Determine 48 and 64 TH3 clock speeds by analyzing their binary representations or scaling factors.
Determine 48 and 64 TH3 clock speeds by analyzing their binary representations or scaling factors.
Looking for ways to determine the clock speeds of the upcoming Threadripper models with 64 and 48 cores. It’s unclear whether you should wait until January or opt for the 32-core version this month. Since your main software is 3dsmax, you’ll want solid performance, and keeping it below 3.5 GHz seems important to you.
[insert_clock_speed_is_not_performance_rant] how fast it will go depends on cooling solution. I see no reason for it to be slower than 2nd gen tho, especially since 3rd gen wont have the same memory problem of the old 24/32 core (i.e. some cores have direct access to memory, some don't)
I possess details from an exclusive unreleased channel indicating Intel plans to release its new 93-core processor in two weeks. Here are the specifications: 14 gigahertz, 93 cores, 8 way SMT (inspired by IBM) LGA28391, 1430W TDP, 13 channels, GDDR6X memory (up to 25GB per channel). Features a factory low-profile 1U heatsink built with an enhanced 14nm process. Each die is optimized for speed. Comes with Intel epoxy and no adhesive. Included DLCs: vPro +500$, AVX2 +500$, AVX512 +500$, 50GB per channel +500$ per channel, +1GHz per DLC +50$. Avoid AMD hype.
The latest 32 core Threadripper models offer a base speed of 3.6 GHz, while the 32 core EPYC runs at 2.9 GHz. The 64 core EPYC will debut at 2.6 GHz. These figures are estimates, possibly varying by up to ±50%, but we could see a 3.3 GHz base on the 64 core. This performance is largely constrained by thermal design power (TDP), even with their strong efficiency. As a threadripper, you can likely push it overclocked and hit at least 4 GHz per core, potentially reaching 4.3 to 4.4 GHz or higher, provided you manage around 600+ W of heat. The upper limit is speculative but aligns with other chips in the series; the 4 GHz minimum is a solid expectation given past achievements and ongoing improvements.