Fastest Ryzen Gaming PC Build Under Rs.65,000

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Building a PC isn’t so difficult but for someone with zero experience, it will be tricky. But what’s more tricky is the choice of parts, there lots of computer hardware in the market for the same purpose. So for a starter, it will be confusing to choose the better option. Don’t worry, we have got you covered! This article will simply show you the best hardware choices to build the best and fastest gaming under Rs.65,000.

We have chosen the perfect PC hardware to help you build the fastest gaming pc under Rs.65,000. This guide will also give you a basic idea about the different hardware components and their purpose.

Introduction To Building the Fastest Gaming PC Under Rs.65,000

For this build, we will go for the AMD Ryzen series processor because AMD made a significant change in the CPU market which was previously dominated by Intel. Intel’s offerings are quite expensive when compared to AMD’s processors at the same price bracket. Rs.65,000 is a good amount of money that one would want to invest in a PC, but PC hardware can get expensive and if you don’t know to choose the right hardware then you can easily waste your budget unnecessarily.

But here I have made a list of components that I used to build a gaming PC for one of my friends. But to my surprise, this build turned out to amazing and provides great value for money. And in addition to that, you might not need to do any upgrades for 1 or 2 years (depending on your use case).

Parts List

To make your life easy, here is the list of the parts that we will be using to build the fastest Ryzen gaming PC under Rs.65,000 and their pricing. Please note that the pricing provided here are referenced from Amazon at the time of writing. This price may or may not vary, you can check other shopping sites or local stores for a better deal. If you are looking to buy these parts then you can find the shopping links here.

Ps. If you are lucky enough then you might even be able to acquire all the parts for under Rs.50,000.

Component NamePrice in Rupees
Ryzen 3 3300X₹13,999
Zotac Geforce GTX 1660 AMP Edition 6GB₹19,990
Corsair Vengeance LPX 8GB DDR4 3200MHZ (x2)₹3,400
Cooler Master MWE 450W₹3,149
Samsung 970 EVO Plus 250GB NVMe M.2 SSD₹ 3,999
Seagate BarraCuda 1TB HardDisk₹3,199
Ant Esports ICE-200TG₹2,790
Case Fans and ExtrasN/A (Read more)
Total Amount₹61,325
Price from

CPU: Ryzen 3 3300X

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For this build, we will use the AMD Ryzen 3 3300X because this quad-core processor provides excellent value for money and showcases excellent performance. Initially, I thought to go for the Ryzen 5 3500X but even though it has 6 cores it doesn’t have enough threads to compliment the full potential of the cores. In addition to that, it’s single-core clock speeds are much lower than the 3300X’s. Which makes the Ryzen 3 3300X a much better gaming CPU and along with that you will be able to save Rs.1000-2000 over the 3500X (depends on the deal you get).

However, if you plan to upgrade later on or if you can spend more on the CPU then I will recommend you choose the Ryzen 5 3600 or higher models. And that’s because the Ryzen 5 series 3500 and 3500X CPUs are not international models (I’m nitpicking, it’s up to you).

Coming back to the topic, this CPU can reach up to a 4.3 GHz boost clock and if you can purchase a good cooler later on then you push the clock speeds even further. You can find general specifications and benchmarks below or skip to the next section.

CPU Specifications

AMD Ryzen 3 3300X Specifications
CPU Cores4
Base Clock3.8 GHz
Max Boost Clock Up to 4.3 GHz
Default TDP / TDP65W
Total L3 Cache16 MB
Total L2 Cache2 MB
For full specifications visit AMD’s product page here.


GPU: Zotac Geforce GTX 1660 AMP Edition 6GB

We will be pairing a GTX1660 in this Ryzen 3 3300X build because for under Rs.20,000 the GTX 1660 provides an excellent 1080p gaming experience and some low-end 4K gaming too. This CPU and GPU combo pairs really well to provide stable 60+ FPS on most modern at 1080p max settings. You can choose a GTX1660 from any brand depending on how you can flex your budget. However, this is a good card for this price range that has a boost clock of 1845 MHz and 6GB of VRAM which is good enough for most AAA titles.

