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The 16-core Threadripper will cost the same as the 10-core i9.
IIRC, Zen cores are similar to current Intel offerings in single thread performance...How does AMD hold up in single/double core performance?
Do you know anybody who runs exactly one application at a time? And for anyone who might lay down for an i9 or Threadripper based system, do they not know why they're buying all of those extra cores?But at the moment even 6 cores is more than most applications can use.
We are approaching a physical barrier on the tricks they've been using to up IPC.I don't know why the differences are so small. The Threadgripper is less than 20% faster than the old 4790K 2014 technology.
At this rate it will be 2025 or later before double the performance per core is achieved.
We are approaching a physical barrier on the tricks they've been using to up IPC.
Also, Intel has been sending out a series of minor increases in performance over the last decade and consumers have been buying it. This is probably part of the reason why they seem caught off guard by AMD's new chips.
Once again, sounding like it's for people with more money than sense.The more I think about it, the more the 10-core 7900X seems the best choice for me. It's the lowest grade, fastest i9 and has the 4-channel RAM with the 44 PCIe lanes. The minimum AMD for the 4-channel and 64 PCIe lanes would be the 12-core 1920X. The $200 cost difference is not much for a single enthusiast, but obviously it matters to high volume builders.
Once again, sounding like it's for people with more money than sense.
If you're going to throw down a thousand dollars, why not get the most for it?
Even if AMD isn't better -- just cheaper -- that still makes it the better choice.I just don't see that the AMD is that much better. Ultimately it will depend on the affect of increasing cores on the O/C abilities without excessive cooling measures.
Frankly I'd go with a bit lower grade CPUs if they clocked a bit better, but I want quad channel RAM and a decent number of PCIe lanes.
Even if AMD isn't better -- just cheaper -- that still makes it the better choice.
If you were looking at a 10-core i9, why not get a 12-core Threadripper for less?
Are you planning to run Windows 7 on it? FWIW, W7 does not run so well on my work ThinkPad 470s, which is Skylake based.
Weren't the Threadripper motherboard designs kind of "rushed", too? Any feel for their reliability?In case you want more details on the upcoming Core i9 models.
For what it's worth, I wouldn't buy anything Intel offers on the X299 platform. I have no confidence at all regarding the reliability of that platform. Most current motherboard designs seem to suffer from over-heating of the VRM and Intel chose to link the cores to the heatspreader with cheap thermal paste, so the CPU often throttles under load even at stock frequency.
This is a rushed product Intel scrambled in a hurry in order to have an answer against AMD's Threadripper. I won't bite. Their server offering (xeon Scallable) has its merits, altought I think it will suffer in the low-to-midrange market, but the Core i9... nope. Not to my eyes.
In case you want more details on the upcoming Core i9 models.
For what it's worth, I wouldn't buy anything Intel offers on the X299 platform. I have no confidence at all regarding the reliability of that platform. Most current motherboard designs seem to suffer from over-heating of the VRM and Intel chose to link the cores to the heatspreader with cheap thermal paste, so the CPU often throttles under load even at stock frequency.
This is a rushed product Intel scrambled in a hurry in order to have an answer against AMD's Threadripper. I won't bite. Their server offering (xeon Scallable) has its merits, altought I think it will suffer in the low-to-midrange market, but the Core i9... nope. Not to my eyes.
Weren't the Threadripper motherboard designs kind of "rushed", too? Any feel for their reliability?
I cannot speak about the motherboards because I haven't read much about those yet, since they aren't available. The Threadripper CPU though, are at the very least better thermally connected to their heatspreader than their Core i9 opponents. AMD used solder to connect the cores to the heatspreader. Combine that to the fact that the heat comes from 4 different chips, all connected to the four corners of the heatspreader, making for a well spread heat area. I don't see how heat dissipation could become a problem on that design, even if its rated at 180W. That's one least concerned.
Doesn't mean it will beat Intel in benchmarks, doesn't mean it will be a better bang for the buck, performance-wise, but if I had to buy a higher-end computer and I wanted it to last five years at least, I would buy an AMD-based system this Fall.
My feeling is that you don't even need an HEDT machine.It's really about what will provide the best single thread performance and at least equal with multi threads.
LOL. Just MS.I just assumed that Windows 7 and 8.1 were forbidden by MS-Intel on the 2017 and later CPUs.
LOL. Just MS.
They aren't supporting Ryzen on the older OSes, either.
If you get a new processor, you must go with Win10.
My feeling is that you don't even need an HEDT machine.
Then again, when have you ever made a purchasing decision based on the reasonable statements made here? ;-)
At first looks, it seems that the designers of the x399 boards have learned the lessons of x299. They also aren't hamstrung by having to support two different architectures.
I was excited to see the announcement of the 8-core Threadripper 1900x. This will be good for folks like me who are more interested in memory and I/O than cores.
I think that you're an Intel fanboy.
I think that you'r
Why are you guys such bleeding hearts for Intel?
Why are you guys such bleeding hearts for Intel?
1920X (and supporting parts) and Vega Frontier Liquid ordered. Should be here in a week or so. Still haven't ordered an i9, but will once they are in stock again. Any particular tests people want to see?
All the current CPUs and GPUs from all the manufacturers throttle their performance if temps get to a threshold. While I suspect that a really good air cooler in a really well ventilated case would be good enough, I want to remove that variable from my benchmarks. So the GPU has a factory waterblock and radiator, and the CPU will be running with a 2x 140mm AIO self-contained liquid cooler. From what I've read, the VRM on the X399 motherboards can be an issue as well, so that will have lots of active air on it anyway.