Best AMD FX cpu for the GTX 970?

[sgloux3470]

Or FX-8320, depends actually.... If you're willing to overclock....

Because using FX-8350 you'll start with 4.0GHz (5MHz more compared with FX-8320 which has 3.5GHz).

 

500 MHz*

[Nena Trinity]

Why not FX-8350 and overclock it?

It's cheaper.

Not everyone want to OC or even can. =D

 

Also he asked for best not cheapest?

[DimasRMDO]

Not everyone want to OC or even can. =D

 

Also he asked for best not cheapest?

Right.... Just trying to give the OP "Better value", well if the FX-9590 suits OP better then it's okay to go with it.

[gilang01]

Right.... Just trying to give the OP "Better value", well if the FX-9590 suits OP better then it's okay to go with it.

the 9590 will MELT the VRMs on a 970 board. no.

[DimasRMDO]

the 9590 will MELT the VRMs on a 970 board. no.

Oh wait, he uses 970 motheboard? Sh*t I've forgotten it.

[lovingGamer]

Best AMD CPU, hmmmmmm hmmmm

hmmmm.......................... I5 4440

[Dabombinable]

Best AMD CPU, hmmmmmm hmmmm

hmmmm.......................... I5 4440

Some people though like to fanboy though....so for this one a hex core Phenom II BE will be the best option (PCIe Gen 2 just like an AM3+ CPU).

[gilang01]

Some people though like to fanboy though....so for this one a hex core Phenom II BE will be the best option (PCIe Gen 2 just like an AM3+ CPU).

Well sadly it's kinda true... For gaming no amd fx cpu can surpass even the lowest of i5s..

[Dabombinable]

Well sadly it's kinda true... For gaming no amd fx cpu can surpass even the lowest of i5s..

And barely surpass the lowest of i3's. CMT (the core multi thread architecture-modules with 2 integer units sharing resources normally dedicated to 1) is to be blunt a big mistake outside of servers-and even then power consumption and heat output are big factors (aka, the overall efficiency).

[mathijs727]

I hope you dont plan on playing W3? AMD CPU's don't perform very well in W3 because Nvidia made Gameworks a black box and wouldn't share the source code................

Thats complee BS.

The code will run on the GPU as its an NVIDIA gtx970.

Secondly if it would run on the CPU (which wont happen here) it multithreads really well (thats why you would want it to run on the GPU anyways)

[Lollausen]

NOTE: this isn't even with a stock 970, it's a G1 Gaming OC'ed and with a custom bios with an effective constant boost clock of 1600MHz as soon as under load, and +400MHz on the memory. And my 8350 is at 4.0GHz with Turbo Boost OFF and slightly undervolted, running on a crappy stock cooler to boot.

 

@Faceman @ @SkilledRebuilds

 

http://expirebox.com/download/589c0d9d9ef005776cfadad8c8bdb979.html

 

3DMark11 run on FireStrike Ultra, the heaviest one there was, MUCH heavier than ordinary games at 1080p (it's intended to test 4K sli setups). If you have 3DMark you can open it with it, much clearer than AB in terms of presentation.

 

What you see in order are GPU Test 1, GPU Test 2, CPU Test (which doesnt really matter cos it uses 0 gpu power), and Combined Test, the big drops are in between one test and the other.
 

970 1600MHz FireStrike ULTRA AB.txt

 

This is the MSI AB Log File corresponding to the same test. It's in txt form, but you should be able to open it using AB, if you open it as a txt it won't be presented very clearly tbh.

 

Now please show me the bottlenck and gpu usage/load drops.

 

I'll try and get some AB Log files to you during gameplay as well using Witcher 3, GTA V, Project Cars, and what not, for now it was the best I could do.

[SkilledRebuilds]

NOTE: this isn't even with a stock 970, it's a G1 Gaming OC'ed and with a custom bios with an effective constant boost clock of 1600MHz as soon as under load, and +400MHz on the memory. And my 8350 is at 4.0GHz with Turbo Boost OFF and slightly undervolted, running on a crappy stock cooler to boot.

 

@Faceman @ @SkilledRebuilds

 

http://expirebox.com/download/589c0d9d9ef005776cfadad8c8bdb979.html

 

3DMark11 run on FireStrike Ultra, the heaviest one there was, MUCH heavier than ordinary games at 1080p (it's intended to test 4K sli setups). If you have 3DMark you can open it with it, much clearer than AB in terms of presentation.

 

What you see in order are GPU Test 1, GPU Test 2, CPU Test (which doesnt really matter cos it uses 0 gpu power), and Combined Test, the big drops are in between one test and the other.

 

970 1600MHz FireStrike ULTRA AB.txt

 

This is the MSI AB Log File corresponding to the same test. It's in txt form, but you should be able to open it using AB, if you open it as a txt it won't be presented very clearly tbh.

 

Now please show me the bottlenck and gpu usage/load drops.

 

I'll try and get some AB Log files to you during gameplay as well using Witcher 3, GTA V, Project Cars, and what not, for now it was the best I could do.

 

While I applaud the effort,...I wish you would use actual games that people are having problems with...,.... synthetics show the strengths, but none of the weakness's. I await for your actual games...  You may know the more GPU bound it is the less the CPU matters, this is the saving grace FX users usually come back to...

 

The main concern with FX is the games that only use a couple of cores/threads OR LESS, World of Tanks, MMO's, Arma games,...the nature of THOSE games is where the problems are apparent. When the game is only using 2 of your cores, leaving 4 dormant, the bottlenecks by using only two slow cores to do the work is easily noticeable when your dropping frames.

 

Try common problematic titles like World of Tanks, MMO's, Arma games and various problematic games others will sure to mention...

Then there is the other issue... Dual-GPU's driving a 120hz panel,...(Reducing details to ensure a minimum CONSTANT of 120fps)

The CPU does not have the power (in some game engines) to see 120fps MINIMUMS from both GPU's .

 

For your needs, the FX may not be a limiting factor, but people have different needs, and the FX cannot meet those needs.

[Razzaa]

Thats complee BS.

The code will run on the GPU as its an NVIDIA gtx970.

Secondly if it would run on the CPU (which wont happen here) it multithreads really well (thats why you would want it to run on the GPU anyways)

I was being sarcastic.

[Lollausen]

snip "Dual-GPU's driving a 120hz panel,...(Reducing details to ensure a minimum CONSTANT of 120fps)

The CPU does not have the power (in some game engines) to see 120fps MINIMUMS from both GPU's ."

you do realize YOU just went from saying that a 970 would bottleneck an 8350 at 1080p to YOU now saying it takes 2 of them in sli to do so? Not to mention this is a min 120fps situation, a very tiny percentage of people use 120Hz monitors, most people are still on 60Hz, and your monitor, being 120Hz, probably isnt at 1080p, which is why it needs sli.

 

i dont play mmos or world of tanks, i could try and get ahold of an arma game, doubt it'll change much.

 

For your needs, the FX may not be a limiting factor, but people have different needs, and the FX cannot meet those needs.

Exactly, the USER WHO STARTED THIS THREAD is on a BUDGET, meaning hes probably playing at 1080p@60Hz if not less. It would be more helpful to him I think to talk about bottlenecks in a real world "the way 80% of people him included use it"  scenario rather than just talking about 4k 120Hz scenarios (which will OBVIOUSLY require an i5 if not an i7, but that's not what is being discussed) which very very few people use.

 

Since we're talking about that user's needs which do not feature the monstrous 4k@120hz SLI scenarios that you talk of as if they were given out for free to anyone, I'm pretty sure the point remains unchanged. At 1080p, an 8350 will simply not bottleneck a 970, unless its an extremely poorly threaded app/game, which we're seeing less and less of today and will be less and less so in the future.

 

While I can try getting Arma 3 but will not spend any of my money to play MMOs that i personally do not like to play, if you want I'll PM you all the games i have and you can have your pick as to which to test.