Furthermore, there are 3 display output options, in this card you will get 3 Display Port 1.4s and 1 HMDI 2b port so that someday if you want you can rock a 4 monitor setup. You see more specifications of the card below or skip to the next section.

Note: Dedicated graphics card is required to get video output from this PC build because this Ryzen series and Ryzen 3 3300X doesn’t have onboard graphics.

GPU Specifications

Zotac Geforce GTX 1660 AMP Edition 6GB Specifications
CUDA cores1408
Video Memory6GB GDDR5
Memory Bus192-bit
Engine ClockBoost: 1845 MHz
Memory Clock8 Gbps
For more details and specifications visit product page here.

Motherboard: MSI B450M PRO-VDH MAX

The MSI B450M PRO-VDH MAX is the cheapest motherboard that I could find with 4 RAM slots and it also supports RAM clock speeds up to 3466+MHz. MSI is a well-known manufacturer of motherboards and other PC hardware so this motherboard is nothing but great for the price. This motherboard features AMD® B450 Chipset which will give us fair enough room for overclocking and supports Ryzen 5000 series CPUs as well. In addition to that, there is a steel-reinforced PCIe slot, USB 3.2 Gen1 support, and an M.2 SSD slot. There are lots of I/O ports that are 8 USB ports at the rear in which four of them are USB 3.2 Gen1 ports. You can find all the details and specifications here.

RAM: Corsair Vengeance LPX 8GB DDR4 3200MHZ (x2)

The Corsair Vengeance LPX is so popular in the PC enthusiast community and Corsair being such a reputable brand name in the RAM market, the Corsair Vengeance LPX 8GB DDR4 ram is an easy choice. This or Kingston HyperX Fury 8GB 3200MHz DDR4 model is undoubtedly the fasted one you can get for this price range, both are 3200Mhz ram sticks which are fast and Ryzen CPUs love fast RAMs. For this build, we will need two 8GB ram sticks so that you will have a total of 16GB of system memory. You can buy Corsair or HyperX depending on the price. The only thing to consider when you buy is to buy a DDR4 ram with at least 3200Mhz clock speed or you can easily find links to all the components used in this build at the end of this article.

Storage: SSD + HDD

In this build we will using a 250 GB NVMe Solid State Drive and a 1TB Hard Disk. The 250GB NVMe SSD will be used to install Windows and one two games that you mainly play so those will load much faster compared to hard disk or even normal SSD. NVMe SSDs are far more faster that normal SSDs and the fact that they are much cheaper now makes it a great high speed storage option.

And the 1TB hard disk will hold your movies, other games and files that you wont access frequently. Depending on how much you can flex you budget feel free to choose higher capacity ones.

Samsung 970 EVO Plus 250GB NVMe M.2 SSD

While there are other brands in the market I prefer Samsung 970 EVO Plus as they have proved to be fast and reliable to me. This is one of the single most products that will the gaming pc faster than other build guides. Using an NVMe SSD over conventional will make your Rs.65,000 gaming PC much faster.

Seagate BarraCuda 1TB HardDisk

Seagate’s BarraCuda 1TB HardDisk is the most popular hard disk option in the market, it will last longer.

PSU: Cooler Master MWE 450W

All the components above will max out the under 300W so this Cooler Master 450W power supply will provide plenty of juice for your build. The Cooler Master MWE 450W is an 80 Plus certified PSU that’s silent and efficient. Never buy a low-quality PSU for saving money, the last thing you want to happen is to connect your newly build PC to the power outlet and get the motherboard fried due to a short circuit. A good PSU can save your expensive PC hardware from such incidents and also from lighting spikes and surges.

