How to pick the right parts for a gaming pc?

How to pick the right parts for a gaming pc? this will tell you about HOW TO SELECT A PROCESSOR , how to choose motherboard how to choose graphics car

Building a PC in 2021 is very quite simple and there are many gaming PC parts in the market, picking the right parts for a gaming PC will help you play games according to your choice, also every day many new gaming companies launch their accessories, we have many options in the market these days, but many are not compatible with you many motherboards support few specific parts and processors also support only particular motherboard. After reading this post, I can assure you that you will know completely which is the right choice for you.

HOW TO SELECT A PROCESSOR?

Are you planning on building a gaming pc this year?, then you're gonna have to choose between intel or AMD now both of these companies, of course, produce the CPU or the brain of your gaming computer. 

Processor

The processor is used in pretty much every operation,  logging into windows or even just downloading games from steam for pc gamers. This choice is important as your in-game frame rate or how smooth the gameplay will feel is actually dictated not only by your graphics card but also the processor as well so you might find that you get a brand new shiny GPU you slot it in your system and it's not able to work to its full potential because your processor is holding it back and this would hurt a lot so in this post, I'm going to go through absolutely everything that you need to know about the processor which choice you should make Intel, AMD and more specifically what you need to do to make sure you're making it the right decision for you.

Intel or AMD

 The performance of games that, we've seen over the last few years have been incredible in this space we do owe AMD a great deal of gratitude for pushing pc gaming forwards you see up until 2017 intel had been constantly pumping out quad-core consumer CPUs with no real intention of innovating in space now sure the chips were getting more and more powerful every year, but it was hardly revolutionary everything changed in march 2017 though when AMD released the ryzen range to the world a series of eight-core chips.

 They've actually priced around about the same as intel's quad-core ones and it was a big deal as you might expect they were an immediate hit but.we're far from perfect single-core performance lagged a fair away from intel and launch issues with memory and stability meant that an intel gaming pc was probably still the best way to go for most intel, started a counter with their own higher core count CPUs and they launched their eight-core gaming CPU in 2018 with higher prices power consumption, higher using RAMs and an ever-improving competitor the battle for the best gaming CPU finally changed hands at the end of 2020 with a launch of ryzen 5000 and the ryzen 5000 series chips are honestly incredible, they come in a wide range of core counts you've got 16,12,8,6 and soon to be four-core variants.

 Why is selecting a processor very important?

   Even if you buy a mining graphics card and SSD of 2TB storage, then you don't have a good processor all that was waste, just because you don't have a qualifying processor in that level, which needs to process data at high speed. buying a good processor also helps you to overclock your pc. 

I don't think you can make the wrong decision this time around just hang on to those prices and do check the benchmarks just to make sure that the chip that you're buying is going to be suitable for what you want to play but I think it's why to think it's a good time to be a pc gamer unless you want to buy a graphics card. 

The processor also enhances the overall performance of a PC. 

you can also check below to know which processor is suitable for your budget.

note that: "Prices may vary due to GLOBAL SEMICONDUCTOR SHORTAGE.

Slide the table to buy

budget	PRICE	PROCESSOR	GEN	CORE	boost clock	type	LINK
₹40,000	₹8,000	AMD ryzen5 1600	ryzen5	6 core	3.6 GHZ	unlocked	Buy
	₹9,500	intel core i5-7600k	7th gen	4 core	3.8 GHZ	unlocked	BUY
₹1,00,000	₹43,000	Amd ryzen9 3900x	ryzen9	12 core	4.2 GHZ	unlocked	buy
	₹41,000	Intel Core i7	7th gen	8 core	5 GHZ	unlocked	buy
₹3,00,000	74,000	Amd ryzen 5950x	5th gen	16 core	4.9 GHZ	unlocked	buy
	1,37,000	AMD threadripper	9th gen	64 core	4.3 GHZ	unlocked	buy

How to choose motherboard?