EDIT: i'm guessing you didnt even look at the results simply b/c 3DMark11 does not meet your requirementes of being poorly optimized software. b/c what we are essentially saying is that 970s can bottleneck an 8350 only if the SOFTWARE is poorly written.

[SkilledRebuilds]

you do realize YOU just went from saying that a 970 would bottleneck an 8350 at 1080p to YOU now saying it takes 2 of them in sli to do so? Not to mention this is a min 120fps situation, a very tiny percentage of people use 120Hz monitors, most people are still on 60Hz, and your monitor, being 120Hz, probably isnt at 1080p, which is why it needs sli.

 

i dont play mmos or world of tanks, i could try and get ahold of an arma game, doubt it'll change much.

 

Exactly, the USER WHO STARTED THIS THREAD is on a BUDGET, meaning hes probably playing at 1080p@60Hz if not less. It would be more helpful to him I think to talk about bottlenecks in a real world "the way 80% of people him included use it"  scenario rather than just talking about 4k 120Hz scenarios (which will OBVIOUSLY require an i5 if not an i7, but that's not what is being discussed) which very very few people use.

 

Since we're talking about that user's needs which do not feature the monstrous 4k@120hz SLI scenarios that you talk of as if they were given out for free to anyone, I'm pretty sure the point remains unchanged. At 1080p, an 8350 will simply not bottleneck a 970, unless its an extremely poorly threaded app/game, which we're seeing less and less of today and will be less and less so in the future.

 

While I can try getting Arma 3 but will not spend any of my money to play MMOs that i personally do not like to play, if you want I'll PM you all the games i have and you can have your pick as to which to test.

EDIT: i'm guessing you didnt even look at the results simply b/c 3DMark11 does not meet your requirementes of being poorly optimized software. b/c what we are essentially saying is that 970s can bottleneck an 8350 only if the SOFTWARE is poorly written.

 

Just because I said one thing, THEN another does not mean my points don't stand true...  The 'You NOW saying" first line.... well I meant every word of BOTH, Im not switching circumstances, I'm using both as examples.

 

The fact remains that those MMO's and games you do not play, are common games, that many people play, just because you do not play them, doesnt mean the issues are not there.

 

Just because the user is on a budget does not mean that in the future he wont build upon it... leading to encountering these issues.

Its not entirely unrealistic for a user on a budget, to then save and go for a SLI/Xfire config, including buying a 120hz monitor down the line... then to encounter issues driving 120fps when his CPU won't hold up. Just because he's not using that now, doesnt mean he never will on that machine.

You said it yourself, at 1080p it won't bottleneck - "Unless it's a poorly threaded game" <-- this is WAY more common that you realize... many people do try these F2p games and actually enjoy them enough to stick with it,.. however FX CPU's can plain and simple not allow for an enjoyable experience when FPS drops are frequent.

 

That last line is absolutely true, and we both obviously agree to that end,.. but its so common these days that there are so many piece of shit threaded software titles and this is the issue wholeheartedly, people are going to expect TOP performance from the CPU driving the GPU, and the software doesn't perform.

 

When I speak of the failing usage cases FX brings (120fps constant for 120hz) I know this is not the average persons needs,.. but the fact remains its not going to be achievable and this is the concern I prefer sharing with people.

[Faceman]

NOTE: this isn't even with a stock 970, it's a G1 Gaming OC'ed and with a custom bios with an effective constant boost clock of 1600MHz as soon as under load, and +400MHz on the memory. And my 8350 is at 4.0GHz with Turbo Boost OFF and slightly undervolted, running on a crappy stock cooler to boot.

 

@Faceman @ @SkilledRebuilds

 

http://expirebox.com/download/589c0d9d9ef005776cfadad8c8bdb979.html

 

3DMark11 run on FireStrike Ultra, the heaviest one there was, MUCH heavier than ordinary games at 1080p (it's intended to test 4K sli setups). If you have 3DMark you can open it with it, much clearer than AB in terms of presentation.

 

What you see in order are GPU Test 1, GPU Test 2, CPU Test (which doesnt really matter cos it uses 0 gpu power), and Combined Test, the big drops are in between one test and the other.

 

970 1600MHz FireStrike ULTRA AB.txt

 

This is the MSI AB Log File corresponding to the same test. It's in txt form, but you should be able to open it using AB, if you open it as a txt it won't be presented very clearly tbh.

 

Now please show me the bottlenck and gpu usage/load drops.

 

I'll try and get some AB Log files to you during gameplay as well using Witcher 3, GTA V, Project Cars, and what not, for now it was the best I could do.

You didn't read the spoilers that I posted, did you?

 

What you just did means nothing.  Its a synthetic test designed to load the GPU to 100%.  Go play GAMES, take screenshots. 

 

"To put it nicely, the FX-8370E is a true middle-of-the-road CPU. Using it only makes sense as long as the graphics card you choose comes from a similar performance segment.

Depending on the game in question, AMD’s new processor has the potential to keep you happy around the AMD Radeon R9 270X/285 or Nvidia GeForce GTX 760 or 660 Ti level.

A higher- or even high-end graphics card doesn’t make sense, as pairing it with AMD's FX-8370E simply limits the card's potential."

 

Go read the large spoiler I posted, there is evidence of bottleneck, after bottleneck, after bottleneck.

[Dabombinable]

People tend to use the term "bottleneck" horribly wrong. The 8 Core AMDs won't bottleneck the 970, but you will get more frames out of certain Intel processors.  There's a less of a difference if you OC the AMD, but that doesn't mean the AMD bottlenecks it you'll just get a few better frames in GPU heavy games.  If you are playing more CPU extensive games I'd suggest the Intel option over the AMD though, but it is up to you really.  The only benefit of the 9xxx chips btw is that they are easier to OC to the higher point you want.  You'll easily get closer to 5.0 with a 9370 compared to an 8350, but the 8350 can still get that high if you know what you are doing.

Oh come on, have you been keeping up with anything that's been posted?

1. The FX 9*** range are literally highly binned and overclocked FX 83** CPU's (check the cinebench thread and you will see)

2. AMD doesn't have a consumer level CPU with 8 cores. In fact they can't even be described the way you would their older CPU's and Intel's equivalents. They use the CMT design which has a normal CPU core with the integer unit split in 2 while sharing the resources normally dedicated to 1. The correct description for an FX 8350 for example is 4 modules 8 icores.

[SkilledRebuilds]

The term bottleneck is not overused when its in the right context..

 

A component (GPU) held back from 100% performance (usage) & efficiency due to another component....(CPU)

[itachipirate]

 

I just received an  ASUS GTX 970 Strix as a gift and need to buy a cpu to pair it with , I was thinking about the FX-6350 and FX-8350, but the latter is a bit expensive for me right now, what should i do?

 

Stuff i have:

GTX 970 Strix

MSI 970 gaming mobo

Dark rock pro 3 cooler

corsair RM 650 PSU

12 GB of corsair vengeance ddr3 memory 

 60 hz monitor

 

Stuff i need:

An AMD FX cpu

A case

 

 

Any FX CPUs will bottleneck a GTX 970 in most games. I have a FX-6300 and GTX 970 and I can play pretty much anything. Sometimes I have to turn down some CPU-intensive settings. Playing MMOs like TERA I average around 40fps which is disappointing but playable. If you can get an i3 it will still bottleneck a bit, but will perform as well as a FX-6300 in well optimized games and much better in poorly optimized games. Any 4th gen locked or unlocked i5 won't bottleneck a GTX 970 most of the time

[Dabombinable]

Any FX CPUs will bottleneck a GTX 970 in most games. I have a FX-6300 and GTX 970 and I can play pretty much anything. Sometimes I have to turn down some CPU-intensive settings. Playing MMOs like TERA I average around 40fps which is disappointing but playable. If you can get an i3 it will still bottleneck a bit, but will perform as well as a FX-6300 in well optimized games and much better in poorly optimized games. Any 4th gen locked or unlocked i5 won't bottleneck a GTX 970 most of the time

A low end such as the i5 4440 actually doesn't bottleneck a 970 at all, far from it. Even an old Xeon doesn't do too badly (about 80% GPU usage with my 970-61fps average in Crysis 1 on ultra-I didn't bother with 2&3).

