sequential Read speed. Powering the build is one of the best budget PSUs from Cooler Master that provides 450 watts of wattage capacity for further upgrades.
Enclosing them is the Aerocool Cylon mid-tower case that is spacious and features RGB LEDs on the front panel.
The Admirable Gaming PC is capable of gaming at 1080p with Medium settings as it features an ideal CPU-GPU combo in a low budget. While it can play most modern titles with playable framerates, it is an ideal choice for esports titles such as CSGO, Valorant, Fortnite, etc.
Our FINE Gaming build presents a fantastic budget CPU-GPU combo where the Intel Core i3 from the 10th gen is an excellent choice under $100 that features 4 cores and 12 threads capable of supporting almost every budget or mid-end GPU.
Combined with the RX 6400, you can have up to Medium settings at 1080p resolution in modern titles. However, we strongly recommend this for esports games more than the modern titles as you would be able to play them with 60+fps.
You will get 16GB of DDR4 RAM for running all games smoothly and will still have a lot of gigs left for multitasking or opening multiple chrome Tabs. The storage drive is 500GB NVME SSD from WD featuring insane Read/Write speeds and powering them is the Thermaltake's Smart BX1 RGB 550W PSU that is reliable in performance and sick in aesthetics.
To install your components, the Zalman T3 is a decent mid-tower case with a full-length PSU shroud that is good in components compatibility and has a side tempered glass panel to show off your build.
The COMPTENT Gaming PC looks better and does better. With a faster and better GPU, it is capable of playing modern intensive titles on High settings at 1080p. The case is top-notch and the RAM-storage combo is also adequate for running and storing big games.
The combination of Core i3 10100F and RX 6500 XT is perfect for gaming at 1080p on a small budget. With the Competent PC, it is easier to get up to 60 fps with up to high settings in almost every modern game. The 4-Core CPU from Intel 10th gen is still rocking to this day and the RX 6500 XT is definitely a great choice for around 200 bucks.
Despite having the PCI-E lanes limitation, the RX 6500 XT has no better competition for its price and therefore, is the most worthy GPU for purchase. Complementing this CPU-GPU combo is the 16GB DDR4 RAM for eliminating all sorts of bottlenecks and for storing several big games, files, and OS, the Silicon Power A60 gives you 1TB of storage space.
The system will be powered by the NZXT C550 Bronze PSU which is satisfactory in performance and comes in a Semi-modular design that is easier to manage. All the components will be fitted inside one of the best mid-tower cases, the NZXT H510 which is spacious, elegant, and features a dedicated cable management area.
The Brilliant Gaming PC is designed to max out the visual quality at 1080p resolution. It uses the best Core i3 processor with the best value Radeon GPU that enables 60+fps at 1080p. It is perfectly fit for any modern title and supports Ray Tracing.
Our Brilliant gaming build uses the fastest Core i3 processor from the 12th gen Alder Lake family that beats even the Core i5s of the previous generation. It is a fantastic 4 core/8 thread CPU with superb single-core performance and is combined with the RDNA 2-based Radeon RX 6600 GPU that features 8GB of VRAM and can play any game on ultra settings.
For memory, the 16GB RAM kit from Corsair is just perfect for any gaming and non-gaming task. There are 2x 8GB sticks for dual channel configuration with tight CL timings and a frequency of 3200MHz. For storage, we opted for the SATA 1TB SSD from Silicon Power to avoid a significant cost increase beyond $700. This won't be as fast as an NVME but is still fast enough for quick OS boot and games loading.
To power the PC, NZXT C650 Bronze will do the job with its 650 wattage capacity and over 80% of power efficiency. It is definitely a good choice as it is Semi-modular and comes with only two cables pre-connected. Lastly, we used the NZXT H510 case from Competent build because it looks premium and has fantastic components and cable management support.
The Sweet Spot Gaming PC is ready for intensive gaming and applications with powerful 6 core i5 CPU. It is noticeably faster in gaming and multitasking and is a viable option for streaming on a budget.
