Tuesday, July 25th 2017

Intel Core i9-7960X 16-core/32-thread Processor Detailed, Benchmarked

Intel is preparing to tackle AMD's first Ryzen Threadripper parts with two Core "Skylake-X" HEDT socket LGA2066 processor launches in quick succession, over Q3-2017. The first one to come out will be the 12-core/24-thread Core i9-7920X; which will be closely followed by the 16-core/32-thread Core i9-7960X. The company will ultimately end 2017 with the 18-core/36-thread Core i9-7980XE. The i9-7920X, detailed in our older article, could either command a $200 premium over the $999 10-core/20-thread i9-7900X; or displace it to a slightly lower price-point (say, $800). The i9-7960X, however, could retain a premium price-point owing to performance leadership over the Ryzen Threadripper 1950X, if early benchmarks are to be believed.

The Core i9-7960X is endowed with 16 cores, HyperThreading enabling 32 threads, 1 MB of L2 cache per core, and 22 MB of shared L3 cache. It features the chip's full 44-lane PCI-Express gen 3.0 root complex, and a quad-channel DDR4 memory interface. The chip is expected to be clocked even lower than its 12-core sibling, with a nominal clock of a mere 2.50 GHz, and a yet unknown max Turbo Boost frequency. Put through Geekbench 4.1.0, the chip scored 33,672 points in the multi-threaded test, which is higher than the 27,000-ish scores we've been hearing of for the Threadripper 1950X; but a single-thread score of 5,238, which pales in comparison to that of the i7-7740X, due to the lower clock speeds, and a slightly older micro-architecture.
Source: Geekbench Database
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26 Comments on Intel Core i9-7960X 16-core/32-thread Processor Detailed, Benchmarked

#26
Aquinus
Resident Wat-man
FrickHerp derp blerghhhh. What I mean is this: Has the term Thermal Design Power officially replaced CPU power dissipation as the term to describe power draw? I doubt it, and as said elsewhere a 140W TDP from either Intel or AMD is a poor indicator or actual power draw.
Then do research.
Intel defines TDP as follows: The upper point of the thermal profile consists of the Thermal Design Power (TDP) and the associated Tcase value. Thermal Design Power (TDP) should be used for processor thermal solution design targets. TDP is not the maximum power that the processor can dissipate. TDP is measured at maximum TCASE.1 . The thermal profile must be adhered to to ensure Intel’s reliability requirements are met.
...and...
AMD Opteron* processors also have a TDP specification. According to AMD documentation2 their TDP specification is as follows:

"TDP. Thermal Design Power. The thermal design power is the maximum power a processor can draw for a thermally significant period while running commercially useful software. The constraining conditions for TDP are specified in the notes in the thermal and power tables.”
Notes:
- TDP is measured under the conditions of all cores operating at CPU COF, Tcase Max, and VDD at the voltage requested by the processor. TDP includes all power dissipated on-die from VDD, VDDNB, VDDIO, VLDT, VTT and VDDA.
- The processor thermal solution should be designed to accommodate thermal design power (TDP) at Tcase,max. TDP is not the maximum power of the processor.
www.intel.com/content/dam/doc/white-paper/resources-xeon-measuring-processor-power-paper.pdf

My point is that regardless of the measures,they're both measuring to some degree, the amount of heat released from a CPU under load with particular characteristics. Neither describe max usage but, both describe how much thermal energy is released over time given their TDP criterion.
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