[FLUFFYJELLO]

Playing MMOs like TERA I average around 40fps which is disappointing but playable.

Woot I had no idea you pay Tera! We should party up sometime. (Completely of topic I know).

[FLUFFYJELLO]

The Intel fanboys in this thread are amazing. No not many are using it properly here they are trying to promote Intel. As for the 9xxx I already said they have one easy advantage which=easy OCs. Clearly you fanboys can't read. A bottleneck is not when one gives faster/better performance. A bottleneck is when data becomes congested or blocked that slows down the other product. Leave it to Intel fanboys to use the term improperly. The Intel just increases it. Let me give you guys a metaphor of why you are using it wrong. Let's say a car goes on stock to 120 right? You put NOS or a turbo in it to make it go faster than an Intel. The AMD would be stock, and the turbo or NOS would be the Intel. The AMD can give it 100% performance, but the AMD is not bottlenecking it...the Intel is just making it go faster. That's not a bottleneck. The AMD dropping the stock performance would be a bottleneck. For example. If I put a AMD k6 in with the 970 that would be a bottleneck. Because that's slowing down the data from actually flowing+not allowing it to flow at all.

No, because you see, an AMD FX CPU does not utilize 100% of the GPU performance of a 970.

The logic of your metaphor is essentially saying an FX CPU offers 100% performance of your GPU, and an Intel CPU allows 110% utilization; which is physically impossible. This is the translation of your metaphor into computer components, which is not how things work, which is why using a car metaphor for computers is often times pointless; just like in this case.

The reason Intel is getting more performance is because it's allowing the 970 to use 100% of its power, and the FX is bottlenecking the 970, only utilizing ~90% of its available power. Bottlenecking is the correct term. Your metaphor only helps prove us "Intel fanboys" right.

[Faceman]

The Intel fanboys in this thread are amazing.  No not many are using it properly here they are trying to promote Intel.  As for the 9xxx I already said they have one easy advantage which=easy OCs.  Clearly you fanboys can't read.  A bottleneck is not when one gives faster/better performance.  A bottleneck is when data becomes congested or blocked that slows down the other product.  Leave it to Intel fanboys to use the term improperly.  The Intel just increases it.  Let me give you guys a metaphor of why you are using it wrong.  Let's say a car goes on stock to 120 right?  You put NOS or a turbo in it to make it go faster than an Intel.  The AMD would be stock, and the turbo or NOS would be the Intel.  The AMD can give it 100% performance, but the AMD is not bottlenecking it...the Intel is just making it go faster.  That's not a bottleneck.  The AMD dropping the stock performance would be a bottleneck.  For example.  If I put a AMD k6 in with the 970 that would be a bottleneck.  Because that's slowing down the data from actually flowing+not allowing it to flow at all.

With FX processors, many high end GPUs are unable to reach 100% utilization.  That is a bottleneck.

 

Read this.  Every link, every benchmark, every review, every video, every word.

 

If you enjoy games like MMOs(ArcheAge, WoW, Guild Wars2, World of Tanks, Planetside2 etc..) DayZ, ARMA, GTA V, Dead Rising 3, Indies, RTS, Emulators, etc.. the FX will fall WAY behind the equally and sometimes lower priced Intel processors, and in some instances, become unplayable* unless you are fine with massive, recurring, constant, and noticeable FPS drops when the action starts. 

 

*Everyone has a different definition of what unplayable is, so don't over analyze and exaggerate my wording.  What is unplayable to me, might not be unplayable to you, but what we can all agree on is that no one likes FPS drops that makes your game hitch, stutter, or freeze, and you shouldn't be ok with those side effects because an Intel processor won't give you those unwanted side effects nearly as often as you get them with FX processors.

 

Then there are other games that are playable, but no where near as fluid as they would be on Intel because minimum framerates(which are the most important), drop much more significantly with FX processors.  A few examples are: Starcraft, Skyrim, Civilization V, Far Cry 4, Assassin's Creed, Metal Gear Solid etc..

 

And of course there are a lot of games where the FX will perform similar to Intel because the games just run on anything.  Tomb Raider comes to mind, but there are others.

 

For the a lot of games, the FX will be sufficient.  But why would you want to spend more or the same amount of money on an old, and inferior product, when you can get a new and superior product for the same amount of money.  Why play 4 out of 5 games well, when you can play 5 out of 5 games well, with no bottlenecking, lower energy costs, and future upgrade paths.  Minimum FPS is the most important FPS measurement.  Bad minimums mean less fluidity in gameplay.  Sometimes I see FX owners saying, "I hit 60fps just fine".  While you might be capable of hitting 60fps on FX, the minimums are going to be lower, and that results in a noticeable detachment from immersion which is what constant 60+fps feels like.  An Intel processor is often the difference between a fluid experience and a stuttery one.  With Intel, your minimums are much higher, meaning a more fluid and immersive game play experience. 

 

You will see below that even the Intel i3(which is less expensive) is outperforming the FX6/8/9s in many games, and the locked i5(costs the same) is running away with it.  There have also been a lot of new, modern, multi-threaded games that are performing poorly on the FX platform because of the poor per-core performance.  More on that in some spoilers below.

 

I always advocate the right tool for the job, and for some jobs, the FX processor is the best tool for the job, but you need to be aware of what your priorities are when building your machine.  If your priority is gaming, then Intel is the clear winner regardless of price point. I don't hate AMD, and I have experience with both processors, and have owned both Intel and AMD.  I currently own Intel because it is objectively the better processor.

 

I hope that when Zen is released in 2016 that it will bring AMD back into relevancy.  It doesn't even have to be better than Intel, it just has to be competitive.  If its performance, namely single core, is close to Intel's while remaining at a lower price, then I will likely switch to AMD because I am all about price to performance.  The problem is, price to performance for AMD doesn't exist right now.

 

My goal here is to help others by avoiding costly mistakes that so many before them have made. After being on this forum for over a year, I am seeing so many users complaining about their gaming experience with FX processors that it is time to put a stop to it, and the best way to do that is nip it in the bud and recommend the correct tool for the job.  To do that, I and a bunch of other forum members created this post as a one-link reference to all of the information we have gathered and continue to gather on the subject.  This is an ever growing and constantly updated post.

 

The most common problems with the FX processors are unsatisfactory results in games, VRM throttling, and GPU bottlenecking.  In my links below I will show you many different, yet conclusive results compiled from respected hardware reviewers and other members of this forum.  I hope to paint a picture as to why the FX processor is objectively the inferior option and why it is a bad choice for a gaming machine especially when an equally, or lower priced option is available.  I want you to make an educated decision based on information available without taking emotion and bias into this.  I am about to present to you that information.  There are some positives to the FX processors that I will talk about, but gaming is not one of them.

 

---

---

---

---

---

---

---

---

---

Even this supposedly very good multi-threaded game, Call of Duty:Advanced Warefare runs better on an i3 than an FX9

---

---

---

Really pitiful when modern games are playing so much better on an i3 than an FX9.

---

---

---

---

---

---

---

---

---

You have to OC an FX8 to 5Ghz just to match an i5-4440 at stock in BF4 multiplayer with an R9 290X.

---

Even Mantle doesn't bridge the gap.  Too bad they don't show the minimums in this above graph.