This build uses one of the fastest 6-core CPUs from the Alder Lake family for less than $200. The Core i5 12400F provides more core/thread quantity than our Brilliant build which significantly improves productivity and has a positive impact on gaming too. With the Radeon RX 6600, it is capable of maxing out literally any game at 1080p and is capable of playing most games even at 1440p resolution.
The RAM-Storage configuration is retained at 16GB Plus 1TB. The 16GB RAM kit from TeamGroup gives you dual 8GB sticks for dual channel config and 1TB of storage space on one of the best NVME SSDs from Silicon Power. To power the system, EVGA SuperNova 650 G+ is a top-notch choice that is excellent in performance, reliability, and power efficiency.
All the components will be installed inside the spacious and gorgeous MasterBox MB511 ARGB case that boasts a big tempered glass side panel, ARGB fans, and a big PSU shroud to cover the cable mess.
The Excellent Gaming PC provides no-compromise gameplay on both 1080p and 1440p resolutions. Its perfect CPU-GPU combo will help you achieve 60+ fps on the max settings and will be ready for enabling Ray Tracing for realistic reflections and shadows.
Our $1000 build uses an Intel Core i5 12400F which has been used in the previous build too. It provides 6 cores and 12 threads for handling any modern title without breaking a sweat. Put together with the Radeon RX 6700 XT which is one of the best high-end GPUs for money, this PC destroys every game, and your worries about the graphical settings and fps drops will be gone.
We recommend 16GB RAM in a dual channel like the previous builds and storage of 1TB from Silicon Power that doesn't break the bank and is blazingly fast to load your OS and games. To power the system, EVGA SuperNova G+ will do an excellent job and the NZXT 510 Flow case will provide great compatibility with your components. With this case, you will have a lot of airflow and a dedicated cable management system to ease your building process.
The First Class is ready to improve the visuals with enhanced Ray-Tracing performance and maxed out graphics at 1440p resolution. It uses faster and better components to achieve higher performance in both gaming and non-gaming tasks.
We are retaining the Core i5 12400F CPU from the Excellent build as going with an overclockable i5 will increase the total expense. This gives us chance to use one of the fastest 1440p gaming GPUs from Nvidia, that is the Geforce RTX 3070.
With this PC, you will be able to have much more fps with Ray Tracing enabled in supported games and noticeably better performance in non-supported games too. It uses 16GB RAM in a dual channel that has RGB LEDs for a better look and a faster SN570 1TB SSD from Western Digital that is insanely fast in Read/Write speeds.
To power the system, we used the same SuperNova 650 G+ PSU that does an excellent job and is fully modular. Finally, for the case, we went with the Be Quiet Pure Base 500DX which features RGB LEDs, pre-installed Wings 2 fans, a spacious interior, and a fully ventilated front panel.
The No-Compromise gaming PC is a 1440p game killer. It is superior to First-Class in many aspects like Overclocking, GPU Power, and of course, Aesthetics. With this one, you can increase the performance by overclocking to make it ready for 4K gaming.
Unlike the previous builds, the No-Compromise gaming PC uses the fastest and best gaming processor under $300. The Intel Core i5 12600K will be used with an unlocked Z690 chipset motherboard to allow overclocking and the board will also give you a pre-installed Wifi adapter.
The GPU is the Geforce RTX 3070 Ti which is significantly faster and can play games even at 4K resolution. For a no-compromise performance and visual quality, this will be a great option for 1440p resolution and will last a couple of years easily.
Other specs include a 16GB RAM kit clocked at 3600MHz, a 1TB fast NVME SSD, and all of these will be powered with a SuperNova 750 GM power supply that is fully modular and comes with sufficient wattage for further upgrades.
All these components will be installed in the gorgeous Antec DF750 Flux mid-tower chassis that comes with 3x 120mm ARGB pre-installed fans and a spacious interior.
BUILD A PC GUIDE
How To Build A PC For Beginners
Here we go. As you may have already checked out the parts list for various budgets above, it’s time to get everything in the correct place. While our parts suggestions may be sufficient for any experienced PC builder, if you are a beginner, you are definitely going to need our guide to build your first gaming PC.
