🛑STOP🛑 Buying Bad Combos! Best CPU and GPU Combo 2024

Summary

In this informative video, Jason from PC Builder discusses the intricacies of choosing the best CPU and GPU combinations for gaming in 2024. He addresses the issue of bottlenecking, offers advice on balancing budgets, and provides specific product recommendations for various price points. The video also touches on the importance of VRAM, driver overhead, and the considerations for future-proofing your PC build, ultimately guiding viewers to make smart investment decisions for optimal gaming performance.

Takeaways

• 📉 CPU and GPU prices are falling in 2024, making it a great year to build a PC.
• 🔒 Understanding the best CPU and GPU combo for gaming and productivity is crucial to avoid performance bottlenecks.
• 💡 Bottlenecking occurs when one component limits overall system performance; typically, the CPU or GPU can be the limiting factor.
• 💰 Balancing the budget between CPU and GPU is essential for maximizing FPS in gaming, with the faster GPU often being the priority.
• 🚀 For gaming, it's recommended to spend on the GPU first, as it directly impacts FPS and is more likely to be the bottleneck.
• 💡 When upgrading, consider the performance increase and cost; sometimes spending more on a CPU offers minimal FPS gains if the GPU is the bottleneck.
• 💽 The amount of VRAM in a GPU is important, especially for higher resolutions and running the latest AAA titles at ultra settings.
• 🛠 AMD GPUs generally require less CPU overhead compared to Nvidia GPUs, which can be a factor in overall system performance.
• 🔮 Future-proofing a PC by buying a faster CPU now may not always be the best strategy, as it could mean sacrificing immediate GPU performance.
• 🛠 For productivity workloads, the balance between CPU and GPU depends on the software used, with some programs being more CPU-intensive than others.
• 🔄 The choice of CPU and GPU should align with the user's budget and specific needs, whether for gaming, streaming, video editing, or other tasks.

Q & A

What is the main focus of the video by PC Builder?

The main focus of the video is to guide viewers on how to choose the best CPU and GPU combo for gaming and productivity in 2024, considering the current market prices and performance capabilities.

What does 'bottlenecking' refer to in the context of PC building?

Bottlenecking refers to a situation where one component of a system, either the CPU or GPU, is unable to keep up with the other, thus limiting the overall performance of the system.

Why is it important to balance CPU and GPU when building a gaming PC?

Balancing CPU and GPU is crucial to avoid bottlenecking and to ensure that the system can perform optimally in gaming and other tasks without one component limiting the performance of the other.

What is the recommended minimum amount of VRAM for gaming in 2024 according to the video?

For gaming in 2024, the video recommends a minimum of 12 GB of VRAM for no compromise gaming at 1080p and 1440p.

What is the significance of driver overhead in the context of CPU and GPU combinations?

Driver overhead refers to the additional CPU resources required by GPU drivers. AMD GPUs are mentioned to have less driver overhead compared to Nvidia GPUs, which can be significant when using less powerful CPUs.

Why might spending extra on a CPU not be the best choice for gaming performance?

Spending extra on a CPU might not improve gaming performance significantly if the GPU is the bottleneck. It's often more beneficial to invest in a faster GPU to get a noticeable increase in FPS.

What is the recommended approach when deciding between future-proofing a CPU or maximizing current performance?

The recommended approach is to focus on maximizing current performance rather than future-proofing, unless you are right on the budget line between older and newer CPU models that offer significant performance upgrades.

What are some factors to consider when choosing a CPU and GPU combo for productivity tasks?

Factors to consider include the specific software programs used, their system requirements, and whether they are more CPU or GPU intensive, as well as the balance between CPU cores and cooling solutions.

What is the general advice for budget-level PC builds in terms of CPU and GPU selection?

For budget-level PC builds, the advice is to choose the least expensive CPU that won't bottleneck the GPU performance, and to prioritize getting a GPU with at least 8 GB of VRAM to handle the latest AAA titles at ultra settings.

What are some of the top-tier gaming CPUs mentioned in the video for 2024?