---

---

---

---

---

---

---

Very modern, multi-threaded game that does take advantage of all cores available, yet you have to OC an FX to 5Ghz to MATCH an i3.

---

---

---

---

This one above is Witcher 2

---

---

---

These are just a few games, and obviously skewed towards Intel, but my point is to try and illustrate that some games run very poorly on the weak cores on FX processors.  Even these new games that are well multithreaded are running better on i3s than FX8s.  If you can find benchmarks from multiple sources that show something else, please share because in all of my research, I have not found any. 

 

What benchmarks fail to show is in-game performance.  There is no substitute for actually playing these games on both processors.  Now, I will admit I haven't played all of the games listed above, but in the games I did play, there was a noticeable stutter that would happen.  It didn't happen in all games, but it happened often enough for me to be displeased with it.  My friend who owns the FX8 simply said "You get used to it."  This is the wrong attitude to have.

 

Now...why buy a processor that can only play 4 out of 5 games, when you can pay the same and play 5 out of 5 games without issue?  In the 18 gaming graphs above that show both the FX8 processor and the 4th Gen Intel i3, the i3 is performing better than the FX8 in 16 of the games!  In not a single game does the i5 perform worse than the FX8.  A locked i5 + H81/B85 motherboard can be purchased for less than the cost of an FX8 + 8+2 VRM Phase Motherboard.  I will show that below in another spoiler.

 

 

Look through all of these sources... the i3 is handing it to the FX8s and FX9s in so many games!

Benchmarks:

http://www.hardcorew...-4340-review/2/

http://www.hardwarep...8-games-tested/

http://www.tomshardw...cpu,3929-7.html

http://www.anandtech...w-vishera-95w/3

http://techreport.com/review/23750/amd-fx-8350-processor-reviewed/14

https://translate.google.com/translate?hl=en&sl=auto&tl=en&u=http%3A%2F%2Fgamegpu.ru%2Ftest-video-cards%2Figry-2014-goda-protiv-protsessorov-test-gpu.html

https://translate.google.com/translate?hl=en&sl=auto&tl=en&u=http%3A%2F%2Fpclab.pl%2Fart57842.html

http://benchmarkreviews.com/24051/amd-fx-8320e-am3-processor-performance-review/14/

http://cpu.userbenchmark.com/Compare/Intel-Core-i3-4340-vs-AMD-FX-8320E/2877vs2985

 

 

 

"To put it nicely, the FX-8370E is a true middle-of-the-road CPU. Using it only makes sense as long as the graphics card you choose comes from a similar performance segment.

Depending on the game in question, AMD’s new processor has the potential to keep you happy around the AMD Radeon R9 270X/285 or Nvidia GeForce GTX 760 or 660 Ti level.

A higher- or even high-end graphics card doesn’t make sense, as pairing it with AMD's FX-8370E simply limits the card's potential."

 

"In terms of raw single-core performance the flagship AMD FX-8350 is lagging behind intel's processor line-up by over two generations. The PassMark Single Thread scores for the i5-2500K vs the FX-8350 are 1863 to 1520 which shows that in terms of raw per-core processing the FX-8350 is lagging the two year old i5 by 23%. Where the AMD FX makes up is on multi-core performance, with a score of 9156 vs 6745, the AMD leads the Intel 2500K by 36% making it the far more capable multi-threaded server orientated performer. The AMD is also cheaper but significantly more power hungry which counts strongly against it as a sever proposition. The FX-8350 could be a good fit for specific server use cases but for general consumer use, which is single and dual core intensive, Intel's two year old i5-2500K will deliver better performance."

 

"When AMD first released CPUs for their AM3+ platform we at OC3D were not overly impressed, behind the hype of AMD's "Bulldozer" architecture was some very power hungry, hot running and under-performing CPUs. When AMD's second generation of FX CPUs, Piledriver, was released AMD had lessened a lot of these issues, but many of those flaws still remained."

 

"This is a huge result – it wasn’t until we used a Haswell core CPU that the R9 280X  was able to deliver consistent frame times and a 60 FPS frame rate in Assassin’s Creed IV. All three AMD CPUs we used – even the FX 8350 – and the Ivy Bridge Core i3 would deliver a sub 60 FPS frame rate, with frame spikes throughout the benchmark run.

In this case, the Core i3 4340 allows the R9 280X GPU to run at maximum potential, just like the Core i5 (and Core i7 would)."

 

"My benchmarks show that the Core i3-4360 is faster than the FX-8320E in virtually every test on a per-core basis, you’re probably never going to see this differential unless you spend quite a lot of time in benchmark-land. Benchmark-land is fun, kind of like taking your car to the drag strip to see what it will do. But, like your quarter-mile time, it often doesn’t have that much correlation with real-world performance."

 

 

"Pop over to the gaming scatter, though, and the picture changes dramatically. There, the FX-8350 is the highest-performance AMD desktop processor to date for gaming, finally toppling the venerable Phenom II X4 980. Yet the FX-8350's gaming performance almost exactly matches that of the Core i3-3225, a $134 Ivy Bridge-based processor. Meanwhile, the Core i5-3470 delivers markedly superior gaming performance for less money than the FX-8350. The FX-8350 isn't exactly bad for video games—its performance was generally acceptable in our tests. But it is relatively weak compared to the competition.

This strange divergence between the two performance pictures isn't just confined to gaming, of course. The FX-8350 is also relatively pokey in image processing applications, in SunSpider, and in the less widely multithreaded portions of our video encoding tests. Many of these scenarios rely on one or several threads, and the FX-8350 suffers compared to recent Intel chips in such cases. Still, the contrast between the FX-8350 and the Sandy/Ivy Bridge chips isn't nearly as acute as it was with the older FX processors. Piledriver's IPC gains and that 4GHz base clock have taken the edge off of our objections.

The other major consideration here is power consumption, and really, the FX-8350 isn't even the same class of product as the Ivy Bridge Core i5 processors on this front. There's a 48W gap between the TDP ratings of the Core i5 parts and the FX-8350, but in our tests, the actual difference at the wall socket between two similarly configured systems under load was over 100W. That gap is large enough to force the potential buyer to think deeply about the class of power supply, case, and CPU cooler he needs for his build. One could definitely get away with less expensive components for a Core i5 system."

 

"The FX-8370E stretches its legs a little in terms of minimum frame rates, particularly in SLI, however it is handily beaten by the i3-4330."

 

"Average frametimes did not do AMD’s processors any justice either. As we already said the game was fluid with i7 and i5’s, and somewhat playable with the i3 processor line. When we switched to FX CPUs not only did we have worse framerate but the gameplay was simply put, laggy."

 

 

The Bulldozer architecture was released in 2011, but it had been in development for many years.  It basically reused an old architecture that had already been phased out years ago.  They reused it, and marketed it well to trick users into thinking it was something spectacular.  "How could an 8 core, 4Ghz CPU possibly be bad?"  One word:  Architecture.  This CPU is not good now, and it wasn't even good when it was released.  Please give this article a read because it does a much better job of explaining this than I will ever be able to.  Analyzing Bulldozer

 

The architecture behind the FX CPUs cannot keep up with high end graphics cards that require strong cores to consistently feed the card.  Monitor your GPU load in your games and you will quickly see that your GPU is not running at 90%+ if you own a high end graphics card paired with an FX processor.  Use an FX with a mid range GPU all you want, that is fine and you won't limit the card's potential and makes for a much more balanced rig. If you get into the upper echelon of GPUs, that is when you are holding your card back by the FX.  This also doesn't bode well for the future because as GPUs get more powerful, the FX will simply not be able to keep up with even mid-range GPUs.  As of now, the highest end GPU I would pair with an FX that won't limit its potential is an R9 280/GTX770.