In this guide, we will take you through the entire PC building process in as short as possible but by imparting the adequate knowledge to build literally any budget or high-end gaming PC. When you understand how the PC works, you won’t necessarily need to read multiple guides for building your PC.
We are going to cover the four most important topics in this guide-
1. Parts needed to build a gaming PC
2. Tools needed to build a gaming PC
3. Full assembling process
4. Finalizing and OS installation
Is it Hard to Build a Gaming PC?
Building a gaming PC is far easier than choosing the PC components. That’s why we have parts recommendations above everything. In the building process, getting small scratches or cuts on your hands is possible and common. Therefore, always be careful while handling the components, especially the motherboard that has several pointy soldered pins.
As for the assembly, when you go through the whole PC building process below, building a PC for the first time will supposedly feel on an Intermediate level of difficulty. This will vary from person to person and also depends on the knowledge and experience in PC building.
If you haven’t built a computer before, it is not going to be that easy even if the process is really easier than you think. It’s like putting lego pieces to create a basic house. Each part/connector has its own fixed place for installation and will go in only one direction. So, it leaves almost no space for a serious mistake.
For users who have already built one or more computers before, it is going to be way easier. However, the more complex the gaming PC will be, the harder will it become to assemble. While installing the basic 6-7 components is straightforward and trouble-free, installing high-end custom Air and AIO coolers, and adding RGB peripherals will make the overall process difficult and more time-consuming.
Parts Needed to Build a Gaming PC
|PC Components||A brief introduction to PC components|
|Processor||Processor is the brain of your computer and is responsible for performing logical and arithmetic operations. Modern CPUs come with multiple cores and their speed is measured in MHz or GHz.|
|Graphics Card||Graphics card is responsible for rendering the images and graphics parameters in games and non-gaming applications.|
|RAM/Memory||RAM or Memory stores small data containing the information of the applications for quick access. The data is stored temporarily and vanishes when the PC is switched off.|
|Motherboard||Motherboard is the hub which connects every PC component for a flow of data between each other.|
|Storage Drive||Storage drives are of many types. Their main purpose is to permanently store your data unlike RAM which erases the data as soon as the power is turned off.|
|Power Supply||Your PC components need reduced DC voltage that is achieved through the Power Supply Unit. PSUs come in various wattages and power efficiency ratings for better operation.|
|PC Case||All the components are installed inside a box known as PC Case or Chassis. It comes in variety of form factors to accommodate different-sized components.|
|CPU Cooler||Every electronic part starts to heat due to the voltage supplied. To cool the Processor, a CPU Cooler is installed on top to dissipate the heat rapidly.|
Tools Needed to Build a Gaming PC
|PC Tools||Compulsory and recommended tools to build your PC|
|Magnetic Screwdriver[Compulsory]||A screwdriver is a compulsory tool for building your PC. You will need a magnetic Philips screwdriver #2 for installing various PC components and a screwdriver #0 for M.2 SSD.|
|Zip Ties||Zip ties help you manage and secure your cables for cable management. You will need a few of these after finishing your build.|
|Cutter Pliers||Cutter pliers will cut off the extra part of zip tie to make the build cleaner.|
|Anti-Static Wrist Wrap||To protect your PC components, it is recommended to use Anti-static wrist wrap that will prevent building up of static electricity.|
What Makes a Good Gaming PC?
First and foremost, no gaming PC can be great without having a great GPU. Even if you don't have a powerful CPU, you can still uplift your gaming performance with a powerful GPU significantly.
Ever wanted to add a powerful GPU to your refurbished Dell desktop PC?
We know you can't because OEM custom desktop computers aren't easily upgradable but a good gaming PC allows you to change whatever component you like without the need to change another component.
Unlike regular desktops, a good gaming PC doesn't have a poor PSU that can explode anytime. Moreover, a good gaming PC uses a reliable PSU that protects other PC parts and does not overheat.