 The motherboard you choose will serve as the foundation, your motherboard determines many of the other components that you'll be able to use in your system conversely some other components such as the processor determine which motherboards you can choose from, to begin with.

     when choosing a motherboard is deciding whether you want to go with Intel or AMD for your CPU both offer processor options across a wide variety of different price points and performance levels whether you're putting together a low-cost build for light home use or something powerful enough to handle 3d content creation or gaming and streaming at the same time once you've decided, which CPU family is best for you then you'll need to pick a motherboard that uses the right socket a processor socket is the mechanism through which a CPU is attached to a motherboard you need to pick a motherboard with a compatible socket for the CPU that you plan to purchase not every Intel motherboard ever made will work with every Intel CPU on the market. when looking at the CPU you have or want to buy a new egg look for the indicated socket type right now the most common socket you'll need to know are LGA 1151 for modern Intel CPUs and an m4 for AMD CPUs then you'll need to make sure to look for motherboards that match that socket type. 

To fit into your environment if you have plenty of space then you might want to use a full-sized tower case but if you're building a home theater PC that's meant to sit beneath your living room TV then you'll likely want to use a much smaller case and motherboard generally speaking the larger the motherboards physical size the more components that will support use the size of your planned PC and the components you want to install as guides to choose your motherboard form factor. 

 there are three sizes of keyboard I will recommend here, you consider it according to your choice.

1.ATX (LARGE)

2.ATX (MINI)

3.ATX(MICRO)

   the ATX form factor is the most common for PC building but (micro ATX) and (mini ITX) are options for more compact builds not all cases support all form factors check the product pages for both your case and your motherboard to make sure that they are compatible with the components of your PC will all connect to your motherboard in one way or another most often through the PCIe or SATA interfaces the PCIe connection is how you'll connect many of your most important components like your graphics card and PCIe slots come in a variety of different sizes with X 4 and X 16 being the most common PCIe 3.0 is the most common version of the connection on the market right now but some of AMD's most recent board's support PCIe 4.0 but they're still backward compatible when paying attention to connectivity options on your motherboard you'll want to make sure there are enough slots and ports for the components you want in your build now.

GRAPHICS CARD SLOT:

let's talk about graphics cards though some CPUs are capable of outputting basic graphics on their own if you want to do anything fancy like gaming then you'll want a dedicated graphics card which you'll connect to your motherboard PCIe slot most modern motherboards and graphics cards will work together as long as you have an available PCIe slot so your GPU selection isn't as important to your motherboard choice as some other factors the main considerations here will be whether you're buying an especially heavy and powerful GPU in which case you might want to look for motherboards with reinforced PCIe slots to handle the weight or if you're planning on running multiple graphics cards together which will require you to pick a board that allows for that.

DATA STORAGE:

Every PC needs somewhere to store its data and that's going to come in the form of a traditional hard drive or an SSD the most common way to connect a storage drive today is through the SATA 3 connection and that will be supported by just about any motherboard you can buy on the cutting edge of storage technology you'll find nvme SSDs.this is a newer protocol that offers increased bandwidth lower power use lower latency and other advantages nvme SSDs come in two form factors cards that plug into PCIe slots and compact versions that plug into m.2 connections. if you're considering a name drive check to make sure your motherboard will support it.

RAM SLOT:

Today pcs are commonly equipped with at least 4 gigabytes of RAM how much RAM you need for your own PC depends on how you plan to use it and eight gigabytes is typically a safe recommendation for most light users with 16 or more gigabytes being a good bet for heavier users ram plugs into a motherboard via a rectangular slot that's used for the kind of ram in use today the dual inline memory module or dim the number of DIMM slots in a motherboard determine how much ram you can add and it most commonly varies from two to eight slots you can add one Ram module at a time but you will get the best performance when you install RAM and matched pairs Ram is usually purchased in kits of two or four dims for example if you were looking to equip your PC with 16 gigabytes of RAM then you would typically buy a kit with two eight gigabyte DIMMs when choosing RAM you'll see designations like ddr4 and ddr3 that indicate its generation and speed numbers like three thousand thirty two hundred and thirty six hundred your motherboard will support a wide range of RAM types but make sure you compare your board with your RAM to ensure compatibility.

Check the table below to know which motherboard is right for your budget.