 

There are very few games that are very well multithreaded, and even in those games, such as CoD:AW, an i3 is still beating out an FX9.  The reason behind this is because games typically have one main thread, Core #0.  When this main thread is being choked by poor single core performance, the rest of the threads struggle.  So even in these really well multithreaded PC port games, we are still seeing Intel processors beating out FXs because their poor IPC simply can't give as good as results on that main thread.

 

Single core performance is the most important thing when evaluating a processor for desktop use. "The majority of consumer applications (MS World, Internet Explorer, Google Chrome and most games) although multi threaded rarely utilize more than one thread at a time.  The single core benchmarks can be seen as a reasonable real world test for typical consumer workloads."

 

When AMD sends out R9 290Xs for review, or release new drivers they send out Intel i7s along with them because they know their FX processors can't power their high end GPUs to their max potential.  That's a big red flag.

-Source

 

 

Check out LTT's own Cinebench Scores:

 

 

---

 

-LTT's Cinebench Database

These FXs are overclocked to 4.8Ghz and 5.3Ghz! and still fall well behind Intel's offerings.

 

Even when you pair the FX with a mid range GPU, it doesn't change the fact that some games are largely CPU bound and require strong IPC.  Parallelism doesn't exist in games.  There are not many, if any highly repetitive calculations going on in games that the CPU can guess what is coming next like in video editing or rendering.  They have tricked you into thinking that more cores and higher Ghz is what matters for your CPU, when it all comes down to the architecture and instructions per cycle. 

 

Websites like cpubenchmark.net have a suite of synthetic benchmarks that they run each processor through to spit out a score.  Going by this, the FX8 outperforms the i5 because those synthetic tests are highly repetitive calculations that benefit from more cores.  People see that result and automatically think "Oh, the FX8 is a much stronger processor than the i5."  And in some tasks it is, gaming is just not one of them.

 

A man(Faa) who knows a lot more about this than me did some research and found, to the surprise of no one, that games just aren't using more than 4 threads, and the ones that do, aren't benefiting as much as you would think from those extra cores/threads.  I'm going to link you over to his research that shows how cores/threads have an impact on gaming performance.  It is a great read with a lot of interesting information, as well as a few links to other more reputable review websites doing testing on many popular mainstream games.  For the most part, games are using 2-4 threads.  And the few that can take advantage of more threads, aren't really benefiting from them. Of course in some games, the FX8 is going to do much better than the FX4, but looking over benchmarks from the gaming graphs above, and all of the links in the i3 > FX8 spoiler, the FX4,6,8 processors are mostly lumped together with very little difference between them.  An example:  For every game that the FX8 actually does a lot better than the FX4, there are 5 games that only show a ~10% improvement.

 

When you look at the Bulldozer Block Diagram, what do you see?

I see 4 modules, and 8 integer cores. 

 

Lets define what a core is:  A CPU core is a collection of components in a processor used to process code. Its not just the logical processor (the integer core), not just the FPU, not just the decoder, not just the l1 cache not just the l2 cache but all of these components combined is what forms a core.

 

Modules and cores are very different. This module design is a very old microarchitecture design(1996) and it doesn't work the same way a true core does. The issue with this design is that resources are shared, namely the floating point unit.  The floating point unit is very important for gaming.  So while it does have 8 integer cores/threads, those cores have to share resources for certain tasks, and this causes one core to wait until the other is finished.  Because of this, it is not a true 8 core processor.

 

A true core 8 core processor is when there is no situation you can present it short of disabling cores that will cause even one thread out of eight to have to wait to be processed. Not a single situation. you can't say the same thing about the FX processors. If both threads on a module need the FPU one of the threads will have to wait.

 

Gaming performance aside, the vast majority of daily tasks are single threaded.  Everything you do on your desktop, booting up your computer, loading a simple program such as iTunes is going to be faster on Intel because these are single threaded tasks and the performance per core is so much more powerful which results in a more snappy overall experience.  There are very few tasks that benefit from 8 cores.  A program that really benefits from all the cores you throw at it is a real niche area, often reserved for content creation and calculations-not games.  This niche area is where the FX processors really shine because those programs benefit from many cores able to execute highly repetitive tasks.  Please note that not all content creation programs benefit from 8 cores, some programs do still prefer the strong cores of Intel, so please check and see if the program you specifically plan to use benefits from more cores, or stronger ones.

 

This is PCMark 7, it is a FutureMark benchmark that "is a complete PC benchmark that measures overall system performance during typical desktop usage across a range of activities such as handling images and video, web browsing and gaming. This is the most important test since it returns the official PCMark score for the system."  This is most closely related to a multitasking scenario.

-PCMark 7

This shows that while the performance in daily workloads is similar, Intel is still ahead.  Also consider that these are older generation Intel processors that have since been improved upon, only further increasing the result in Intel's favor for daily tasks.  Think multi-tasking is better on the FX8 because of all those cores?  Nope.

 

Some more productivity benchmarks for your enjoyment:

---

---

---

---

---

---

---

---

---

---

---

---

---

---

 

The FX processors do have some strengths, just make sure that you are using a program that maximizes those strengths because as shown above, even in some multithreaded programs, the i5-4690k still comes out ahead.  In my opinion the gaming benefits of a locked i5, far outweigh the productivity(certain programs) benefits of the FX8.  You will have to personally weigh the pros and cons of what your priorities of your computer will be, and make your decision based on that, but if I'm building a gaming computer with a side of content creation, I will take the better gaming results over a 20 second(arbitrary number) shorter render time.

 

Sources:

http://www.anandtech.com/show/8427/amd-fx-8370e-cpu-review-vishera-95w/2

http://www.xbitlabs.com/articles/cpu/display/core-i3-4340-4330-4130_6.html#sect0

http://pclab.pl/art57691-12.html

 

I also want to throw in these power consumption graphs.

 

Top graph is power draw during Far Cry 3.  This is a good example because Far Cry 3 hits both the CPU and GPU adequately.   Some games will draw more power, some less, so this is a good middle of the road example.

 

The Below graph is during a x264 Encoding Benchmark with all processors at stock speeds.  This is hitting the CPU to the max 100%, and you can see when both an i5 and FX8 are hit to the max, there is a 100W+ difference.

 

Power consumption is another aspect of the FX CPU that needs to be talked about.  It draws so much more power than the Intel equivalent, that in just 2-3 years of use, the FX will end up costing you even more money.  Of course some places it is less expensive for energy than others, but you cannot deny that there is a 100W+ difference between an FX8 and an i5.  This power disparity only grows the further you overclock the FX.

 

I will use the average price of residential electricity in the U.S., which is $0.1294c per KWh according to EIA in September 2014.  For this example, we will assume the average price is a flat $0.12 per KWh to give a conservative estimate.  We will also assume that the overclocked FX power draw is 100W higher than the stock i5, again a conservative estimate.  Lastly, lets assume that the average gamer plays for two hours per day, with an additional 2 hours of regular use(non-gaming), so lets just call it 3 hours a day to make it easy.

 

Power Consumption = 100W

Hours of Use Per Day = 3

Energy Consumed Per Day = .3 KWh

Price Per Killowatt Hour = $0.12

 

Energy Cost Per Day = $0.036

Energy Cost Per Month = $1.08

Energy Cost Per Year = $13.14

 

With our quick and dirty calculation, we see that the difference between the FX and i5 is going to add up to over $10 per year, and that is a conservative estimate.  With most of us wanting to keep our components as long as possible before having to upgrade, owning components for 2-3 years, and sometimes even longer, is not out of the question and that energy cost per year really starts to add up.  You also have to consider that you will likely need a more expensive PSU to keep up with this power draw, especially if you want to overclock.