Some of the top-tier gaming CPUs mentioned in the video for 2024 are the AMD Ryzen 7800X3D and the Intel i7 14700K or KF.

What is the recommended GPU upgrade path when moving from a budget to a mid-range build?

When moving from a budget to a mid-range build, the recommended GPU upgrade path is to jump up to an RX 7700 XT, RTX 4060 Ti, or at least a GPU with 16 GB of VRAM.

Outlines

00:00

😀 Optimal CPU and GPU Combos for 2024

The script introduces the topic of finding the best CPU and GPU combinations for gaming and productivity in 2024, emphasizing the importance of balancing these components to avoid bottlenecking. It discusses the challenges of selecting the right components and the impact of CPU and GPU prices. The video aims to provide recommendations for various budget levels, highlighting the need to understand bottlenecking and how to maximize performance in gaming, streaming, video editing, and other multi-threaded workloads. It also touches on the considerations for future-proofing a PC build and the trade-offs involved.

05:01

😉 Understanding Bottlenecks and Component Upgrades

This paragraph delves into the concept of bottlenecking, explaining how it occurs when one component limits the performance of the entire system. It points out that the CPU is often the bottleneck in scenarios with high frame rates, while the GPU becomes the limiting factor when increasing resolution or when there's insufficient VRAM. The script advises viewers on how to allocate their budget effectively, suggesting that for gaming, the focus should be on the GPU to maximize FPS, while for production workloads, a more balanced approach is needed. It also warns against over-investing in future-proofing at the expense of current performance.

10:02

🤔 CPU and GPU Recommendations for Different Budgets

The script provides detailed recommendations for building gaming PCs at various budget levels. It starts with budget options using Intel's i3 12100f or AMD's Ryzen 5 5500, paired with affordable motherboards and RAM, and suggests GPU choices like the used GTX 1070 or newer models like the RX 6600 or RTX 3050. It advises against GPUs with less than 8 GB of VRAM and emphasizes the importance of balancing CPU and GPU performance. The paragraph also discusses the performance tiers of CPUs like the Ryzen 5600 and Intel i5 12400F, and the benefits of upgrading to a better GPU over a CPU when hitting performance walls.

15:03

💻 Mid-Range to High-End CPU and GPU Combos

This section focuses on mid-range to high-end CPU and GPU combinations, recommending the Ryzen 7600 or 7600X and Intel i5 14600 KF for gaming and production use. It discusses the performance uplift these CPUs provide when paired with high-end GPUs like the RX 7800 XT or RTX 46TI and the importance of choosing the right GPU to avoid bottlenecking. The script also mentions the value of upgrading to CPUs like the Ryzen 7800 X3D and Intel i7 14700 K for those seeking top-tier gaming performance, while considering the costs of necessary components like cooling solutions and motherboards.

🚀 Top-Tier CPU and GPU Options for Ultimate Performance

The final paragraph discusses the top-tier options for gamers seeking the highest performance, featuring CPUs like the Ryzen 7800 X3D and Intel i7 14700 K, which offer significant gaming performance uplifts, especially in CPU-intensive titles. It outlines the components and costs involved in building such high-performance PCs, including the need for higher wattage power supplies and advanced cooling solutions. The script wraps up with GPU recommendations like the RX 7900 XT, RX 47OTI, and the ultra-high-end RTX 4090, while also referencing additional resources for further information on choosing the best GPU for 2024.

Keywords

💡CPU

CPU stands for Central Processing Unit, which is the primary component of a computer that performs most of the processing inside the computer. In the context of the video, the CPU is discussed as a critical factor in determining the performance of a gaming PC. The video emphasizes the importance of choosing a CPU that complements the GPU to avoid bottlenecking, which is a scenario where one component limits the performance of another. For instance, the script mentions that a CPU might be too slow to keep up with a GPU, leading to a need for an upgrade to increase FPS (frames per second) in games.

