I think we will. Just like we had the 8 core 1800X and the 8 core 1900X overlap. I suspect the same will happen with Ryzen 2.
Whats the point of a 16c TR part if a 16c Ryzen exists?
Please remember that any mention of competitors, hinting at competitors or offering to provide details of competitors will result in an account suspension. The full rules can be found under the 'Terms and Rules' link in the bottom right corner of your screen. Just don't mention competitors in any way, shape or form and you'll be OK.
I think we will. Just like we had the 8 core 1800X and the 8 core 1900X overlap. I suspect the same will happen with Ryzen 2.
Presumably they'll have different power consumptions, cache, clock speeds to cater for the server market vs. desktop / gaming.Whats the point of a 16c TR part if a 16c Ryzen exists?
Quad channel and ECC memory I guess. Same as 4/6/8 core Xeons.Whats the point of a 16c TR part if a 16c Ryzen exists?
I fear these chips will be more expensive than people are hoping.
Whats the point of a 16c TR part if a 16c Ryzen exists?
Whilst the first two points are quite likely, based on leaks and deductions from the demo, they are not confirmed.Just to confirm :
Beats the 9900k.
- Midrange part
- 65W
- 8 core (max likely 16)
- Engineering sample (likely not final speed)
- On slow memory.
Whats the point of a 16c TR part if a 16c Ryzen exists?
Memory at 2666MHz was picked as historically Ryzen was bad on slow memory and it's the stock Mem controller speed for the Intel part. Makes sense to beat the Intel part on it's home turf than to bias it in Ryzen's favour and garner negative press as a result. The 9900K release was a very good example of why that's a terrible thing to do. Espcially as the media is now the Youtubers rather than the press.Whilst the first two points are quite likely, based on leaks and deductions from the demo, they are not confirmed.
Cinebench is more sensitive to memory timings than it is to speed. So the slow speed isn't that much of an issue for this test. They probably picked that because it is a baseline standard. However, it could also be that the memory controller needs more work for faster speeds / tighter timings.
Memory at 2666MHz was picked as historically Ryzen was bad on slow memory and it's the stock Mem controller speed for the Intel part. Makes sense to beat the Intel part on it's home turf than to bias it in Ryzen's favour and garner negative press as a result. The 9900K release was a very good example of why that's a terrible thing to do. Espcially as the media is now the Youtubers rather than the press.
look at your statement , reply. " in the absence of actual proof " LOL. then add in what you want to try and quantify the make belief. on paper the chips sound amazing. yet there is no proof of what many are getting carried away with. yet again im trolling for saying there is no proof or provide it to show these chips are faster or even x2 as fast as people are " claiming. im only responding to what people are putting. yet when you ask where are you pulling this proof from and ask for it to show people know what they talking about they cant ! cause there is none. yet im trolling. why not just call this thread add in what details you want. its true. we have no evidence proof but its true. cause its not a intel chip. anyone who dissagrees is a troll or a fanboy lol.
6 months is going to drag by, which will suck, but the truth is, in 6 months I firmly believe we will have a new CPU king, whether it be midrange or high end, AMD will be taking the single thread and multithread crown, you can save this post and ridicule me with it in 6months if this is not true.
Exactly, it's almost as if you have to be on one side of the fence or the other, PC enthusiasts... More like extremists!
I have a ryzen, I want them to do well, but I'm also realistic about the chip I currently ownand it's limitations. Seems as though some folk here have a hard on for a couple of posters in this thread. One is clearly trolling but not the person I've quoted.
To be honest I think Intel's biggest problem is they've run out of numbers. I guess they can release an i9-9999K?
They will at some point but they will probably focus on areas of higher volume and profit before that niche.If they do to 64C Intel can't touch them, I doubt they'd miss that win if they can.
AMD: “No Chiplet APU Variant on Matisse, CPU TDP Range same as Ryzen-2000”
My hopes for an 8 core 16, thread APU have sunk for this year............
Quad channel and ECC memory I guess. Same as 4/6/8 core Xeons.
Whats the point of a 16c TR part if a 16c Ryzen exists?
They will at some point but they will probably focus on areas of higher volume and profit before that niche.
Their job is to make money, not score points.
It also depends on their supply of chips and demand for Epyc etc.
They will need to bin heavily for a 64C TR I imagine even at 7nm.
Why would they need to bin heavily?
The multichip design means the binning process is far easier. Yes they will be binning for lowest power draw for the high core count chips, but it's nothing like what you need to do for a monolithic chip.
Scoring points is how you make money. Density is everything in the server market, an untouchable 64c chip will make them money, that's where the margins are highest.
I really don't know what you're talking about. Obviously everything we are discussing is in the context of Cinebench since that's what was demoed and is pretty much the only piece of evidence we have (aside from the die shot). Obviously the 16c/32t Ryzen 3 part will not be twice as fast compared to the i9-9900K at everything, especially since not that many applications are capable of using that many threads in the first place. I know you like to think that gaming is all that matters but I never mentioned that once.you have a cinebench benchmark yet now you pulling out twice as fast. with no evidence. twice as fast at what ? state what you talking about with proof. you have no proof. of anything. im talking logic.
if the matches this...
if the matches that...
whole lot of ifs...
show me one thing that proves anything your saying ? just one !
HEDT has far more PCIe lanes and quad channel memory. Ryzen 1 had an overlap between desktop and HEDT at 8 cores, so it wouldn't be strange for Ryzen 3 to have an overlap between the two at 16 cores.Whats the point of a 16c TR part if a 16c Ryzen exists?
Matisse is the codename for the CPUs though, so I wouldn't expect any variants with iGPUs. We'll probably have to wait until Ryzen 4 for a Zen 2, chiplet based APU.AMD: “No Chiplet APU Variant on Matisse, CPU TDP Range same as Ryzen-2000”
My hopes for an 8 core 16, thread APU have sunk for this year............