 

 

If you would like to calculate this for yourself, you will need to find out what the cost of energy is where you are located, and these two formulas:

Energy consumption calculation

The energy E in kilowatt-hours (kWh) per day is equal to the power P in watts (W) times number of usage hours per day t divided by 1000 watts per kilowatt:

E_(kWh/day) = P_(W) × t_(h/day) / 1000_(W/kW)

Energy cost calculation

The energy cost per day in dollars is equal to the energy consumption E in kWh per day times the energy cost of 1 kWh in cents/kWh divided by 100 cents per dollar:

Cost_($/day) = E_(kWh/day) × Cost_(cent/kWh) / 100_(cent/$)

 

Temperatures:

I hear the argument that AMD runs cooler than Intel, and this is a really silly misconception.  I can understand why someone would think that it does, but the temperatures from AMD processors are inaccurate.  They don't measure the cores, they measure the socket, cores tend to be hotter than the socket by a fair amount, and its an algorithm, not a direct measurement like with Intel.  It also has to heat up before it becomes more accurate, this is why you see so many people seeing their FX processors are running below ambient temperatures when at idle.  Thats impossible, its the sensor and the algorithm acting up. It is against the laws of physics for an FX processor to be less hot than an Intel one.  The FX draws much more power.  At stock, the FX8 draws 125W compared to 84/88W of an i5. The FX processor heats up the room much more as well.  I know in my friends' house who owns the FX, his room is sweltering after just an hour of gaming.

 

"Concerning your question regarding the temperatures with your processor. The maximum temperature threshold is 62 Celsius which set for the internal die (core) temperature of the chip. The core temperatures have an equational offset to determine temperature which equalizes at about 45 Celsius thus giving you more accurate readings at peak temperatures. The hindrance in this is the sub ambient idle temperature readings you speak of.

 

 The silicon and adhesives used in manufacturing these processors has a peak temperature rating of 97+ Celsius before any form of degradation will take place. The processor also has a thermal shut off safe guard in place that shuts the processor down at 90 Celsius.

The Cpu temperature is read form a sensor embedded within the socket of your motherboard causing about a 7-10 Celsius variance form the actual Cpu temperature, which may be what you are reading about on the net.

 I hope I was able to answer your questions, If you have any more inquiries don't hesitate to contact us.

 You can use an application called AMD overdrive, that will allow you to monitor your temperatures accurately.

 As long as your core temperature has not exceeded the high side of the 60 degree mark for extended periods of time you should be ok. 62 degrees holds a generous safety net to begin with.

 Thank You

 Alex Cromwell

 Senior Technology Director

 Advanced Micro Devices

 Fort Collins, Colorado

 2950 East Harmony Road

 Suite 300

 Fort Collins, CO"

 

The other thing to consider with FX based systems is that their voltage regulation modules on the motherboard get extremely hot as well, and for the most part, they only have a heatsink on them, not direct airflow.  These VRMs are often in the 70C range, and have nothing to dissipate that heat.  This is another reason why FX based systems make the room much hotter.

 

-Source

 

 

This is an excellent comparison done by Paulsterio of the forums.  You should really read through the entire above link, it is a great and detailed read. Here is the conclusion in Paulsterio's words.

 

"Conclusion

 

If you've made it this far, congrats and thank you very, very much for reading. I appreciate it genuinely.

 

Okay, so let's conclude. Yes, Intel won 5-2, but that's meaningless. Looking at benchmarks for the sake of looking at benchmarks doesn't

help us. What helps us is seeing where the 4670K wins massively and where the 8350 wins massively. 

 

Gaming

In gaming, the 4670K wins. This is said by Linus, said by AnandTech, said by Bit-Tech, said by Tom's Hardware, said all around the internet

except for at Tek Syndicate. If you are going for a gaming PC, go with the 4670K.

 

Video Editing and 3D Rendering

Yes, there are benchmarks where the 8350 beats the 4670K, however, what is important is that these two are almost neck and neck.

Some sites have the 8350 ever so slightly faster, some have the 3570K/4670K as ever so slightly faster. At the end of the day, it's too close to call.

However, the extra IPC that Haswell offers should help in a wider variety of situations, so I would award this to the 4670K. 

 

Calculations

This one goes to the 8350 which demonstrates a higher performance with calculations throughout due to its higher core count. It beats Intel convincingly

in most calculation benchmarks. 

 

So, what does this mean?

 

This has been said in the introduction, but I will say it again. I am not an Intel fanboy, which is why I went out to research instead of screaming that Intel

is better. I have suggested AMD in the past, their Athlon 64 was better than the Pentium 4, their Athlon 64 x2 was better than the Pentium D. However,

I genuinely dislike the promulgation of false information, especially to people who are asking for help selecting new parts. 

 

If you're an AMD fanboy, you're not going to like it, but Intel's 4670K is better than AMD's 8350. Regardless of however you look at it, in most situations,

the 4670K wins, but it isn't just that, its far superior IPC gives it such an advantage in most every day tasks, which are mostly still single-threaded. 

 

The AMD 8350 is good for certain workloads, but apart from those workloads, it is simply terrible. Its IPC, which is weaker than the i7 920's, which is

5 years old, is simply too weak to put it as any sort of real competition to the 4670K. 

 

I hope that this clears up some of the misconceptions here. Yes, AMD had their time, their Athlon 64 was better than the Intel Pentium 4, however,

those days are well and truly over. If, in this day and age, you recommend an AMD processor for any usage apart from calculations, you are either

being a fanboy or just plainly ignorant of the facts which say that the 4670K is superior. 

 

Of course, this is not to say that nobody should use AMD, but, if you suggest an AMD build for someone else, especially if you suggest an 8350

against a 4670K, know that you are suggesting a worse option, especially for a gaming PC. To argue that the 8350 is competitive with the 4670K

across the board is delusional and just plainly wrong. Yes, you are wrong. 

 

So that's it guys, for most people, the 4670K is the better option compared to the 8350 and the information shows it. 

 

Once again, thank you for taking the time to read my little article. I hope I have helped you see what the statistics say about these two processors.

I appreciate you taking the time to read what I have written. Cheers :)"

 

This video is the most meticulous head to head comparison of the FX8 and i5.  Its lengthy, but it is the most comprehensive and in-depth review of the FX8 and i5-4670k in a myriad of scenarios pitted against each other.  Single player, multiplayer, 1080p, 1440p, power consumption, min/max/avg framerates, daily tasks, rendering, editing, streaming, mid level GPUs, high level GPUs, multi-threaded games, single core games, this video covers it all.

 

Also, when people say that the FX8 is a less expensive option, they are wrong.  In order for the FX8 to be viable, it needs to be overclocked, which means you need a motherboard with at least 8+2 VRM phase design, and more expensive cooling solution.  You can squeeze by on a 6+2, but you aren't going to get as consistent results as an 8+2, also overclocking results drop with the 6+2.  This makes it cost the same, if not more than a locked i5 processor which will beat the FX8 in every single game, no matter how high the FX is overclocked.  I'm not arguing that the processor is less expensive on AMD's side, but the ancillary components needed end up making it cost the same as a locked i5.

 

 

You can forget about small form factors because there are no AM3+ motherboards available with sufficient VRM phase design that are smaller than ATX.  Even some ATX mobos have small phase counts, and are not reliable.  If you need to educate yourself on what VRMs are and why they are so important, please refer to this link about VRMs and Mosfets.  That link is slightly dated, being last updated in 2012, but the basic educational information in it remains the same.

 

"Failures on motherboards with higher phase counts have been relatively infrequent if at all. Most of the culprits for VRM failures are the lower end 4+1 phase and 3+1 phase motherboards that aren't equipped to handle processors that consume lots of power and may be overclocked.  Smaller 4+1 phase systems or less on CPUs can be particularly risky due to the fact that each transistor must be capable of outputting more current and heat. This is why you normally see motherboards with low phase count failing (i.e. catching fire, frying, overloading), often on motherboards from only certain manufacturers or certain particular motherboards."