The more spacious a PC case is, the easier it is to add more and better components. Good gaming PCs generally have a lot of room in their PC cases so that you can install a tall CPU cooler and a longer GPU. Some PC cases also have great modularity for customizing the looks.
If your gaming PC overheats, you can't call your PC "Good". A good gaming PC allows ample airflow to dissipate heat quickly from the CPU and GPU. Some gaming PCs also have better cooling solutions that include multiple case fans, aftermarket CPU coolers, or even custom water loops for maintaining lower temperatures.
How to Build a Gaming PC- Step by Step Method
Each component has its own fixed place in a gaming build. It doesn’t matter what parts you are going with or what brand you have chosen, PC components are always installed in the same way and in the same place. The most important thing is to remember where each component will go on a motherboard. With that basic knowledge, 50% of the build is already done.
The following diagram demonstrates where each part goes into a motherboard. This will be universal across different types of gaming builds and all our recommended gaming PCs above will follow the exact same steps.
Building your PC requires a few small preparations in order to maintain safety. Make sure to check each and every step listed below before starting the assembly process-
- You need a big workspace for assembling your computer. A desk that can accommodate all of your components is the best option.
- Get your tools ready on the side and stand on an uncarpeted surface for preventing electrostatic discharge. If that’s not possible, use the anti-static bracelet.
- Unbox all the PC components and put the boxes away to have more space on your desk. Make sure to collect all the accessories from each box as they are important for installation.
- Use a small bowl or any box for collecting the screws, standoffs, etc. This way you won’t lose them.
While there is no fixed order for building your PC, some parts need to be installed first before the others for a hassle-free assembly and will consume less time. Two of our favorite sequences are as below-
- CPU-> RAM-> CPU cooler(Air)-> Motherboard-> Power supply-> Storage drives-> Cable connection-> Graphics Card
- Power supply-> Motherboard-> CPU-> RAM-> CPU cooler(Air or Liquid)-> Storage drives-> Cable connection-> Graphics Card
As we guide you through the whole process, we will let you know why we prefer these particular sequences. We will use the first order as an example of how to build a gaming PC to keep the guide short but you may opt for the second order too.
Installing the CPU/Processor
To install your processor you need to align it with the socket on your motherboard. The easiest way to do this is to identify the Arrow mark as shown in the images above. Both the socket and the processor have this arrow symbol in one corner.
Note– The image shown above is of an Intel processor and motherboard but AMD too has a similar method.
Push the socket lever to the right to remove it from the socket cover and pull it to the back to expose the socket pins. Now gently put the CPU on the socket by aligning its arrow mark to the arrow mark on the socket.
Secure the processor by putting the lever back in its place. Make sure that the lower middle part of your socket cover gets under the screw present at the bottom of the socket.
Installing the RAM/Memory
The RAM stick or module has a gap small gap between its pins somewhere around the middle but not exactly at the middle. Motherboard’s DIMM slots also have a plastic notch at the exact position. Before aligning the RAM module, open the plastic latches on the DIMMs from both sides to allow the RAM insertion.
Align the RAM and use two fingers to push down the module into the DIMM slot. Keep pushing until you hear a click sound of the DIMM latches from both sides confirming the proper installation of the module into the slot. If you have more than one RAM module, you can follow the same procedure to popular your DIMM slots.
Installing the CPU Cooler
Every CPU cooler has a different way of installation and you should always refer to your CPU cooler manual. The first step is to install the cooler bracket that will hold your CPU cooler on spot. CPU coolers come with different parts including brackets, metal parts, screws, etc. Use each component as shown in your manual as shown above.
Before installing the CPU cooler, you may need to apply some thermal paste to your processor. Some CPU coolers come with pre-applied thermal paste but if your cooler doesn’t, then use the thermal paste tube or sachet that came with your cooler.
Before putting the cooler on top of the CPU, make sure you remove the plastic sheet off the CPU cooler base.
Remove the fans from the cooler before securing the heatsink on top of the processor. This will make the task easier. Some CPU coolers won’t allow you to install the heatsink without removing the fans and that is exactly because of the reasons we stated.