"Prices may vary due to semiconductor shortage"

Budget	price	motherboard	size	RAM slot	SATA ports	suit.. processor	ethernet	WIFI	clock speed	LINK
40,000	8,000	Asrock 450M 5480 RS	micro ATX	2	4	AMD A4	yes	(2.4/5G)	1,600 MHz	buy
1,00,000	22,000	GIGABYTE B550 aorus pro	normal ATX	4	2 top slot	AMD 3rd GEN or above	2.5 GBE	WI-FI 6G	5,000 MHz	buy
1,50,000	20,000	ASUS TUF Z370	ATX	2	4	AMD 8th gen	3.0 GBE	WI-FI 6G	2,4000 MHz	buy
3,00,000	24,000	ASRock X570 Phantom X	macro ATX	4	4	AMD 9th gen	2.5 GBE LAN	WI-FI 6G	2,666 MHz	buy

 How to choose graphics card

      For gamers, streamers, and content creators, a graphics card is one of the most important parts of your PC. The graphics card also called a GPU, is responsible for generating the information and images that you see on your computer display. The more powerful the GPU, the faster that information can be displayed, and the better your visual experience will be overall. As with every PC component, the first question to ask yourself when choosing a graphics card is: how will you be using it? If you're building a PC to play games, then the GPU will be your most important purchase. Other components can affect performance, like the CPU and RAM, but getting a GPU that is is too weak for your chosen games is guaranteed to result in disappointment. Some games won even run. 

GPU

  There are different kinds of games, though, and not all of them demand the most powerful GPU on the market. That is why it is important to read games required, recommended, and optimal specifications to make sure that you get a suitable GPU. Buying the best GPU you can afford is a good way to future-proof your build, and can keep it ready to play popular games that have yet to be released. If you're, not a PC gamer, there are still many reasons you might need a powerful graphics card.

 Some examples include video editing and computer-aided design and manufacturing applications like AutoCAD, which can use the GPU for significantly better performance. In fact, there is a class of GPUs aimed specifically at these professional users. These workstation GPUs are optimized for these applications, and their drivers are certified to be stable and reliable. They are not always the best at powering games because they are designed with those workstation applications in mind. We are going to focus on gaming graphics cards in this post.

When you are shopping for a GPU, you will be choosing between two manufacturers: Nvidia and AMD Historically, these two companies have battled for leadership in the GPU market, and Nvidia was strongly in the lead until the last few years. Nvidia still holds a strong position in the market, but AMD's s newest graphics cards have made the landscape more competitive. One of the phrases ll hear a lot these days when GPU shopping is real-time ray-tracing, which is a visual technology that enables more realistic lighting, shadows, and reflection effects. There is some debate about how necessary this tech is to advancing game visuals, but as of right now it is only something youngsters on the Nvidia side of the GPU world. If you want to play games that support RTX features, that is a strong argument for picking up an Nvidia 20-series or Super card. According to the Steam Hardware and Software Survey in November 2019, Nvidia GTX 1060 is still the most popular graphics card around, by a lot. But the new GPUs that AMD launched in 2019, the RX 5700 and the RX 5700 XT, are starting to gain some traction. It will be a while before AMD catches Nvidia in their most prominent demographic, PC gamers, but the gap has been consistently narrowing for the past couple of years. We live at a pretty exciting point in GPU history. Rather than just one GPU manufacturer putting out a superior product, both AMD and Nvidia offer unique benefits for anyone looking to buy a GPU. There is one best answer for everyone now. You can pick a graphics card that fits your needs, your budget, and your future goals. As of the start of 2020, there are, generally speaking, three tiers of cards from Nvidia and two from AMD that cover most customers looking to upgrade or buy a new GPU. On the Nvidia side, we have: The RTX 2060 Super: This is an entry-level card for PC gamers on a budget who still want to be able to run the newest games, and it will run most older games at high or max settings. The RTX 2070 Super: Nvidia mid-range card is where things start to get pricey, but you will be ready when real-time ray-tracing goes mainstream. If you want to play games like Control and Call of Duty: Modern Warfare with the latest visual effects, you will probably want at least a 2070 Super. And finally, the RTX 2080 Super and 2080 Ti: Both of these cards are expensive, the latter being much more expensive than the former. Both can run any game at maximum graphics potential, and the 2080 Ti will probably be able to do that for years to come. These cards represent a top-tier that AMD currently doesn't match with an equivalent GPU of their own, so if you're re looking to drop a ton of cash on the best possible consumer graphics card, you will want one of these. AMD cards don't support real-time ray-tracing, but often offer higher horsepower than their Nvidia counterparts at equivalent price points. For AMD cards, you'll find the following: AMD low-end card falls just under the 2060 Super in most benchmark tests. If you plan on rendering videos, but don't have the budget for a mid-range card, this one is a good bet. The Radeon RX 5700 XT: AMD  mid-range card appropriately falls behind Nvidia 2070 Super while out-performing the 2060 Super. But the budget difference between the 2070 Super and the 5700 XT is immense: The 5700 XT is typically around $250 cheaper. The 5700 XT can run most modern games at high or ultra graphics settings, but again, it doesn't support ray tracing. Always keep your favorite games in mind when choosing a card, too. Typically, games created on an AMD architecture, like Borderlands 3 or Apex Legends, will run a little more smoothly on an AMD card. On the other hand, Nvidia games like Call of Duty: Modern Warfare or Metro Exodus might run smoother on an RTX card. If you only plan on playing a handful of games, it's worth checking out what GPU family they are optimized for. When shopping for a graphics card, you will most often be choosing from models made by companies like ASUS, Gigabyte, EVGA, and MSI, which put their special spins on the core hardware developed by NVIDIA and AMD. Of all the various specifications you will come across when learning about GPUs, the GPU model itself is the most important. This is what tells you where the GPU falls in terms of overall performance.