💡GPU

GPU stands for Graphics Processing Unit, a specialized electronic circuit designed to rapidly manipulate and alter memory to accelerate the creation of images in a frame buffer intended for output to a display device. In the video, the GPU is highlighted as a key component for gaming performance, especially in relation to rendering high-quality graphics. The script discusses how the GPU can be a bottleneck when pushing high resolutions or when it lacks sufficient VRAM (Video RAM) to handle the latest games at high settings.

💡Bottlenecking

Bottlenecking refers to a situation where one component of a system is unable to keep up with the performance of other components, thus limiting the overall performance. In the video, bottlenecking is a central theme, with the host discussing how to identify and overcome bottlenecks to maximize gaming performance. The script gives examples of how a slow CPU or a GPU with insufficient VRAM can bottleneck the system, and how upgrading the limiting component can lead to performance gains.

💡FPS

FPS stands for Frames Per Second, a measure of how many individual frames are displayed per second in a video or game. Higher FPS numbers generally mean smoother gameplay. The video emphasizes the importance of FPS in gaming, with the host suggesting that the aim should be to maximize FPS by choosing the right CPU and GPU combination. The script mentions that a faster GPU can increase FPS, especially when the CPU is not the limiting factor.

💡VRAM

VRAM stands for Video Random Access Memory, a type of memory used to store image data for rendering or manipulation. In the video, VRAM is discussed as a crucial factor in GPU performance, particularly when playing games at high resolutions like 1440p or 4K. The script points out that GPUs with more VRAM can handle more complex graphics without running into issues, which is why the host recommends GPUs with at least 12 GB of VRAM for gaming in 2024.

💡DDR4 and DDR5 RAM

DDR4 and DDR5 RAM refer to different generations of Random Access Memory used in computers. DDR5 is the newer and faster standard compared to DDR4. In the video, the script mentions the price differences between DDR4 and DDR5 RAM, suggesting that as users move up in CPU core count, they may also need to consider the cost of upgrading to DDR5 RAM, which can impact the overall budget for a gaming PC build.

💡Future-proofing

Future-proofing in the context of the video refers to the strategy of buying components that will remain relevant and capable for a longer period, typically by choosing higher-end parts. The host warns against over-future-proofing, as it can lead to sacrificing current performance for marginal gains in the future. The script suggests that it's more important to maximize current performance with the budget available rather than investing in components that may only pay off years later.

💡Productivity

Productivity in the video refers to the efficiency and performance of a PC in tasks other than gaming, such as video editing, streaming, and other multi-threaded workloads. The script differentiates between gaming and productivity use cases, noting that the balance between CPU and GPU may vary depending on the specific software and tasks. For example, video editing in Adobe Premiere Pro might not benefit as much from extra CPU cores as other applications.

💡Zen 5 and 15th Gen Intel CPUs

Zen 5 and 15th Gen Intel CPUs refer to upcoming generations of processors from AMD and Intel, respectively. The video anticipates their release and discusses how they might impact the CPU and GPU landscape for gaming PCs. The script suggests that while these new CPUs may offer some performance improvements, they are not expected to bring huge uplifts, indicating that current generation CPUs and GPUs are still very relevant for building gaming PCs.

💡RTX 490

RTX 490 refers to a high-end graphics card from NVIDIA, which is expected to be one of the fastest GPUs available at the time of the video. The script mentions the RTX 490 as an option for those looking to pair it with top-tier CPUs like the Ryzen 7800 X3D or Intel i7-14700K for ultimate gaming performance. It's noted for its ability to handle demanding games at high resolutions and settings, showcasing the importance of a powerful GPU for high-end gaming systems.

Highlights

2024 is a great year to build a PC with falling CPU and GPU prices.

Understanding the best CPU and GPU combo for gaming and productivity is crucial.

Bottlenecking occurs when one component limits overall system performance.

CPU is more likely to bottleneck with high frame rates, while GPU bottlenecks at higher resolutions.

VRAM is essential, with a recommendation for at least 12 GB for 1080p and 1440p gaming in 2024.

