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Numbers for Intel’s upcoming 8-core, 16-thread i9-9900K were published on SiSoftware’s Official Live Ranker earlier this week. The part managed an average score of 281.22GOPS in the Processor Arithmetic benchmark, putting it between the AMD Ryzen Threadripper 1950X (285.14GOPS) and Intel Core i9-7900X (279.90GOPS). In comparison, the AMD Ryzen 7 2700X is listed with a score of 239.16GOPS. Numbers for the Processor Multi-Media benchmark are also available on the site.
Update 9/4/18: Sandra's developer passed this along to us this morning.
Just wanted to clarify those 7900X and 1950X in Sandra’s database.
TDLR: those “Intel Core i9-7900X” scores are with 10-threads (see “10T” as capacity) i.e. just using cores and not SMT; the 20-thread result is higher (see “20T” capacity) at average of 337.53GOPS.
Similarly the “AMD Ryzen Threadripper 1950X 16-Core” scores are with 16-threads (also “16T” as capacity) thus again not using SMT. The 32-threads core is higher.
As you know in Sandra you can easily benchmark from the drop-down list “all threads” or just “all cores” or “single thread”. This is what has happened here you have 2 entries – one with all threads used, one with just cores used depending on what people have submitted.
Update 9/4/18: Sandra's developer passed this along to us this morning.
Just wanted to clarify those 7900X and 1950X in Sandra’s database.
TDLR: those “Intel Core i9-7900X” scores are with 10-threads (see “10T” as capacity) i.e. just using cores and not SMT; the 20-thread result is higher (see “20T” capacity) at average of 337.53GOPS.
Similarly the “AMD Ryzen Threadripper 1950X 16-Core” scores are with 16-threads (also “16T” as capacity) thus again not using SMT. The 32-threads core is higher.
As you know in Sandra you can easily benchmark from the drop-down list “all threads” or just “all cores” or “single thread”. This is what has happened here you have 2 entries – one with all threads used, one with just cores used depending on what people have submitted.
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