Those specific graphics cards within a GPU model can vary in performance depending on a variety of factors. So reading reviews and comparing benchmarks can be helpful when you're looking to determine the best bang for your buck. It's also important to know what kind of power connections a graphics card requires. Usually, this is a mix of six-pin and eight-pin connectors, 

Eight pin connector

which the power supply will need to provide in sufficient quantity. Graphics cards have their memory where they store the data needed to display information on the screen. The amount of RAM in your GPU is important for high-performance games that use large amounts of data to represent on-screen images. Also, if you're running multiple 4K displays, then you will want more graphics RAM. However, generally speaking, you will get more graphics RAM as you buy faster graphics cards, and so as long as you buy a GPU that's fast enough for your desired games, then you should have enough RAM to go with it, built-in. Today, all discrete GPUs plug into PCIe slots. GPUs vary, though, in how many slot widths they take up, including single, double, and triple slots. You need to be sure that your motherboard and case have enough room for your chosen GPU along with the other components you might want to install. And if you using a particularly large or heavy card, like NVIDIA 2080 Super or Ti models, then it's a good idea to get a motherboard with reinforced PCIe slots, too, to cut down on GPU sag. 

Of course, a GPU by itself isn't worth much. It needs to connect to a display to be useful. HDMI and Display Port are the most common connections these days and can be found on most graphics cards usually at least one of each. When buying a GPU, you need to make sure it has enough ports, of the right types, to support the monitors and VR headsets you plan to connect. It's possible to buy adaptors for some ports, but you will have a much easier time if you can avoid that. By now you should have some idea of how to select the graphics card for your needs. The next step is to narrow your choice down, based on functionality, performance, and price.

Check the table below to know which will be correct for you.

Budget	Price	GPU	Video output	G. RAM TYPE	Memory clock speed	fan	G. RAM size	diplay res.	LINK
40,000	4,000	Geforce GV N710d3	VGA, DVI, HDMI	DDR3	1,800 MHz	no	2 GB	640 360	buy
1,00,000	20,000	xxx	VI, HDMI	DDR5	1,380 MHz	2	4 GB	xxx	buy
1,50,000	47,000	GeForce GTX 1660 Ti	DisplayPort, HDMI	DDR 5	12,000 MHz	2	6 GB	640 360	buy
3,00,000	74,000	Radeon RX 580	HDMI only	DDR5	1386 MHz	3	8 GB	7086 1080	buy

 How to choose the right SMPS

SMPS I mean power supply unit in PC, this is also called as the heart of the computer. Even you buy a high-end processor, graphics card, and RGB motherboard. If you put a low-cost SMPS your PC will explode

 apart from losing your money because exploding may be one of the parts, it also can make your short circuit, you may get some injuries.