 

This next video is a bit of an exaggeration because it is the behemoth FX9590, but the point remains, if you don't have a sufficient motherboard for these power hungry processors, problems can arise.

https://www.youtube.com/watch?v=Uu2stchAmRo

 

This is why you HAVE to buy a quality motherboard for the FX series, which makes the overall cost of an FX based system more expensive, and we haven't even begun to talk about cooling.

 

PCPartPicker part list: http://pcpartpicker.com/p/6JNdt6

Price breakdown by merchant: http://pcpartpicker.com/p/6JNdt6/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  ($145.95 @ Amazon)

Motherboard: ASRock 970 Performance ATX AM3+ Motherboard  ($83.99 @ Newegg)

Total: $229.94

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2015-01-04 15:50 EST-0500

 

Vs.

 

PCPartPicker part list: http://pcpartpicker.com/p/c7WWt6

Price breakdown by merchant: http://pcpartpicker.com/p/c7WWt6/by_merchant/

CPU: Intel Core i5-4440 3.1GHz Quad-Core Processor  ($169.99 @ SuperBiiz)

Motherboard: Gigabyte GA-B85M-DS3H Micro ATX LGA1150 Motherboard  ($45.98 @ OutletPC) <-- You could even save an additional $10 by going with a motherboard with only 2 DIMM slots, which is all you really need.

Total: $215.97

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-11 17:20 EST-0500

 

Germany:

PCPartPicker part list: http://de.pcpartpicker.com/p/rzHNP6

Price breakdown by merchant: http://de.pcpartpicker.com/p/rzHNP6/by_merchant/

CPU: Intel Core i5-4430 3.0GHz Quad-Core Processor  (€160.82 @ Hardwareversand)

Motherboard: ASRock H81M-DGS Micro ATX LGA1150 Motherboard  (€42.49 @ Home of Hardware DE)

Total: €203.31

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 01:51 CET+0100

 

Vs.

 

PCPartPicker part list: http://de.pcpartpicker.com/p/ZhVQD3

Price breakdown by merchant: http://de.pcpartpicker.com/p/ZhVQD3/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  (€124.90 @ Caseking)

Motherboard: Gigabyte GA-970A-UD3P ATX AM3+ Motherboard  (€79.78 @ Hardwareversand)

Total: €204.68

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 01:49 CET+0100

 

 

Australia:

 

Limited selection on PcP

 

PCPartPicker part list: http://au.pcpartpicker.com/p/WYvZcf

Price breakdown by merchant: http://au.pcpartpicker.com/p/WYvZcf/by_merchant/

CPU: Intel Core i5-4570 3.2GHz Quad-Core Processor  ($228.00 @ CPL Online)

Motherboard: ASRock H81 Pro BTC ATX LGA1150 Motherboard  ($39.00 @ PLE Computers)

Total: $267.00

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-12 22:47 EST+1100

 

Vs.

 

PCPartPicker part list: http://au.pcpartpicker.com/p/MDtBGX

Price breakdown by merchant: http://au.pcpartpicker.com/p/MDtBGX/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  ($182.00 @ CPL Online)

Motherboard: MSI 970 GAMING ATX AM3+ Motherboard  ($129.00 @ CPL Online) <-- Any less expensive motherboards only have 4+1 VRM phase design, which is not adequate.

Total: $311.00

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 11:52 EST+1100

 

New Zealand:

 

PCPartPicker part list: http://nz.pcpartpicker.com/p/fZTrrH

Price breakdown by merchant: http://nz.pcpartpicker.com/p/fZTrrH/by_merchant/

CPU: Intel Core i5-4440 3.1GHz Quad-Core Processor  ($272.00 @ Paradigm PCs)

Motherboard: ASRock H81M-HDS Micro ATX LGA1150 Motherboard  ($72.44 @ PB Technologies)

Total: $344.44

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 13:53 NZDT+1300

 

Vs.

 

PCPartPicker part list: http://nz.pcpartpicker.com/p/MytJxr

Price breakdown by merchant: http://nz.pcpartpicker.com/p/MytJxr/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  ($207.00 @ 1stWave Technologies)

Motherboard: Asus M5A97 R2.0 ATX AM3+ Motherboard  ($149.95 @ Computer Lounge)

Total: $356.95

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 13:52 NZDT+1300

 

Canada:

 

PCPartPicker part list: http://ca.pcpartpicker.com/p/VCGVFT

Price breakdown by merchant: http://ca.pcpartpicker.com/p/VCGVFT/by_merchant/

CPU: Intel Core i5-4440 3.1GHz Quad-Core Processor  ($186.96 @ Newegg Canada)

Motherboard: ASRock H81 Pro BTC ATX LGA1150 Motherboard  ($39.99 @ Memory Express)

Total: $226.95

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-12 06:52 EST-0500

 

Vs.

 

PCPartPicker part list: http://ca.pcpartpicker.com/p/ZhVQD3

Price breakdown by merchant: http://ca.pcpartpicker.com/p/ZhVQD3/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  ($157.90 @ DirectCanada)

Motherboard: Gigabyte GA-970A-UD3P ATX AM3+ Motherboard  ($106.00 @ Vuugo)

Total: $263.90

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-26 19:53 EST-0500

 

United Kingdom:

 

PCPartPicker part list: http://uk.pcpartpicker.com/p/f39ZZL

Price breakdown by merchant: http://uk.pcpartpicker.com/p/f39ZZL/by_merchant/

CPU: Intel Core i5-4440 3.1GHz Quad-Core Processor  (£131.20 @ Aria PC)

Motherboard: MSI H81M-P33 Micro ATX LGA1150 Motherboard  (£32.17 @ Scan.co.uk)

Total: £163.37

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 00:54 GMT+0000

 

Vs.

 

PCPartPicker part list: http://uk.pcpartpicker.com/p/ZhVQD3

Price breakdown by merchant: http://uk.pcpartpicker.com/p/ZhVQD3/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  (£103.00 @ Amazon UK)

Motherboard: Gigabyte GA-970A-UD3P ATX AM3+ Motherboard  (£63.54 @ Aria PC)

Total: £166.54

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 00:54 GMT+0000

 

Italy:

 

PCPartPicker part list: http://it.pcpartpicker.com/p/f39ZZL

Price breakdown by merchant: http://it.pcpartpicker.com/p/f39ZZL/by_merchant/

CPU: Intel Core i5-4440 3.1GHz Quad-Core Processor  (€173.38 @ Amazon Italia)

Motherboard: MSI H81M-P33 Micro ATX LGA1150 Motherboard  (€41.17 @ Amazon Italia)

Total: €214.55

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-12 13:03 CET+0100

 

Vs.

 

PCPartPicker part list: http://it.pcpartpicker.com/p/ZhVQD3

Price breakdown by merchant: http://it.pcpartpicker.com/p/ZhVQD3/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  (€131.67 @ Amazon Italia)

Motherboard: Gigabyte GA-970A-UD3P ATX AM3+ Motherboard  (€87.62 @ Amazon Italia)

Total: €219.29

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 01:55 CET+0100

 

Spain:

 

PCPartPicker part list: http://es.pcpartpicker.com/p/f39ZZL

Price breakdown by merchant: http://es.pcpartpicker.com/p/f39ZZL/by_merchant/

CPU: Intel Core i5-4440 3.1GHz Quad-Core Processor  (€163.00 @ Amazon Espana)

Motherboard: MSI H81M-P33 Micro ATX LGA1150 Motherboard  (€42.20 @ Amazon Espana)

Total: €205.20

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 01:56 CET+0100

 

Vs.

