Still waiting to upgrade my gaming system

Galdorf

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With current advancements in CPU's i might wait for new AMD Ryzen 3000 16 cores, 32 threads 5.1 ghz turbo 135w TDP, $499.
I do some 3d rendering and animation will have to see some benchmarks first lets hope single core performance is higher than what i have i do play games with really old graphics engines.

Ryzen 3000 entry cpu 6c,12 threads,4ghz turbo,50w TDP, $99 wow a budget gaming system dream.
 
The hype train hasn't even left yet but it's fully fueled already.

I'll hold judgement until they actually release something. Hopefully they got their stuff working with something better than 2133Mhz memory this time, I kid I kid!

I also have serious reservations about AM4 and "backwards-compatibility" - Yeah, OK, the thing might work in your board, but now you're asking that same board to run vastly higher clocks... any flaw or oversight in board traces, trace spacing, etc.. and it's not going to hold a big frequency like that. Seeing as that was already a problem, with "band-aids" applied to a majority of AM4 boards at lower speeds.. well....
 
They still don't have a single processor that can match or beat a comparable Intel processor! Even the 32 cored Threadripper gets owned by an I9 7980XE...:rolleyes:
 
They still don't have a single processor that can match or beat a comparable Intel processor! Even the 32 cored Threadripper gets owned by an I9 7980XE...:rolleyes:
I think you need to read more on the subject, https://www.techspot.com/review/1683-linux-vs-windows-threadripper-vs-core-i9/
It is beating it in almost all test, while costing way less.

If the rumors are true we're talking about a 6c/12t processor at 99$, how can you still think intel is relevant except for those who have bottomless pockets?
 
It is beating it in almost all test,

But does it beat Intel in any real-life job? Unless you are zipping and unzipping files from dusk till dawn, real life is quite often different from the benchmark.

Which game (considering a gaming rig) can fully utilize 16C/32T processor, and how many and what types of video card are required to be able to sustain this load?
 
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But does it beat Intel in any real-life job? Unless you are zipping and unzipping files from dusk till dawn, real life is quite often different from the benchmark.

Which game (considering a gaming rig) can fully utilize 16C/32T processor, and how many and what types of video card are required to be able to sustain this load?
Nobody spoke about gaming, neither of those processors are made to be used for gaming.

Intel is having a better performance in gaming at the moment but every time you factor the performance per $, Intel is nowhere to be found.

Raw power :https://www.cpubenchmark.net/desktop.html
Power vs $ : https://www.cpubenchmark.net/desktop.html#cpuvalue (AMD products are the spikes)

Gives you a good idea of the current state of the market, I love to see competition and if it wasn't for AMD's Ryzen addition Intel would still be charging 600$ for quad-cores in 2018 and don't forget, Intel just did big price cuts on its processors, it was even worse.
 
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I probably got confused by the title of the thread.



To be able to use this performance, your workload must be able to fully utilize 16C/32T CPU. There are not that many workloads that parallelize well.
You're right, I misunderstood Barcelona's post talking about 16/32, which in my head nobody that is gaming would think about these kind of processors.

You are right about the workload that needs to be optimized for it, not a whole lot of people can truly utilize all those cores. My thinking behind was mostly for consumer grade products (Ryzen 3/5/7 i3/i5/i7
 
From what i hear it is 7nm just have to wait to see real world benchmarks most new games out this year can use many cores and more cores = more performance only problem best mmo are still 10 years behind.
 
Problem I'm having is understanding if the most popular game out there right now, Fortnite, benefits from multicore processors. My son has an i3-7100 CPU and a GTX 1060 and wants to buy an i7 processor as an upgrade for his current rig. I don't think it'll make that much difference but I can't find any clear writing online that explains whether it would matter.
 
more cores = more performance only problem

The other problem is load balancing. You can only utilize so many cores before you need multiple video cards. Splitting the tasks between CPUs and GPUs to extract maximum performance from the system is, let's say, complicated.
 
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From what i hear it is 7nm just have to wait to see real world benchmarks

Hmm, kind of but not really. Remember, the "7nm process" is basically based on nothing:

https://en.wikichip.org/wiki/7_nm_lithography_process
The term "7 nm" is simply a commercial name for a generation of a certain size and its technology and does not represent any geometry of a transistor.

Or trace width, or spacing width, or really... anything. It's marketing wank:

For the most part, foundries' 7nm process is competing against Intel's 10nm process, not their[Intel's] 7nm.

So, ya, we definitely want to see numbers and specs before any conclusions.

most new games out this year can use many cores and more cores = more performance only problem best mmo are still 10 years behind.

That's somewhat of a misconception, that more cores is going to equal more performance. It's going to be a diminishing return if we are talking about the "same" workload. Sure, you can get more performance doing more "things" or running more applications in parallel, but the reverse is not necessarily true. Running one application with more cores will yield diminishing returns.

Case in point, I have no problem running any games... and all games run as fast as my Graphics Card can go(2080TI).. MY CPU rarely goes above 30-50% on new AAA titles (i7-7700K). How is adding cores to this workload going to improve performance? It isn't, I already have CPU resources available for it to use, it doesn't need them.

