Done. Thanks.No one appears to have claimed it in the official thread for doing so, so I'd say it's all yours if you make a post.·feist·;230775647 said:So, is anyone doing the OT?
Done. Thanks.No one appears to have claimed it in the official thread for doing so, so I'd say it's all yours if you make a post.·feist·;230775647 said:So, is anyone doing the OT?
·feist·;230778527 said:
Oh god.... It's gonna be more difficult to make sure it's not turned around...
One corner is yellow.. easy.
You know as well as I do that's not going to be immediately apparent to a lot of people putting one together for the first time.
Not all that difficult, really.You know as well as I do that's not going to be immediately apparent to a lot of people putting one together for the first time.
The Ryzen 1600x should be VERY competitive with the 6600k/7600k. Unless you're near a Microcenter where they have sweetheart deals with Intel, you're probably better off waiting to see how the 1600x, or even the 1400x stacks up
·feist·;230778555 said:
According to this paper, AMD wants to get around this "large die issue" by making their Exascale APUs using a large number of smaller dies, which are connected via a silicon interposer. This is similar to how AMD GPUs connect to HBM memory and can, in theory, be used to connect two or more GPU, or in this case CPU and GPU dies, to create what is effectively a larger final chip using several smaller parts.
In the image below you can see that this APU uses eight different CPU dies/chiplets and eight different GPU dies/chiplets to create an exascale APU that can effectively act like a single unit. If these CPU chiplets use AMD's Ryzen CPU architecture they will have a minimum of 4 CPU cores, giving this hypothetical APU a total of 32 CPU cores and 64 threads.
Right now this new "Mega APU" is currently in early design stages, with no planned release date. It is clear that this design uses a new GPU design that is beyond Vega, using a next-generation memory standard which offers advantages over both GDDR and HBM.
Building a large chip using several smaller CPU and GPU dies is a smart move from AMD, allowing them to create separate components on manufacturing processes that are optimised and best suited to each separate component and allows each constituent piece to be used in several different CPU, GPU or APU products.
For example, CPUs could be built on a performance optimised node, while the GPU clusters can be optimised for enhanced silicon density, with interposers being created using a cheaper process due to their simplistic functions that do not require cutting edge process technology.
This design method could be the future of how AMD creates all of their products, with both high-end and low-end GPUs being made from different numbers of the same chiplets and future consoles, desktop APUs and server products using many of the same CPU or GPU chiplets/components.
I can actually get the CPU about 100$ cheaper.
·feist·;230779411 said:Not all that difficult, really.
AM4, AM3 and FM1:
The majority of recent AMD motherboards have the "top" of the CPU socket parallel with the DIMM slots, wherein the wording on the CPU itself is installed facing the same sideways East-West orientation as the "top" of the socket. You can then read the socket name and CPU inscription below it.
While some of their boards deviate from this, and AMD's LGA server parts are different, this is a fairly common arrangement.
Plus, there are install vids in numerous languages.
Newegg Tutorial: How To Install an AMD CPU
The instructions for both the motherboard and the CPU should clearly explain, with pictures, that you match the marked corner of the CPU with the marked corner of the motherboard socket. I don't think I've ever bought either that didn't.
Watch Dogs 2 will eat up as many cores as you can throw at it. 4 Cores are dead as far as I'm concerned. If you want to future proof at all you need 6 or 8.
To completely trounce Intel's SMT implementation that has been refined for over a decade in AMD's first attempt is nothing short of remarkable.
Those cheap 4C8T Ryzen chips should compare very favourably against Intel's core i5 range in games.
8+ threads for everyone!
Some other recent games that use up to 8 threads are Overwatch, Witcher 3, Gears of War 4 and Deus Ex: MD.
Witcher 3 actually scales extremely well beyond 8 threads too:
Watch Dogs 2 will eat up as many cores as you can throw at it. 4 Cores are dead as far as I'm concerned. If you want to future proof at all you need 6 or 8.
Oh boy so the AMD hype cycle has reached that point where this is basically expected to be the best product ever? Careful guys we've been here before so many times.
Oh boy so the AMD hype cycle has reached that point where this is basically expected to be the best product ever? Careful guys we've been here before so many times.
