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16/32 threadripper scored 2866 in cinebench according to LTT
Holding its own against an Intel cpu costing over double
EDIT: Intel also has more cores / thread...
Actually it was 3062........................and at stock as well.
https://www.youtube.com/watch?v=xRf1gZfIJ-Y
Videocardz has leaked the supposed threadripper line up
Comprises of a 16C, 12C and an 8C. Seems to have a low and high clocked version of each core count. I think the 8C version is a good move.
https://videocardz.com/71319/amd-ryzen-threadripper-1900-1900x-1920-and-1950-spotted
Will be interesting to see how the 8 core Threadripper performs as it could use 2 cores per CCX.
Quad channel RAM is unlikely to give much benefit for most workloads. The real question is how the cores will be distributed and how that affects performance.Imho clock for clock with same Ram speed, (3200+) but on quad channel, I expect 8 core Threadripper to perform better.
What the **** is the point of an 8core? Surely thats a normal Ryzen, admittedly with added PCIE channels but more expensive.
(ok different chipset / different number of pins as well)
12 and 16 obviously make sense, but I just cant work out why the 8 core makes any sense at all
8 core threadripper at the £500-600 price point is an instant buy for me assuming it still has all those lovely pcie lanes, or at least enough for sli/crossfire at 16 lanes each and two x4 lanes for storage.
Quad channel RAM is unlikely to give much benefit for most workloads. The real question is how the cores will be distributed and how that affects performance.
4 per CCX. I think it was confirmed that they can only be symmetrical.
Rule of symmetry still applies. 4 per CCX, and within each CCX, 2 on each cluster (of cores).I was referring to the 8 core Threadripper so it could have 2 cores in each CCX from each die.
Are you saying the 8 core must have 2 per CCX per die? It could have one full CCX per die or 2 cores per CCX?Rule of symmetry still applies. 4 per CCX, and within each CCX, 2 on each cluster (of cores).
I wonder how long we'll have to wait for the 1950 non-x. Would probably be a smarter purchase but I'm impatient
Sorry got confused between CCX and the full Ryzen die. Each die will have 4 cores active. 2 cores active on each CCX.Are you saying the 8 core must have 2 per CCX per die? It could have one full CCX per die or 2 cores per CCX?
Why is the 8/16 TR better than the 1700 ?8 core threadripper at the £500-600 price point is an instant buy for me assuming it still has all those lovely pcie lanes, or at least enough for sli/crossfire at 16 lanes each and two x4 lanes for storage.