Now, sure, certain mathematical workloads like 3D rendering and modeling, Photoshop etc... can make use of essentially as many cores as you throw at it because it is a type of workload that is "known" and not dynamic. The math can be paralleled - giving you a final result of a filter or render or Video Encoding in a faster "finish time". But those workloads make sense for that type of processor configuration.

For a game, for instance, the CPU is used for the "orchestration" and "tracking" and "AI" and "Variables" - background things. There is generally very little about these things that is "taxing" for a system - other than simply having MORE of them to have to compute... but in the end, at 60FPS or even 100FPS - the processor has an eternity to do "things" - doing them faster is only going to have it finish... then wait for graphics output... producing roughly the same performance results you had before.... which is why my CPU only exerts itself at 30%-50%. If I lower my overclock, I would see higher usage.
 
Honestly nothing is really exciting anymore in terms of real world performance. Even the most expensive, highest end equipment that would easily cost $7,000+ isn't even twice as fast as something you built 5 years ago for $3,000. 8th gen processors were a nice bump, but like @phaZed said, more cores and faster processors aren't going to really make much of a difference. What I want is 20TB SSD's, 512GB of RAM, and graphics cards that are 20x more powerful than the GTX 1080ti. I want games that are indistinguishable from movies and I want to be able to store everything I own on SSD's. Optane was a pretty big let down. I want something at least 5x faster than Optane @ 20TB for $100. Technology is advancing at a snail's pace and has been for the past decade. Remember the late 80's and early 90's when your computer was literally completely obsolete after 18 months because the technology advanced so quickly? It kinda sucked but it was exciting too. Nowadays a PC is about as exciting as a refrigerator. Their technology evolves at about the same pace nowadays.

I'm rocking 2x main PC's with 4th gen i7's and GTX 770's. I also use a 7th gen i7 system with a GTX 970. Honestly, there's nothing on the market that's even tempting. I wouldn't have even upgraded my system to the 7th gen processor except that my 3rd gen i7 system's motherboard died and I couldn't find an identical one so I decided to start from scratch. I'm not making that mistake again. I bought two motherboards this time and I expect to be rocking my 7th gen for at LEAST another 5-7 years. I'll upgrade the 4th gen systems when their motherboards die.
 
Honestly nothing is really exciting anymore in terms of real world performance.

That's as long as you do not have matching workloads and/or software. For parallel workloads, the capabilities are enormous as the number of cores grows. The price is also enormous, heh heh, but that's another thing. As far as home computing goes, and games, I thought modern games look much like movies already, but that may well be my eyesight. VR may be the next exciting thing, but I haven't tried it yet. I want to try VR flightsim someday, but have no time/money/effort to spare unfortunately.
 
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The real benefit in terms of AMD's new chips are that they force Intel to stop price gouging.

Ryzen got enough attention that Intel had to do something more than the barely noticeable
gains year after year. They had to stop over charging. That alone makes Ryzen a win.

If you look at the chips in terms of value, you got more cores / threads for the same money.
The only place Ryzen wasn't keeping up or out performing was gaming.

But lets be real, all those crying "AMD fanbois" are really Intel fanbois themselves. Ryzen is a
respectable competitor and a refreshing option in the market. Even if you think about Intels
processors while your in the shower, AMD is still doing you a favor. Your beloved chips are now
cheaper, and your getting more for that investment. Intel got a good hard kick in the backside
when Ryzen launched. Their chips may still be "better", hold a performance edge.. whatever.

There are plenty of multi threaded workloads, aside from zipping and unzipping a file... and
workloads outside of gaming.

The TL;DR is there is no reason for either side to hate on the other. Intel chips are "the best"...
fine, who cares. But a CPU with similar cores / threads will be a better value in terms of a Ryzen
chip. It may not be on par with the intel counterpart in all walks of testing, but again... it's a cheaper
chip.

Left without competition, Intel would continue to do next to nothing well constantly introducing new
SKU's and slowly charging more and more for them.
 
The real benefit in terms of AMD's new chips are that they force Intel to stop price gouging.

That would be nice, if it were true. So where is the average price drop for any of Intel's chips? Blips on the radar, my friend.

Intel 'steadfast' on pricing
https://www.pcgamesn.com/intel-cpu-price-drop-analyst-report

https://pcpartpicker.com/trends/price/cpu/
upload_2018-12-14_20-34-9.png

If you look at the chips in terms of value, you got more cores / threads for the same money.
The only place Ryzen wasn't keeping up or out performing was gaming.
But more cores and threads does not necessarily equate to performance and benchmarks for Ryzen are a mixed bag for almost everything... there is a small sliver of things it does "better" and a large sliver where it is "on-par" or worse.

I mean, look at these benchmarks on Toms Hardware. Smacked in gaming, like you say, and then:
Winner: Tie. If you are primarily browsing the web, using office apps or even playing with Adobe's creative suite, Intel is faster. However, if you use a lot of multi-threaded, non-Adobe software for rendering videos, photos and animations, AMD is a better choice.