AMD GPUs reportedly require less CPU resources than Nvidia GPUs due to driver overhead.

Future-proofing strategies can sacrifice current performance for minimal future gains.

For video editing, balancing CPU and GPU is key as some software maxes out CPU usage.

Budget builds can start with an Intel i3 1200f or AMD Ryzen 5500 for minimal GPU bottlenecking.

Mid-range CPUs like the Ryzen 5600 or Intel i5 12400F offer a good balance for gaming.

High-end CPUs for gaming in 2024 include the Ryzen 7800X3D and Intel i7 14700K.

For the best performance, pair high-end CPUs with GPUs like the RX 7900 XTX or RTX 4090.

The Ryzen 5700X3D and 5800X3D offer significant performance upgrades for existing AM4 users.

Always consider current pricing and regional availability when choosing components.

Maximizing FPS is prioritized over future-proofing for most systems.

For professional workloads, understanding software requirements is essential for the right CPU-GPU balance.

Transcripts

stop buying bad CPU and GPU combos let's

get you the best CPU and GPU combo 2024

welcome back to PC Builder I'm Jason

2024 is another great year to build a PC

as CPU and GPU prices continue to fall

but I see so many people missing out on

the best CPU and GPU combo for gaming

and productivity it's hard enough to

understand the best CPU for gaming and

the best GPU for gaming by themselves

combining them together for the best CPU

and GPU combo it's even harder today

we're going to cover everything that you

need to know and we're going to give

specific product recommendations at

every budget level to get you the best

CPU and GPU combo for gaming 2024

remember if you get value out of this

video give it a like it makes a huge

difference to the channel and of course

subscribe click that Bell icon that way

you get notified when we release cool

content with that let's jump into it

let's talk about bottlenecking which

just means that one of our components

it's limiting our performance and if we

could upgrade that component to make it

faster than our overall system

performance would increase now the

typical bottleneck for a gaming PC build

is the CPU versus the GPU if our CPU is

too slow to keep up with our GPU then

increasing the speed of the CPU that

give us more FPS if our GPU on the other

hand is our bottleneck then getting a

faster GPU instead will increase our

performance now the CPU it's more likely

to bottleneck when we're pushing huge

amounts of frames and our GPU is usually

the bottom neck when we turn up the

resolution from 1080p to 1440p to 4K

including if the GPU does not have

enough vram to run the latest AAA titles

on release at higher ultra settings but

here's the thing that even experienced

PC builders get wrong no matter what our

system will always have a bottleneck

it's our job as PC Builders to

understand how to maximize our PC build

performance whether that's in gaming

it's in streaming video editing or heavy

multi-threaded workloads once we figure

that out we want to spend most of our

budget on the component that's ball

necking our performance for gaming we

want to maximize our FPS that means

getting the fastest GPU that we can

afford while only spending enough on a

CPU that it's not going to bottle like

the graphics card and the less you have

to spend the more important it is to get

the balance right if we had All the

Monies of course we'd just get the best

CPU and GPU period and spend about

$4,000 for the ultimate gaming PC but

most of you out there you have a set

amount that you can spend so choosing

the best CPU and GPU combo are going to

heavily impact your gaming performance

remember that as we go up in CPU core

count we also need to add in more

Cooling and especially for Intel CPUs we

probably need to buy a better

motherboard which also costs more money

along with the price differences between

ddr4 and ddr5 RAM so we'll take all of

this into consideration for example say

we want to build a gaming PC with a

ryzen 5600 CPU and an RX 6650 XT 8 GB

GPU and then we decide to increase our

budget another $100 to play at 1440p

where should we spend it well we could

upgrade the CPU to a ryzen 7600 which

overall is quite a bit faster than the

ryzen 5600 but at this GPU performance

level it's only going to give us

slightly more FPS because our GPU is the

bottom neck not the CPU so we just spent