Case: Ant Esports ICE-200TG

For the price the Ant Esports ICE-200TG offer fair enough build quality and features. Not to mention the RGB lights on the front panel screams gaming aesthetics. The PSU shroud is a nifty little feature that will help you save a lot of time hiding the cables of your power supply. Also there are three USB ports at the front with one being a USB 3.0 port.

Extras & Miscellaneous

Case Fans

I have seen many build guides on the web without talking about case fans or extras that you will need to build and maintain a PC. But ill share those with you, I haven’t included the price of these because the case fan market in India is kinda messed up. There are normal fans that just spins and there is no control, there are PWM fans that you can control using the software so that you can perfectly control your PC’s airflow. and then there are RGB fans and RGB PWM Fans. You can just choose the cheapest fan and call it a day if you don’t care about airflow or aesthetics. However, if you do care then getting an RGB is just plain better.

Thermal Paste

Even though the stock cooler that you got with the CPU comes pre-applied with thermal paste, later on, you may need to clean your PC and want to remove the cooler. In such a situation having a thermal paste on hand will get good. Also, the pre-applied thermal paste doesn’t offer much heat conductivity compared to aftermarket solutions.

Cable Ties

Cable ties are so helpful in making your cable management work look clean. Having some around is always a good idea.


  1. Can you edit video on a Rs.65,000 PC?

    Yes, you pretty easily edit 1080p videos and even 4K videos if you can reduce the preview resolution. Video editing software needs more RAM, a PC with 16GB of RAM is a good start for video editing. However, you will need to add more RAM for better results.
    You can buy two more 8GB RAM sticks and max the total RAM to 32GB which is recommended for software like Adobe Premiere Pro.

  2. Can you play games at 4K on a Rs.65,000 PC?

    Yes, every game will run at 4K resolution, the GTX1660 super is great for the price but its better suited for 1080p gaming. To get somewhat playable experience on a 4K monitor then you will have reduce the game’s graphics settings.

Buy CPU: Ryzen 3 3300X from Amazon | MD Computers.

Buy GPU: Zotac Geforce GTX 1660 AMP Edition 6GB from Amazon OR Zotac GTX 1660 Twin Fan 6GB from MD Computers.

Buy Motherboard: MSI B450M PRO-VDH MAX from Amazon | MD Computers.

Buy RAM: Corsair Vengeance LPX 8GB DDR4 3200MHZ from Amazon | MD Computers OR HyperX Fury 8GB 3200MHz DDR4 from Amazon | MD Computers

Buy Hard Disk: Seagate BarraCuda 1TB HardDisk from Amazon.

Buy SSD: Samsung 970 EVO Plus 250GB NVMe M.2 SSD from Amazon.

Buy Case Fans: ARGB Fans Amazon | MD Computers OR buy Auto RGB Fans Amazon.

Buy Thermal Paste: Corsair TM30 Performance.

AMD Zen 3 and Ryzen 4000 CPUs will be Supported on B450 and X470 Motherboards

When AMD launched the Ryzen 3 3300X and Ryzen 3 3100 processors, it additionally gave users details concerning the approaching B550 chipset that these processors were targeted for. a part of that announcement enclosed a chart, showing however because of BIOS limitations, sure chipsets would solely support sure AM4 processors. X570, as an example, would support previous Ryzen 2000, current Ryzen 3000, and future Ryzen 4000 processors – it didn’t support the initial Ryzen 1000 processors.

Well, AMD has surprised us with their intention to add Ryzen 4000 and Zen3 support to older B450 and X470 Motherboards. this is often getting to be a ‘promise currently, discover the main points later’ arrangement, however, this could change most (if not all) users running four hundred series AMD motherboards to upgrade to the Zen three processors set to be disclosed later this year.

On that chart, it absolutely was noted shortly that there was an obvious omission. AMD’s B450 and X470 motherboards were listed as supporting Ryzen 1000/2000/3000, however not the longer-term Zen3-based Ryzen 4000 processors. This created variety of users at once terribly involved, particularly if that they had purchased a B450 or X470 motherboard with a Ryzen 3000 processor with the hopes to upgrade it within the future.

