The comments in this thread seem to be pretty divided https://www.reddit.com/r/technology...yzen_7_1700_linux_benchmarks_great_multicore/
Some saying Ryzen is good for compiling stuff but gaming and editing is inconclusive or Intel is still better.
Gaming AT 1080p is where Ryzen isnt as good as the fastest Kaby Lake (by a little) and that's pretty much it, as at 2K and 4K it's faster or equal. Bear in mind gaming is a strictly single core performance thing and while AMD went for higher performance per clock and core count, with Ryzen 1700 being the low vpower Ryzen clocked at 3ghz, the Kaby Lake i7 i7700k is clocked at 4.5ghz. That's 50% higher clock speed. That's pushing your quad core for same power usage as AMD's more efficient octa core. And that same Ryzen chip loses by up to 15% in 1080p gaming, on Intel optimized games while scores same or higher on 2k and 4K resolutions where the important thing of how well the CPU supports the bottlenecking GPU shows, and it's more important as nobody is going to care about whether they get 120 or 135fps on 1080p with two Titan X cards.
I was afraid of some people rushing to discredit Ryzen for any "new architecture" perks and weaknesses based on the very first benchmark they see Intel being on top at. There were Intel fans and review sites spreading rumors and false theories so AMD even bothered to make a statement about it:
https://www.techpowerup.com/231198/amd-responds-to-ryzens-lower-than-expected-1080p-performance
Fact is, AMD has the superior, more efficient core at a fraction of the price. And their current processors have double the core count of Kaby Lake's best. It will score better unless the task is completely optimized for an architecture that has been here for many years or because it's testing a niche decoder. Additionally, double the cores always means each is clocked a little lower and doesn't overclock well. Having eight cores instead of four on the same die size does that, physics. For tasks very much tied to clock frequency, usually legacy tasks or games, it's better to go with a lower core count, high frequency processors, which AMD has scheduled for second quarter of this year with Ryzen 5 and for half the price too. Let's see what some people will say then.
So the Intel integrated GPUs are pretty shit? I think the 13" MBPs have the Iris but the 15" have the Radeon Pros, or something like that. I was looking at the 15" anyway for the better CPUs and 16GB of RAM standard. The GPU would be a nice bonus even if I don't use it to its max. It's the screen size that will be a bigger deal to me, namely because of the screen resolution. My 13" is still lagging behind with a 1200x800 from 2010. That's what I miss most about the newer machines, is the screen quality. I'm still living in pre-2009 as far as that goes.
Is Cannonlake due out after Kaby Lake? I thought Kaby Lake just got released and had another year or two in its life cycle.
Yeah, the Intel GPU sucks balls. It's terribly slow and has really poor drivers. Intel is not a GPU company by any means. Pretty much any AMD or Nvidia mobile chip is better in performance and stability, plus in turn here games and software are not optimized for Intel GPUs, so some games don't work on them at all.
And Intel had to cut Kabylake's life short, due to Ryzen. Their CEO announced Cannonlake at the same time Kaby Lake launched, which is kind of unprecedented, basically saying "hey so those are the chips we were planning to release, but we see the competition has something better so don't worry, we'll come up with something better too, it's just around the corner" knowing AMD will eat Kaby Lake's sales anyway so it's better to drown yourself a little more but with a promise of better.
http://www.digitalartsonline.co.uk/...l-be-more-than-15-percent-faster-than-todays/
Except AMD reached over 52% higher IPC and Intel failed to get Cannonlake fully operational on 10nm so they'll be splitting 8th gen between 10nm and 14nm:"The first Cannonlake chips are scheduled to ship in the second half of this year. The chips – called 8th-generation chips on an Intel slide – could include Core i7 chips.
Intel showed a Cannonlake chip at CES. The chip will be the first made on Intel's 10-nanometre process, which will deliver a substantial reduction in power consumption, Renduchintala said.
Intel may be trying to catch up with AMD, which is boasting a 40 percent performance improvement for its upcoming Ryzen chips. Ryzen's numbers are based on IPC (instructions per cycle), an important performance metric."
http://www.pcworld.com/article/3168...ss-as-other-core-cpus-ease-into-new-tech.html