an extra $100 on the ryzen 7600 not to

mention more on the ddr5 RAM and more

expensive am5 motherboard as well for

about a 5% increase in fps not great

instead if we spent that extra $100 to

jump up to an RX 6700 XT 12 GB GPU and

we kept our ryzen 5600 CP we' pick up

about 30% more FPS because we're

spending our money smartly by upgrading

the component that's bottlenecking our

performance we'll also jump out from 8

GB of vram on our GPU to 12 GB on vram

which ensures we can run the latest AAA

titles on release with ultra settings

and not run into any vram issues even at

1440p and remember that as we go up in

resolution from 1080p to 1440p to 4K

that increases the load on the GPU and

decreases load on the CPU so it makes

even more sense to upgrade the GPU now

when considering bottom X there are two

important areas to think about the first

is vram the amount of video RAM on your

your GPU as we've already discussed and

we go over in much more detail in our

best GPU for gaming 2024 video which

will link down in the video description

if you want a deeper dive for no

compromisers 1080P and 1440p gaming we

recommend at least 12 GB of vram in 2024

so while budget GPU Shoppers have to

contend with 8 gigs of vram I recommend

moving up to at least 10 but more likely

12 GB gpus even over slightly faster GPU

with only 8 GB of vram and I'm looking

at you RTX 4060 and 460 TI 8 GB the

second thing to consider is GPU driver

overhead now we've seen repeated testing

that AMD gpus require less CPU resources

than Nvidia gpus which just comes down

to driver overhead well the difference

is they're not huge they are noticeable

with lesser CPUs so we've taken that

into account in our recommendations

here's my quick warning about future

proofing because this is the number one

cause of bad CPU and GPU combos for

gaming now some people still think that

you should future prooof your CPU by bu

buying a faster one than you need right

now so that in 2 to 5 years time when

you do upgrade your GPU you get slightly

more FPS out of it in my opinion while

there are some decisions like this to be

made at the budget level and highend for

most systems this strategy would mean

sacrificing an entire GPU tier worth of

performance so for instance getting an

RX 7600 XT instead of a much faster RX

7800 XT so the future proofing strategy

cost you FPS right now to maybe get

slightly more FPS in 2 to 5 years time

the one exception I can see is if you're

right on the budget line between getting

an older CPU like the ryzen 5600x or

jumping up to the new ryzen 7600 which

is going to be upgradeable with drop in

CPU upgrades in the future in the end

this is your call because after all it's

your money but if you want to maximize

FPS for your money spent then focus on

maximizing current performance but what

about production or creator workloads

that need more CPU power well for these

use cases we want more balance but it

depends heavily on the types of programs

that we're using take video editing in

Adobe Premiere Pro while going up from

four cores is nice Premier still tends

to max out on how many CPU cores and

threads it's going to use it once so

going overkill on your CPU at the

expense of your GPU which is still very

much needed for video editing it might

actually set your performance back

meanwhile other programs they can use

all the CPU resources that you can throw

at them and they don't use the GPU very

much at all that's why it's so important

for professional users to understand

their Suite of software programs and the

recommended system required ments so you

can figure out the right CPU and GPU pet

for your applications let's jump in our

recommendations for best CPU and GPU

combo for gaming 2024 and we'll go

through both AMD ryzen as well as Intel

offerings note that we are expecting Zen

5 based ryzen 9000 CPUs and 15 gen Intel

CPUs to launch sometime in the fall of

2024 though we aren't expecting huge

uplifts from the current generation we

do a monthly update video for both CPU

and GPU pricing so leave those link down

in the video description and of course

all the CPUs and gpus are linked down

there as well so you can check current

pricing and availability in your region

starting off at the budget level you can

build a gaming PC right now for just

about $550 us with all new parts now at