 

PCPartPicker part list: http://es.pcpartpicker.com/p/ZhVQD3

Price breakdown by merchant: http://es.pcpartpicker.com/p/ZhVQD3/by_merchant/

CPU: AMD FX-8320 3.5GHz 8-Core Processor  (€130.83 @ Amazon Espana)

Motherboard: Gigabyte GA-970A-UD3P ATX AM3+ Motherboard  (€87.83 @ Amazon Espana)

Total: €218.66

Prices include shipping, taxes, and discounts when available

Generated by PCPartPicker 2014-12-27 01:55 CET+0100

 

Want to try and find a cheaper option for AMD?  Be my guest.  Here is the AM3+ Motherboard Phasing Guide.  You need at least 6+2, but recommended 8+2.

 

 

iUpgraded to an i7: A 30 Day Journal:

If you don't like numbers and want pure user experience without benchmarks and stats, check out Suika's 30 Day Journal of his experience going from an FX8350 + GTX 780 to an i7-4790k + GTX780. Like many others on this forum, he noticed that he was being held back in many games with his FX8, and his expensive GPU wasn't being fully utilized.  Here is a pure experience based review from a forum member on his experience going from FX to Intel. 

 

Suika is one of many users here on LTT who were previously using FX processors with high end GPUs thinking it was a good match, only to realize in the end that it was not a good balance.

 

Here is another member, UnbendingNose who was told on this very forum to buy an FX8 because it won't hold back an R9 290, and an ASRock Extreme 3 wont throttle his CPU.  Both of which are false.  Here are his two posts, the one where he is asking for advice on what to buy, and the 2nd where he is unhappy with his FX8320s performance because of bottlenecking and throttling.  He finally ended up buying an i5, which is what he should have done in the first place, and miraculously, to the surprise of no one, his performance in every single game improved, most notably minimum fps.

 

Another one is itachipirate who used to be an FX crusader but finally saw enough compelling evidence to persuade him otherwise.  Here is his write up on the FX6.

AMD FX6, 6 Month Conclusion

 

FLUFFYJELLO, another FX owner had this to say:  "All you have to do is look at my current rig and it could be a testimonial. These guys put me in my place on a number of threads where I was *attempting* to defend my 6350.  Currently on an i5 setup I can run FC4 without frames dipping into the low 20's as with my old FX."

 

itzhalo, was having issues with his FX8350 OC'd to 4.8Ghz in a number of games.  He later upgraded to an i5, and here is what he had to say about it:

 

"My apologies guys if I am bringing this thread back up but I just wanted to update this. Turns out that I upgraded to the intel i5 4460 and the MSI Z97 PC Mate (Only reason why I got the Z97 was because down the road I most likely will be upgrading to 4790K and overclocking). When it comes to performance it has improved. Battlefield 4 I get a constant 90+ Usage on my GPU and in most games that I have played like shadow of mordor my FPS was extremely stable and had no stuttering or drops. All in all just a word of advice to whoever is going to use the 8350 and GTX 970 combination I highly recommend that you save up a bit and go with at least an i5 4460 or better"

If you want to read the entire thread, it is available here.

 

JamGorby says: "The last Intel I owned up until now was a P3 667. It has been nothing but AMD since then. I had reasons for that were justified and backed by objective reasons. Those reasons no longer exist. 

My last AMD build (the last AMD build was actually a 1100t but I bought the chip and mb used for $50 so it doesn't count) was a Phenom II X4 955. 

Funny thing is, when doing research and pricing on my current build, I went in with the whole "AMD is the best bang for the buck" mentality that I'm sure a lot of AMD fans still have. Boy, was that ever so not the case. 

Unless I wanted to throw an FX chip on a shitty 760G based board (a chipset, BTW, that is over 7 years old by now) Intel was just a better choice. Bare in mind, my original plan was to shop in the core i3/Fx8xxx range. I wound up with the 4790k because I ended up with a bigger budget than I anticipated having when I made my purchase. But, the point I'm making is that AMD has even lost their position in the bang for the buck department. Now, they are only compelling in the entry level cheapo market. 

Before having a better budget, I kept playing around with different builds and Intel kept coming out the victor. AMD 9xx series boards are just not good value. While the chips look like a good price to performance option, decent boards will eat up any savings you might make. When an Intel cost more, it was usually a difference of only $20. With a few configs, Intel even cost less. 

People throw that word, fanboy, around a lot. As you can see, AMD took a good bit of my computing money for over a decade. But reality doesn't care about how you feel. Facts will continue to be true. AMD is losing and for many good reasons. The free market doesn't lie. Their failings aren't part of some conspiracy."

 

rtpb5642 has created his own thread talking about his switch from an FX8350 @ 4.8Ghz to an Intel i5-4670k.  Simply titled:  Made the AMD to Intel Switch.

 

FLUFFYJELLO created his own thread talking about the games that are specific to him.  While not AAA titles, these are still very popular games that people play.  Here is his thread:  I switched from AMD: A Testimonial

 

Fluffy also has one of the best quotes trying to help someone deciding between an FX and Intel processor:

If you cannot see the correct choice then you are suffering from "Subjective stupidity (this is stupidity, not ignorance. Ignorance would mean you don't have the information and it's not your fault. You've been given the information, and refuse to accept facts; that is stupidity)"

 

I am aware that an i7 is much more expensive than an FX8, but the performance in games between an i5 and i7 is nearly identical, especially when at the same clock speed.  Not to mention, all you need is an i5 @ 3.0Ghz to beat anything FX has to offer.

 

With the AM3+ platform, there is nothing to upgrade to.  Going from an FX6 to FX8 to FX9 doesn't yield much performance gains because they all use the same architecture, which has horrible single core performance.  If you tried to go from FX8 to FX9, you're going to have to spend even more on super high end 990FX motherboard, and at least a $60 CPU Cooler.  Just throwing money at a bottomless pit of poor gaming performance.  Basically, you're stuck with what you have if you decide to go FX.

 

With Intel, upgrading is easy.  You can go from an i3 to i5, an i7, or Xeon, even if you're on one of the less expensive, minimalistic, and older motherboards like an H81, you can still drop in a higher end Intel processor without issue.  All that is necessary is a BIOS update, which is easy to do as long as you already have a Haswell processor, which you would have if you went this route.  Even the soon to be released Broadwell processors should be compatible with H81 motherboards.  They are going to be compatible with Devil's Canyon motherboards, which are also LGA1150, so they will fit in the same socket as these motherboards, so in theory all that is necessary is a BIOS update.  Going this route, you won't be able to overclock using the multiplier, but you can always squeeze an extra 1-300Mhz by BCLK overclocking.  Good thing Intel processors at stock already blow the doors off the highest overclocked FX chip out there. At least the option for truly increased performance is there with Intel, unlike with AMD.

 

Referring to the FX as the budget option, or good for its price needs to stop.  $225 equals $225 but the performance of one does not equal the other in games.

 

The truth can be denied, not avoided.

 

[FLUFFYJELLO]

I believe we are both looking at differently. I'm looking at how the games are utilized, and more are becoming focused on single thread applications which the Intel is better at that's why you are getting better performance in most cases with the 970. As by bottleneck definition is it slowing down the 970? No, by definition it's slowing down the process of the entire process, and that slow down is the actual bottleneck. Directly no, but overall in a vague sense yes. Since FX chips suck at single thread performance.

Ah, well yes we are looking at it differently then. Though general system performance aside, if the usage of the graphics card is not at 100%, but the CPU is using all it has access to, then wouldn't that be the performance of the GPU being held back by the CPU being unable to process all the data? I could be wrong, but performance graphs and benchmarks portray the data as such. It's for this reason that, on my own thread (linked in @Faceman 's huge spoiler) I noticed such a leap in performance when I upgraded my 6350 to an i5 4690K, especially in the area of minimum frame rates. Again, I could be misinterpreting the data.

[SkilledRebuilds]

So if I am reading that right your saying the "AMD system/platform" is the issue, but the CPU's themselves are not the issue?

 

Correct me if I'm wrong

 

If this is the case.. then why would anyone promote any FX system over an Intel one when using a higher end GPU (970/290 or better)..?