AMD came underneath loads of fireplace. the corporate had originally secured that it might support the AM4 platform from 2016 through 2020 (or ‘through to’ 2020). loads of users had assumed that this meant any AM4 platform primarily based motherboard would be ready to settle for any processor made of 2016 to 2020, together with the new Zen three processors set to be disclosed later this year. the actual fact that there was a discrepancy between what the users expected and what AMD had been speech communication basically became a miscommunication or a misunderstanding, however, one that had a negative impact on a variety of users World Health Organization was expecting to upgrade the system.

Ultimately the rationale for the resistance was right down to the BIOS size. every generation of processors need some of the BIOS area for compatibility code – commonly if you’ll support one processor from a generation, then you’ll support all of them. we have a tendency to also are within the era of graphical interface BIOSes, and as a result a number of the BIOS code was reserved for fancy menus and therefore the ability to regulate fan curves or update the BIOS during a a lot of intuitive means. All of this takes up area, and a few vendors ditched the flamboyant graphics so as to support a lot of processors.

Most AMD motherboards square measure outfitted with 128 unit of measurement (16 megabyte) BIOS chips. the rationale why this can be the case is because of a limitation on a number of AMD’s early AM4 processors – because of style, they will solely ever address the primary sixteen megabytes of a BIOS chip. therefore even though a motherboard marketer had a bigger BIOS chip, say MSI had a thirty two computer memory unit chip, then it might truly operate like 2 divided BIOSes and it might get terribly sophisticated. there’s no straightforward thanks to support each AM4 processor with a straightforward sixteen computer memory unit BIOS.

By our estimate there square measure 84/86 current processors on the AM4 platform in total, investigating Ryzen professional components in addition. These square measure set across many families (A-Series, Zen, Zen APU, Zen+, Zen+ APU, Zen2, Zen2 APU, etc), every with their own AGESA platform to affect, that all has got to get into the BIOS. this can be what makes it such a decent squeeze.

As a result AMD at the start created the choice that the B450/X470 motherboards would support the Ryzen a thousand, Ryzen 2000, and Ryzen 3000 processors, however wouldn’t be able to support any further because of this limit. AMD ultimately wished the 500-series chipsets, the B550/X570, to be a launch area for the long run Ryzen processors.

AMD’s Announcement these days
AMD these days is reversing its call to limit the BIOSes on the 400-series chipsets. to chop an extended story short, the TL;DR mantra from AMD is:

‘We’ve detected our audience, and that we perceive the issues. we have a tendency to square measure reaching to total the simplest way to support Zen three on our 400-series chipsets between currently and launch – we’re still figuring out the what and therefore the however, however we are going to update you nearer to Zen three launch’.

They are acknowledging that they maybe misread things from its user base. a part of this issue stems from AN recent mainframe line not having the expansion space, and therefore the believed that pushing support for Zen three to the 500-series wouldn’t be that huge of a problem. currently that they see it’s, they’ll attempt to build it work. they’ll decide to address the technical challenges, and although they are doing not have all the small print at this point, it’ll be worked on.

There is still 6+ months (?) till we have a tendency to see Zen three, in order that they do have loads of your time to do things and to check things.

In conversations with AMD, we have a tendency to conjointly discovered a lot of insight into what this entails.

As most motherboards have sixteen MB, and therefore the CPUs will solely address the primary sixteen MB of a BIOS chip, then we’d see a problem wherever 400-series motherboards could find yourself having 2 ‘forked’ BIOSes – one for ‘up to Ryzen 3000 inclusive’ and one for ‘Ryzen 3000 and beyond’. the previous one can possible be a default BIOS, which is able to be picked up by auto-update code, but the latter can possible continuously be a Beta BIOS, and it’ll need user intervention.