AMD won 6 out of 15 in the "Productivity Performance". As a general consumer, which parts of that list are you looking at? Hint: It's not the, "multi-threaded, non-Adobe software for rendering videos, photos and animations" - small market there.

The MSRP for a Ryzen 2700X is $329 whereas the 8700K is $369.... It's $40, not going to break anyone who is building or purchasing a system of this caliber.

So, I think some of us look at a $20 or $40 difference and cores/threads and say, "Oh ya, been here done that before when AMD dropped the ball a decade ago." It don't mean a thing, if it ain't got that swing, as they say. Bulldozer anyone? "Wow, more Corez!"

But lets be real, all those crying "AMD fanbois" are really Intel fanbois themselves. Ryzen is a respectable competitor and a refreshing option in the market.
There is enough to legitimately dislike both companies. Refreshing? Yes. While 'options' are good for the market, the problem with AMD is they have the wrong vision IMO.. stop being, "almost, for just a little less". Be, "Better for the same or a little more." - The market will follow and prices will drop via market conditions, more so than simply being the "undercutting dog" to gain short term capital.

I credit AMD for great things pre-2010, I had their stuff, on and off, for decades.

After 2006-10 - I give large credit to AMD for the downturn of the PC market. Cheap, POS laptops/desktops flooded the market and everyone hated them. Slow, crappy hardware all around, often failed CPUs or AMD chipsets... then laptop manufacturers and Intel were forced to compete.. so, consumers found alternatives in Apple and "other devices" because, "Windows Sucks" - As if their $279 laptop is representative of all laptops. But hey, they were cheap and sold like hotcakes, so that must be good. Then AMD almost goes out of business and changes up the board and leadership. So, same strategy this time around to sell "cheap", "embedded", "almost, but not quite" chips? Great.

AMD needs "Best" chips. Reliable too, no more excuses. "Memory timings" this, "Not optimized for" that.. Bullsh*t. No more! It's everytime! I want my AMD chips to be like Intel chips.... 99.9% whatever is wrong with this computer.. it's not going to be the CPU or some half-baked patch of a driver. I don't care who is at fault.. MS, AMD, Intel or some other third party... fix your sh*t if you want to be in my desktop, 'cause I'll just spend the $30-$40 over 4-5 years to not have to deal with it.

Left without competition, Intel would continue to do next to nothing well constantly introducing new SKU's and slowly charging more and more for them.
Well, they basically WERE left without competition for almost a decade, and in that time they produced chips with 10-40% improvements over each generation... so much so, that when AMD comes out with their chip, "well low-and-behold!" it looks like Intel IS at the top of innovation after all!
So, to me, that argument doesn't really hold water. If Intel was doing so horribly and "purposefully" holding technology back for "incrementalism", why is AMD still not the "best"? Wouldn't that mean AMD is holding back, just like Intel?

In reference to the First Ryzen chips and Bulldozer:
AMD’s first-generation Ryzen CPUs offered more than 50 percent improvement in instructions per clock over its predecessor chips.
Wow. Clap your hands, AMD has given us 7% gains per year, over 8 years. Woo... hmm.

Now, the Ryzen 3000 series chips are "reportedly" 13% faster IPC than the previous chips... isn't this the same kind of "incrementalism", down to the percent, that people were complaining to Intel about, before? Why is it now "OK" for AMD to do the same?

So, I'm not saying "don't be excited" about AMD and Ryzen and they have done a fair/good job with this chip and architecture. I would only offer the warning of, it's got nowhere to go but down unless they can beat Intel at their own game, reliably and stably.. rock solid. If not, I for one, am not interested.
 
AMD does budget builds well. But as @phaZed said, I'll pay the extra $20 to $40. I don't like that Intel builds are so complicated now. "Oh, if you want enough PCI lanes to be able to use your m.2 SSD and a couple of expansion cards, you have to buy the processor that costs $300 more." F*ck that sh*t. "Oh, do you want to use all the memory slots in your motherboard? You've gotta have the $300 more expensive processor if you want that too." No...just no. F*ck you, Intel.

Basically, if I'm doing a build for $2,000 or less I go with AMD. Anything more expensive and it gets an Intel. Intel has successfully forced pretty much everyone that needs an X-Series processor/motherboard to buy at least a $600 processor even if they don't need the extra cores/threads, and that's bullsh*t. The main build in my bedroom has a i7-7800x and I could have very easily went with a less expensive processor except that I wanted to use all my RAM slots and actually be able to use an m.2 SSD. I still get an annoying ass message every time I boot that "SATA ports 5, 6, 7, 8 No Function." It hangs the boot by 10 seconds and for what? Because Intel didn't want you to be able to use all your PCI lanes unless you buy their $1,200 processor? F*ck you a$$holes! No way to turn that message off in the BIOS either. If I wanted to use a M.2 SSD I had to disable the SATA ports 5, 6, 7, and 8 because apparently my CPU doesn't have enough PCI lanes or something. WTF?!
 
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