So always make the right choice for buying an SMPS, because that acts as a guardian for your other PC components.

And which one will be right for your PC is the main thing while selecting an SMPS because, if you select a high-level titanium SMPS to your PC will not need that much efficiency.

The SMPS is also like a transformer, but this will not convert current in single voltage it converts that into a multi-voltage current that is like 12 volts or 32 volts.

The SMPS also apply the thermodynamics law so in the conversion process you will not get the full current supply much energy will be wasted according to the level of your PC.

That wasted energy will be converted into heat energy.

So, there is a standard system in SMPS, which determines the efficiency of your SMPS.img

We saw about technical things in how an SMPS works, now let's see from the consumer's vision on how we can buy an SMPS according to my budget. 

You may clear you all your doubts, bout other parts of the PC on how you can buy it, now the only very important thing is SMPS.

You can use wattage calculators and input your PC parts it will show you a detailed report, and guide you to get the correct SMPS.

Visit COOLER MASTER to know your correct SMPS.

If you are building an entry-level PC 450 watts is enough, when you build a mid-range PC 500 to 650  watts is enough, and when you build a high-end PC you need to put 750 to 1000 watts SMPS that will be good for your PC.

 When using that much powerful SMPS of 1000 watts you must need to use 1.5 kV or above.

FULLY MODULAR SMPS

Fully modular SMPS is nothing but you can Detach every cable from the SMPS. And use it according to your inconvenience, with this you can manage you cable supply decently. Gold-certified smps are now manufactured as fully modular SMPS.

Omg

SEMI MODULAR SMPS

In semi-modular smps, you can't detach 80x power pin but other cables are detachable.

A semi-modular power supply gives less heat than a fully modular supply, but this was not at all times, usually, the heat depends on the standard of SMPS.

NON MODULAR SMPS

   They commonly have a less-superior feel than FULLY MODULAR and SEMI MODULAR, have shading coded links that are not generally plaited, and have a by and large obsolete perspective. Putting resources into such an item bodes well in case feel are certainly not a major selling point for you and in case you're on a more tight spending plan. 

   Low-end power supplies actually work similarly very good quality PSUs do. In case you're purchasing from a legitimate producer and factor in your parts' all out power draw prior to purchasing. then, at that point you ought to be protected. Try to get essentially 80+ bronze affirmation, as it is an interest in both force productivity and unwavering quality.

 

How to choose RAM

RAM stands for random access memory of which you can store short-term data it can be changed and read in any order. Usually, the ram can be faster than an SSD or a hard drive. 

RAM

It is programmed or created to make fast data assessment for temporary usage, ram can't store data for a long time, but your storage device can do that if your computer is not active.

If you want to play any heavy AAA games then consider buying 8 GB of RAM, and for productivity don't go below 16 GB if it's 32 GB fine because rendering and 3d modeling need more power of GPU, processor, and ram usage. For a detailed study of RAM 

visit Wikipedia here.

They're also the types of ram which you need to look and know before buying a RAM is buying DDR 3 and DDR 4  ram, ("DDR SDRAM") STANDS FOR Double Data Rate Synchronous Dynamic Random-Access Memory.

Visit PC widget website to know about DDR version RAMS.

HDD VS SSD?

These Days many people will confuse about these two things. 

Whether a hard disk or a SOLID STATE DRIVE, when comes to storage your pc needs to fast, 

    which is better an SSD or a hard drive honestly it's sort of like asking which is better a motorcycle or a semi-truck alright so you might be sitting there going that's a weird thing to say Linus why would you say something like that and the answer is because they're not that comparable they're just different. 

   let's start with performance when it comes to raw speed SSDs are faster.   I see many folks comparing the sequential speed of an SSD to the sequential speed of a hard drive and say oh well they're kind of similar but the reality of it is unless you copy large files back and forth all day this specification is pretty much meaningless. I'm serious it has nothing to do with the way that they will do that you will perceive the performance in the real world: 

SSDs are all about little data transactions that happen all the time all over the place.