Now tighten the screws in all four sides one by one until you get all of them tight enough to stop your CPU cooler from moving or wobbling in its place.
Attach the fan or fans on the heatsink using the plastic/metal clips provided with them. Now you will be left with the CPU cooler cable which goes into the 4-pin CPU_fan header present at the top of the motherboard. The fan connector can go in only one direction which you can easily figure out by looking at the connector and the header.
Installing the Power Supply
As we recommend two sequences for building a PC, here we are installing a power supply before the motherboard for easy wiring. To install the PSU, you will need four #6-32 UNC screws that you will get with the PSU or the motherboard. Different cases can have different ways of installing a PSU but they will be mostly similar to each other.
Secure the screws into the four screw holes situated at the corners of the PSU like shown above and attach the PSU cover from the case firmly.
Now slide the PSU into the bottom of the case. Some cases have a PSU shroud and some don’t. Those which don’t have a PSU shroud will require you to place the power supply from the front rather than sliding.
After its placement into the case, secure the PSU cover with the screws to the case so the PSU won’t move.
Installing the Motherboard
The first step is preparation. Before you put the motherboard inside the case, you need to install the motherboard standoffs. The number of standoff screws you need to install depends on the form factor of your motherboard. A standard ATX-sized motherboard will need 9 standoffs(Standoffs come with the case).
Check the location of screw holes on your motherboard and screw the standoffs onto the motherboard tray of the case accordingly. You will need a plier or a standoff screwdriver bit M5.0.
The next step is to install the I/O shield which is essential. This metal plate has several holes for the motherboard I/O ports. Make sure you put enough pressure on both sides to firmly secure the shield in its place. You will hear a click sound when it gets installed properly and shouldn’t come out easily.
Place the motherboard inside the case aligning its screw holes perfectly to the standoffs inside the case while gently sliding its I/O ports inside the I/O shield. Now use the #6-32 UNC screws and mount them one by one to populate all the standoffs to firmly attach the motherboard to the case.
Never use other screws except for the mentioned ones or you will face some serious difficulties in installing and taking out the motherboard. Also, it’s super important to use a magnetic screwdriver at this time to recollect the screws if they accidentally fall in the corners.
Installing the SSD
To install your SSD, remove the SSD bay from your case and put the M3 screws in all four screw holes as shown above. Now put the bay back into the case where it was attached before and tighten the thumb screw to firmly attach the SSD.
Connect one side of the SATA cable to one of the motherboard’s SATA ports and the other side to the SSD. Take the 15-pin SATA power connector cable from your power supply and connect it to the power port on your SSD.
It’s recommended that you connect the SATA cable from your primary SSD to the motherboard on the very first port if you are using multiple storage drives. This detects the first SATA drive as your main boot drive by default for a faster boot.
Connecting the Cables
It’s time to connect all the important cables. Start with the bigger ones. Your power supply will have a single 24-pin ATX power cable and a 4/4+4-pin EPS power cable. While the 24-pin power connector will supply the power to your motherboard, the EPS power connector will feed the power to your CPU through the VRM.
Each of these connectors will have a plastic clip on one side that lets you know the correct orientation for the cable connection and the connectors can only connect one way.
Insert the 24-pin connector into the 24-pin port situated on the right of the motherboard. It will take a good amount of pressure to fully secure the connector. Make sure it is all the way in and the clip should be holding on to the port properly.
The EPS connector has a similar process. Some motherboards come with 4 or 8-pin EPS ports and are situated on the top left corner of the motherboard PCB. Simply connect the connectors aligning their plastic clips to the plastic latch of the motherboard EPS ports.
Most cases today come with a USB 3.0 front panel connector. Some may come with both USB 2.0 and 3.0 connector cables. USB 3.0 front panel header may be present either on the right or bottom of the motherboard and contains 19 pins with a notch on one side.
Gently align the front panel connector to the USB 3.0 port on the motherboard and insert the connector into the port till it’s fully inside. There won’t be any clicking sound and the connector can be easily taken off just by pulling backwards.
