I was disappointed that AMD didn't push more aggressively as it could have to catch up with how far behind the price-performance gain curve we've fallen over the past 10 or so years. AMD knows Intel is kind of f'd for the better part of the next two years so we get to pay the price for lack of credible competition.For those of you that were "dissapointed by the new Ryzen", are you still post release? If so or if not why?
3000 is the Processor model linup. Zen2 is the architecture.Isn't 3000 the last of the AM4 lineup?
Ryzen 4000(?) is going to be on AM5(?)
IIRC, there's no Zen2+ and will go straight to Zen3. Technicalities!3000 is the Processor model linup. Zen2 is the architecture.
Zen2+ will be 4th gen and will also be AM4.
AMD is supposed to support AM4 until 2020, so there may be a 4th-gen on it. On the other hand, given the repeated issues with backward compatibility and how AMD had to make a significantly more complex substrate to maintain socket compatibility after the chiplet transition, I wouldn't be surprised if AMD decided to go AM5 to optimize the socket pin-out for chiplet-based designs which should allow substrate simplifications.Isn't 3000 the last of the AM4 lineup?
Ryzen 4000(?) is going to be on AM5(?)
Supposedly Intel may be leaving Hyperthreading enabled for all of their "10th gen" Core processors and filling the i9 level with a 10-core model, and if that's the case, they will likely be back in the game around the end of the year. Power consumption and heat output will likely be relatively high with all threads loaded, and aftermarket coolers will probably be needed to get the most out of them, but that's not much different from their current lineup. Once Intel is matching the same number of cores and threads as AMD at relatively similar price points, their products should be a lot more competitive.AMD knows Intel is kind of f'd for the better part of the next two years so we get to pay the price for lack of credible competition.
Zen+ was more than just raising the stock clocks on existing processors. What enabled those higher clocks was the move to an updated manufacturing node, and likewise we should see clock rates go at least a bit higher for the 4000-series processors as well. Zen+ also incorporated some changes that enabled improvements to memory latency, among other things, and similar changes will likely improve IPC a bit for the 4000-series as well. I doubt the 4000-series will provide as large a jump in performance as the 3000-series, but there should be room for some improvements.Yeah, how can there be a Zen 2+ when these Ryzen 3000s are already maxed out of the box?
Replacing the stock cooler with a high end one doesn't really do anything for performance, save for lower noise.
They'd be pulling an Intel at that point.
I don't think I'd call being six cores behind, however many watts higher and quite likely still quite abit more expensive for a given amount of performance being "back in the game", more like narrowly avoiding obsolescence across the product stack.Supposedly Intel may be leaving Hyperthreading enabled for all of their "10th gen" Core processors and filling the i9 level with a 10-core model, and if that's the case, they will likely be back in the game around the end of the year.