Is the reviews coming in 3 hrs?
Sweclockers posted "15.00 CET #hype". No indication it being Ryzen but What else could it be?I thought info was on the 28th?
Videocardz workin overtime on those leaks:
Why?Kinda funny to see Jaguar struggle that is in the current consoles
So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?
Price cuts right out of the gate and probably some shittalking PR.So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?
Holy Hell...Cinebench comparison compared against 80 results.
With a small overclock, that $500 1800X would beat a $1600 6950K.
So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?
The same thing that happened in the early 2000s. Intel has to cut prices and their chips aren't competitive for a couple of years. But they unleash their r and d for real we get a huge jump like the core series was from the pentium 4s again.
So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?
Could Intel already have some stuff in the pipeline they didn't bother to put out so far because why have huge performance gains when there is no competition?
I guess the question is is it really possible that AMD out rnd'd Intel on the CPU front this time? Sounds unlikely.
So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?
Could Intel already have some stuff in the pipeline they didn't bother to put out so far because why have huge performance gains when there is no competition?
I guess the question is is it really possible that AMD out rnd'd Intel on the CPU front this time? Sounds unlikely.
No. The road from R&D to product in this industry is long and arduous. You can't simply hold back and develop production pipelines at the drop of the hat. The best reaction you'll see is a slight adjustment to timetables of products already in the pipes.Could Intel already have some stuff in the pipeline they didn't bother to put out so far because why have huge performance gains when there is no competition?
I guess the question is is it really possible that AMD out rnd'd Intel on the CPU front this time? Sounds unlikely.
So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?
Could Intel already have some stuff in the pipeline they didn't bother to put out so far because why have huge performance gains when there is no competition?
I guess the question is is it really possible that AMD out rnd'd Intel on the CPU front this time? Sounds unlikely.
i think they'd be stupid to not have prepared for this but what can they really do apart from stick more cores in? i think kabylake will be the last quad core release. we know coffeelake will have at least 6 cores. can't see them going back to 4 cores for icelake.
coffeelake - 6c/12t at 14nm
icelake - 6c/12t or 8c/16t at 10nm
i don't think amd could possibly keep up with Intel. was it 2012 they released piledriver and we're only getting zen now? in that time Intel has put out haswell, broadwell, skylake, kabylake and will have coffelake out in response to Zen. looking at the successor to Zen which is Zen+ it says it will be 7nm. so that would suggest it won't be for a long time yet. intel are having trouble with 10nm as it is.
zen might have a big impact this year and will hopefully light a fire under intels ass but in a year or 2 i expect intel will be back on top.
Well, Piledriver was so fucking bad that AMD cannot compete. If Zen is successful, more money for them to do R&D. We'll see.i think they'd be stupid to not have prepared for this but what can they really do apart from stick more cores in? i think kabylake will be the last quad core release. we know coffeelake will have at least 6 cores. can't see them going back to 4 cores for icelake.
coffeelake - 6c/12t at 14nm
icelake - 6c/12t or 8c/16t at 10nm
i don't think amd could possibly keep up with Intel. was it 2012 they released piledriver and we're only getting zen now? in that time Intel has put out haswell, broadwell, skylake, kabylake and will have coffelake out in response to Zen. looking at the successor to Zen which is Zen+ it says it will be 7nm. so that would suggest it won't be for a long time yet. intel are having trouble with 10nm as it is.
zen might have a big impact this year and will hopefully light a fire under intels ass but in a year or 2 i expect intel will be back on top.
Actually, from what I remember of reading about the rumoured original designs, that's relatively close to the frequency those CPUs were initially supposed to run at.
i don't think amd could possibly keep up with Intel. was it 2012 they released piledriver and we're only getting zen now? in that time Intel has put out haswell, broadwell, skylake, kabylake and will have coffelake out in response to Zen. looking at the successor to Zen which is Zen+ it says it will be 7nm. so that would suggest it won't be for a long time yet. intel are having trouble with 10nm as it is.
zen might have a big impact this year and will hopefully light a fire under intels ass but in a year or 2 i expect intel will be back on top.
So let's just assume for a second an AMD product lives up to the hype for once, what do guys think Intels move will be here? Nothing, price cuts or come out with something new fast?