AMD can modify the ODM partners with the feature – partners like ASUS, GIGABYTE, Dell, HP, MSI, Lenovo, etc. However, it’ll be up to the ODM partner to really modify it as a feature for his or her motherboard or pre-built system. If they’re not willing to complicate matters with this BIOS fork, then sadly you’re out of luck. it’s believed but that if most of the vendors square measure aboard straightaway, then the remainder can follow. AMD are providing continual support to its ODM partners on this, particularly those with auto-update code.

There can be a scenario wherever moving up to the beta BIOS fork can build the system unable to downgrade. it’d find yourself being a unidirectional answer. it’d even be a tough transformation – with the inject supporting 3000 and below, and therefore the fork 4000 and up. during this event, I asked AMD if they might be increasing the Boot Kit program as they did with Ryzen 2000, and disposition CPUs to users that required them to update. AMD expressed that this can be a chance, however they haven’t worked on those details at this point.

AMD’s full press release:

As we head into our upcoming “Zen 3” architecture, there are considerable technical challenges that face a CPU socket as long-lived as AMD Socket AM4. For example, we recently announced that we would not support “Zen 3” on AMD 400 Series motherboards due to serious constraints in SPI ROM capacities in most of the AMD 400 Series motherboards. This is not the first time a technical hurdle has come up with Socket AM4 given the longevity of this socket, but it is the first time our enthusiasts have faced such a hurdle.

Over the past week, we closely reviewed your feedback on that news: we watched every video, read every comment and saw every Tweet. We hear that many of you hoped a longer upgrade path. We hear your hope that AMD B450 and X470 chipsets would carry you into the “Zen 3” era.

Our experience has been that large-scale BIOS upgrades can be difficult and confusing especially as processors come on and off the support lists. As the community of Socket AM4 customers has grown over the past three years, our intention was to take a path forward that provides the safest upgrade experience for the largest number of users. However, we hear you loud and clear when you tell us you would like to see B450 or X470 boards extended to the next generation “Zen 3” products.

As the team weighed your feedback against the technical challenges we face, we decided to change course. As a result, we will enable an upgrade path for B450 and X470 customers that adds support for next-gen AMD Ryzen™ Processors with the “Zen 3” architecture. This decision is very fresh, but here is a first look at how the upgrade path is expected to work for customers of these motherboards.

  1. We will develop and enable our motherboard partners with the code to support “Zen 3”-based processors in select beta BIOSes for AMD B450 and X470 motherboards.
  2. These optional BIOS updates will disable support for many existing AMD Ryzen™ Desktop Processor models to make the necessary ROM space available.
  3. The select beta BIOSes will enable a one-way upgrade path for AMD Ryzen Processors with “Zen 3,” coming later this year. Flashing back to an older BIOS version will not be supported.
  4. To reduce the potential for confusion, our intent is to offer BIOS download only to verified customers of 400 Series motherboards who have purchased a new desktop processor with “Zen 3” inside. This will help us ensure that customers have a bootable processor on-hand after the BIOS flash, minimizing the risk a user could get caught in a no-boot situation.
  5. Timing and availability of the BIOS updates will vary and may not immediately coincide with the availability of the first “Zen 3”-based processors.
  6. This is the final pathway AMD can enable for 400 Series motherboards to add new CPU support. CPU releases beyond “Zen 3” will require a newer motherboard.
  7. AMD continues to recommend that customers choose an AMD 500 Series motherboard for the best performance and features with our new CPUs.

There are still many details to iron out, but we’ve already started the necessary planning. As we get closer to the launch of this upgrade path, you should expect another blog just like this to provide the remaining details and a walkthrough of the specific process.

At CES 2017, AMD made a commitment: we would support AMD Socket AM4 until 2020. We’ve spent the next three years working very hard to fulfill that promise across four architectures, plus pioneering use of new technologies like chiplets and PCIe® Gen 4. Thanks to your feedback, we are now set to bring “Zen 3” to the AMD 400 Series chipsets. We’re grateful for your passion and support of AMD’s products and technologies.