Your case will also have an HD Audio connector cable that allows you to connect a headset to the front panel 3.5mm jack. The connector has 9 pin holes and one pinhole is missing in one row.
Simply align the connector with the HD Audio header on the motherboard that has the same pin sequence and insert the connector till the pins are fully inside. Most motherboards will have an “HD Audio” label under the port that makes it easier to identify the header and it will be generally present on the bottom left corner of the motherboard.
The front panel connectors include Reset, Power, HDD LED, and Power LED connectors. There is a universal way to connect these cables as shown in the diagram above. You can start with any connector but it is better to continue from only one side.
Remember that the 9th pin in second row will be left not-connected and only the 8-pins will be populated.
Use this diagram to connect all the connectors and be careful about the “+” and “-” symbols on the connectors. While connecting them in any direction won’t hurt your motherboard, the connections may not work if you don’t use the right orientation.
Installing the Graphics Card
Every modern motherboard comes with at least 1x PCI-E x16 slot and to install your graphics card, you will need to press the plastic clip present at the right end of the PCI-E x16 slot. This will enable the insertion of GPU pins into the slot.
Note- It is always recommended to install the GPU after the wiring process because connecting the front panel connectors becomes super difficult after you install a GPU.
Before you put the GPU into the slot, remove the expansion slot covers from the case to allow the exposure of GPU I/O. Depending upon the width of your GPU I/O area, you will need to remove 1-2 expansion slot covers.
Now align the GPU to the PCI-E x16 slot which is easier to do once you find out the latch on the slot itself. Apply some pressure till you hear the click sound of the plastic clip on the PCI-E x16 slot confirming the installation of the GPU.
Now use the #6-32 UNC screws to secure the GPU in one place and to avoid any wobble.
Now, grab the PCI-E connector cable from your PSU and check how the number of PCI-E ports on your GPU. Typically, it will range from 6-pin to 3x 8-pins depending on how powerful your GPU is.
The connectors from your PSU will have a plastic clip on one side to secure the connection to the GPU ports. Simply insert the PSU cable connectors to your GPU ports till fully inside.
Note- PSUs may come with several PCI-E connectors in a different combination of 6, 6+2, and 8-pin connectors. You can use 6+2 in place of 8-pin connectors and vice versa.
Installing the Wifi Card
Installing an expansion card like a PCI-E Wifi card is very easy. You need to remove one expansion slot cover from your case just like you did when you installed the GPU.
Insert the Wifi card into the smaller PCI-E x1 slot and secure the card with one #6-32 UNC screw as shown in the image above. Now you can connect the antennas at the back by screwing them into the antenna threads.
Use some zip ties after you have connected all the cables. It’s recommended to use a few zip ties to secure the cables, especially the ATX one to ease putting back the back panel without any force. Make sure that you evenly spread the thicker cables and fasten them together with 1-3 zip ties(as per requirement).
Installing Windows 10
While Windows 11 is already out for a while, Windows 10 is still much better for any gaming PC. There are a couple of ways through which you can install Windows 10. The best way is to download Windows 10 from Microsoft’s official Windows page. Downloading from 3rd party sites is highly discouraged as those OS might contain malware.
You will need a USB drive to burn the ISO image of Windows 10 and you can use either Microsoft’s official media creation tool or a 3rd party software like Rufus for this purpose. Windows 10 can be installed for absolutely free but you will have limited customizability.
Windows 10 Home costs around $139 from the Microsoft store but we recommend getting a genuine copy of Windows from stores like Kinguin which provides it for $20-$25. You will need that key to unlock the full potential of your OS.
After you insert the bootable USB stick into your computer, you will have the follow the instructions to install a fresh copy of Windows 10 on your system. This is easy, but make sure you create a few partitions where the C partition is your primary one and the other can be used for storing games and other files.
Make sure you have good enough space on your C drive because the majority of your applications will be installed there. Also, format each partition drive in the Windows setup process to avoid any problems later.
Lastly, You can either put your license key at the time of installation or you can skip that for later. Your Windows 10 installation can take somewhere between 30 minutes to an hour depending on your PC configuration.