this level we really want the cheapest

CPU platform that just won't bottleneck

our GPU right now Intel's I3 1200f and

the AMD ryzen 5500 are both excellent

options paired with inexpensive

motherboards a $100 b660 for the i31

1200f and an $80 b450 for the ryzen 5500

they both come with very good included

CPU coolers and we're using both with a

$35 kit of 2x8 GB ddr4 3200 cl6 Ram

though you can get a $50 kit of 3600

cl16 if you end up with a little extra

money left over the total cost of these

platforms is between $213 and $233 for a

GPU we could go all the way down to a

used GTX 1078 GB for about $100 or on

the New Market on Ron rx6 c600 for $ 199

an RTX 3050 for 220 or an Intel Arc a580

GPU for about $180 not the RTX 3050 is

considerably slower than those other

gpus while the Intel gpus they're still

a bit fussy and driver support is not

yet at the level of AMD and Nvidia for

on relase titles my advice just avoid

any GPU with less than 8 GB of vram both

the I3 1200f and ryzen 50500 they're

very capable gaming CPUs and you can

push them right up to about an RX 7700

XT or RTX 460 TI 16 GB performance but

that's essentially redlining them and

you want to look at a better CPU at that

point here I'd prioritize getting to a

recent GPU with more than 8 GB of vram

if you can to be able to play the latest

AAA titles on release at ultra settings

so the Nvidia RTX 360 12 GB AMD RX 7600

XT 16 GB or an Intel Arc a770 16 GB GPU

the next CPU performance tier up that I

would look to is either the AMD ryzen

5600 for about $135 or the Intel i5

12400 F currently selling for about $141

now these CPUs they have nearly

identical performance and with a GPU

like an RX 6700 XT or RX 7600 XT 16 gab

we'll see about a 10 maybe 15% FPS

increase over the previous tier of CPUs

I'll leave links to our build guides for

both down in the video description and

note that it does appear that a lot of

the early issues with the

i52400 and cheaper b660 motherboards

have been fixed through bios updates so

just make sure to update the bios for

the i52400 currently ddr4 motherboards

like the AAR b6m pro RS or gigabyte b760

M ds3h soell for right around $100 for

the ryzen 50 600 virtually any b550

motherboard with a vrm heat sink is

absolutely fine so something like the

b550m ds3h AC ASRock b550m Phantom

gaming or the b550m Pro 4 with upgraded

audio is great for about $100 we're also

using slightly faster ddr4 3600 seal6

Ram but if you want to save 15 bucks you

can use the same 3200 seal 16 Ram kit

from the previous Combos and both CPUs

come with great included box coolers but

you can also spend about $20 here on any

budget Tower air cooler you want this

gives us an upgrade cost of between $72

and $78 over our previous tier of CPUs

for our GPU combo I'd look at a minimum

of an RX 6600 RTX 350 or Arc a580 new

GPU these CPU pretty well but they do

hit a wall right around the RX 7800 XT

or RTX 470 and at that point you'll

definitely want to jump up to the next

tier of CPU performance note that if you

do need more cores for productivity you

can consider the ryzen 5700x or Intel i5

12600 K possibly the 13400 but they

don't give much more gaming performance

for the extra expense and there's much

better options as we'll go over next

jumping up to our mid-range CPU and GPU

combo we basically have two options here

with current pricing the best best

mostly gaming CPU it's the ryzon 7600 or

7600 X for about $200 to $230 currently

they're selling for about $199 if we

need a hybrid gaming and production CPU

the I5 14600 KF currently sell for the

same price as a 13600 KF at $285 but if

the price drops on the 13600 k then I'd

probably save a little bit of money

there we have build guys for both the

ryzen 7600 and i53 600k which is

basically the same as the i54 600k and

those guides cover things like the

differences between the 7600 and 7600 X

as well as the 13600 K versus the 13600

KF so check them out for more details

these CPUs will give us about 25% more

FPS using an RX 7800 XT or RTX 470 over

the previous tier in the ryzen 5600 and

i52 400f for our GPU combo given how

much we're spending on the CPU platform

now we want a minimum of an RX 7700 XT

or RTX 46ti 16 GB both right around 4

$130 at the time of filming we can take

either of these CPUs all the way up to

the RX 7900 XTX or even RTX 490 but at