  when you're running something like an operating system on them you know an instant message comes through a program launches it needs to access a ton of little files all over the place these are the times. when not having to physically move ahead across a disk allows an SSD to utterly destroy a hard drive in terms of performance in system responsiveness any modern SSD will be easily several times faster than any hard drive and sometimes much more than that.

ok, that's great but what if you have lots of data to store and that's your main concern it's not like playing back video or music files or looking at your archive of pictures requires blazing fast performance so this is where hard drives still excel at the time of filming this 160 dollars buys you either a 256 gigabyte SSD or a 4 terabyte yes a 16 times larger hard drive for that kind of difference in price per gig you could build two hard-drive-based storage boxes and have one of them set up as an off-site backup with the money that you saved by not using an SSD based backup solution.

  

    so yes folks for mass storage of data we are a long way away from hard drives being replaced by SSDs okay but what about reliability now this one's a little bit complicated hard drives are pretty reliable these days but as devices with moving parts they will die eventually the good news is they usually give warning signs like if your hard drive is making clicking noises right now for example first check to make sure it hasn't turned into a dolphin then replace it.

  if it is still a hard drive but the bad news is that any kind of use will wear them out for SSDs reading from them a lot won't wear them out very much especially if you keep them running cool but if you write to them heavily you can kill a consumer-grade model relatively quickly so I guess I'd put it this way in an environment where a shock is an everyday occurrence such as in a notebook or tablet I would choose SSD every time in an environment where that's not the case then reliability to me is a secondary factor after I determine my performance and storage needs which leads us to the in-between solution hybrid drives these leverage the technology of hard drives and SSDs at the same time.

My last opinion is if you have enough good budget, you consider buying a 256 GB SSD for running your software and OS. so that your PC will function faster. 

Then consider buying a 2TB hard disk for storing your work files for productivity. Usually, I  think many of you here are came to know about a PC that performs gaming and is also suitable for using unity and an unreal engine.

  

HOW TO CHOOSE GAMING MONITERS?

We're talking about monitors,can we improve your console gaming experience?   focusing on FPS games since that is this channel focus however everything we're talking about today relates to console games in general the main staff that gets done around four monitors being the benefit over TVs when it comes to gaming is faster response time.

     so let's talk about response time for a second so because it's a statistic that usually is thrown around incorrectly online first of all response times are not about,how quickly the monitor reacts to your input rather it's more about how quickly your monitor can display a change from black to white how quickly can a pixel change itself from black to white now your pixels need to transition faster than your refresh rate so that they can display the next frame on time what does all that basically mean well on a 60 Hertz monitor you want your response time to be very quick.

       so that,the next frame that shows up is the correct colors and it's the exact correct representation of what that frame is so if you've ever played on a really inexpensive monitor something with like a 20 m/s response time or greater this usually materializes in the form of what's called ghosting this is when trails of the previous frame or motion or moving objects from that previous frame show up on the following frame and this can lead to super distracting visual artifacts that can take your focus off of the image and off of the game I've had two monitors that I've played with over the years I currently plan a BenQ RL 2 4 5 5 hm which is a mouthful,but that is a 1ms response time monitor my old monitor was a less expensive 24-inch 7ms LG monitor and the difference between the two is night and day with the LG the longer response time one giving a lot more ghosting and much more blurriness when I'm playing 60 FPS games and there's a lot of motion going on and it's distracting I won't say a 1 Ms or a 2 ms response time monitor will radically change your change your gameplay.

however it can improve the experience and make it easier to focus on what's going on in the frame and you get a more accurate representation of what's actually going on a couple of other benefits of a monitor 2 is the fact that you can see the entire frame monitors are usually 24 27-inch for 1080p monitors and that means depending on your seating distances how far away from the you are you can see the whole friend the peripheral vision doesn't have to scan like your eyes don't have to move across the screen as much as they would if you're like on a big 55 inch TV to look at the radar look at somebody flanking on the edge of the screen you get a sense of the entire image at once which a first-person shooter is huge if you can see somebody flanking or see the radar from the corner of your eye without having to run your entire eyes across the screen up to the upper left or wherever the radar may be that is an advantage additionally a lot of modern monitors have what's called a black equalizer the competative way of saying that the monitor can play with the gamma curve to make the really dark areas a bit brighter this can definitely help like in dark dark dark areas and you might be able to pull some definition out but it can also kill the mood if you're looking for any sort of cinematic experience however there are some cons to monitors their not as fun for casual games requires a different feeding setup like a desk and you usually are a lot closer and it totally is not fun for couch co-op like it takes away the more chill vibes of gaming where you have a couch you've got some friends.