that point if we still have money left

over in our budget our only option for

more performance is to upgrade the CPU

because those are the fastest gpus

currently available now at current

pricing it's really hard to recommend

the Intel build as for that price you

can almost get the ryzen 7800 x3d

instead or you just dump that extra

money into your GPU which is probably

the route that I would go and the ryzen

7600 it's going to allow you to drop in

a future CPU upgrade well the 14 gen

Intel it's essentially end of life for

that socket I want to give a quick

honorable mention to the ryzen 5700 x3d

and 5800 x3d now at the time of filming

the 5700 x3d has just launched for 249

and the 5800 x3d remains around $300 to

$320 if you're currently on am4 with any

non x3d CPU like Ryon 1000 2,000 3,000

even 5,000 non x3d CPU either the ryzen

5700 x3d or 5800 x3d will deliver

similar performance to the ryzen 7600

often even beating it in really CPU

intensive titles so if I had one of

those older ryzen CPUs even if I had to

upgrade my Ram kit to the 3600 seal 16

one for $50 so 300 total that's

potentially a very compelling upgrade

now let's look at the current top tier

of gaming CPUs in 2024 there are of

course many options here but for gaming

the main CPU for AMD is the ryzen 7800

x3d for around $390 the it often goes on

sale for less and for Intel it's likely

the i7 14700 K or KF for about the same

price even with ddr5 ram the i71 14700 K

Trails the ryzen 7800 X3 slightly in

gaming with ultra highend gpus like the

RTX 490 and it uses a ton more power and

cooling but the i71 14700 K is

significantly stronger if you do a ton

of professional multi-threaded

production applications in addition to

gaming though for any normal person the

ryzen 7800 x3d is going to be more CPU

than they need anyway note the 13700 K

and KF so for almost the same price as

the 14700 K and KF and they do have

fewer cores so I just skip them unless

the price gets cut drastically compared

to our previous tier of CPUs the ryzen

7800 x3d and I74 700k can sometimes

bring an uplift of up to 20% in some

very CPU intensive titles using an ultra

fast GPU though at 1440p and 4K in many

games we're entirely GPU bound and we

don't see that much of an FPS increase

for the ryzen 7800 X 3D build we're

going to use a mid-range to hire an air

cooler like the thermalite assassin 120

for $40 the same $140 b650 motherboard

like the ack b650 M Pro RS Wi-Fi and the

$100 kit of 2x6 GB ddr5 6000 cl30 for

the I74 700k good ddr5 z690 and z790

motherboards run right around $180 us to

start and we use the same ddr5 6 30 kit

for $100 we also want a higher

performance air cooler like the Deep

cool AK 620 or consider a liquid cooler

as well you also likely need a much

bigger power supply for the i7 but that

will also depend on your GPU and it's

harder to calculate costs as there's a

big jump in prices from 1,000 watt units

to 1200 watt and higher units so I've

left out that extra cost that brings our

upgrade cost for the 7800 x3d to $26

over the previous CPU tier and for the

I74 700k the upgrade cost is at least

$271 more than the previous tier for our

GPU combos for a minimum I'd recommend

the rayon 7900 XT currently selling for

around $729 or the RX 470 TI 12 GB

selling for about the same price now

ideally we'd want the fastest GPU

possible so RX 7900 XTX for AMD

currently selling around $920 and the

currently $2,000 RTX 490 but I also

really like the RTX 470 TI super 16 GB

and 480 super here as well paired with

these higher performance CPUs we've

linked all of the CPUs and gpus

mentioned in this video down in that

video description so check out those

links for current pricing and

availability in your region and of

course if you got value out of the video

give it a like it makes a huge different

to the channel and of course subscribe

click that Bell icon that way you get

notified when we release cool content

speaking of cool content if you want a

deeper dive into picking the best GPU

for gaming 2024 check out this video

where we go through the differences

between AMD Nvidia and Intel gpus

including features like FSR versus dlss

versus xss and questions like doesn't

matter if you buy the cheapest GPU model

or more premium one and everything else

you need to know to get the best GPU for

gaming in 2024 and we'll catch you on

the next one