you can just lean back or let's say it's a more cinematic narrative driven game less competitive HD TVs or sometimes amazing for this and you get this much more theatrical experience that you just don't end up getting on a monitor or it's just a different atmosphere you have to decide for yourself also a lot of the new LED 4k TVs have massive input lag around like 20 to 40 ms so if you're in the market for a 4k TV be very aware that response times right now are generally a little bit higher because 4k TVs are always being optimized with gaming in mind now if you're purchasing a monitor what are you looking for if you're purely a console player and you're not getting into the PC market any time soon a 60 Hertz monitor is just fine because modern consoles are not rendering anything more than 60 FPS currently.

       however if you think you might become a PC gamer soon or you're going to be playing PC games on this monitor do think about a 144 Hertz monitor because that can drastically improve your experience that means the monitor can refresh refresh 144 times per second rather than 60 times like a 60 Hertz monitor you also may want to think about an ultra-light or a 4k monitor it all depends on your situation your budget and what the next you know a few years for your gaming looks like my recommendation.

     I would look at a 1080p 60 Hertz monitor that has one to two ms of response time double check that response time on display lag calm and read reviews so a lot of story short can it help you yeah it could be beneficial it can improve the experience it's not going to just transform your gameplay but it can make for an all-around better experience but you may have an incredible TV that you find works perfectly for you I played many years on TV but it was a fine experience but if you're getting a little bit more dirty and you're looking to upgrade to the next step may want to go for a monitor.

 Today I'm going to be comparing mechanical keyboards to membrane keyboards to show you guys the difference and hopefully give you the information that'll allow you to decide if it's worth it for you to go mechanical or not so just to start out mechanical keyboards and membrane keyboards can have many of the same features including backlighting and key rollover and anti-ghosting but where they differ is in the way keystrokes are registered membrane keyboards have basically all keys connected with what are essentially pressure pads that provide very little.

Working of mech. Key

if any tactile feedback which can make blind typing difficult on the other side we have mechanical keyboards which have individual mechanical switches underneath each key this Rosewill RGB ad keyboard has blue switches which provide both a tactile bump and an audible click but the beauty of mechanical switches is there are many different options with various levels of resistance tactile feedback and audible noise here's a quick audio comparison between a mechanical keyboard with blue switches and a membrane keyboard so as you can see the mechanical keyboard is much louder but there are switches like the Cherry MX silence that boasts a similar noise level to a membrane keyboard with many of the benefits of mechanical switches.

MECHANICAL KEYBOARD

so the biggest question is how do you know if you will like mechanical switches and if you do which one should you get well my recommendation would be to do one of two things the first which is preferred is to go to a retailer that has mechanical keyboards on display and try out the different switch types to see if you like any of them or the second option is to buy a mechanical switch tester which is basically various keys stuck together all with different switch types to help you compare and decide, which switch type is right for you one thing to keep in mind when choosing a mechanical switch is the environment.

you're going to be using the keyboard in if you plan on using the keyboard at work around a bunch of people please do not get loud switches like the blues this will drive your co-workers crazy and can be very distracting with many workplaces outright banning the use of blue switch keyboards so one of the most important questions is is it worth the price this basic Logitech keyboard can be found for around $15 on Amazon and features little to no extra features other than being a keyboard this Rosewill mechanical keyboard I've seen as low as $50 on sites like newegg.com but there's definitely a decent price gap between the two but it is my opinion that,

if you are someone who types a lot or just spends a lot of time on a computer in general then going with a mechanical keyboard can definitely improve your overall computing experience and in my opinion, is worth the price jump it's really just a matter of finding the right switch for you so overall membrane keyboards are inexpensive and have a bland one-size-fits-all experience where mechanical keyboards provide a better more individually catered typing experience at what many would consider a much higher but worth it's premium.

I think you are clear about building a pc for gaming.