AMD introduced Threadripper 2, the next version of their high-end desktop platform, during their press conference at Computex in Taipei. Not many details were shared, as the CPUs will not be released until sometime in Q3 2018. Most importantly, AMD said that Threadripper 2 will have a 32-core, 64-thread model, as well as a 24-core, 48-thread model. There was no mention of clock speeds, though AMD’s demonstration showed both the 24-core and 32-core model running with an air cooler, possibly a bit of shade being thrown at Intel over their 5GHz 28-core demo, which appeared to be using a chilled water cooler according to Tom’s Hardware.
Other details that AMD did share were that Threadripper 2 will contain the same enhancements as the 2nd generation Ryzen desktop processors released in April. These include being built on a 12nm process, and the Zen+ architecture. It was specifically mentioned that the 32-core version uses four active Ryzen 2nd-gen die in one CPU package, tied together with AMD’s Infinity Fabric. The first version of Threadripper with 16 cores, used 2 active die, though four were present in the CPU package. Threadripper 2 is also a drop-in replacement in existing X399 motherboards (likely with a BIOS update).
AMD’s demonstration showed the 24-core Threadripper outperforming an 18-core Intel i9 in a rendering test in Blender by a fair amount. The 32-core was also demoed, though not directly against an Intel product.
The replay of the press conference is available on Youtube here.
Update: Anandtech has posted slides from AMD’s presentation which show that both the 24-core and 32-core Threadripper 2 CPUs had a 3.0 GHz base frequency, and 3.4GHz (all-core) Turbo frequency, along with a 250W TDP. The turbo speed is noted as WIP. The slide also showed that the 24-core was using DDR4-2666, while the 32-core used DDR4-3200 RAM. That appears to have put the 24-core TR2 at a disadvantage in it’s head-to-head rendering test compared to the Intel i9, which was using DDR4-3200, and as Ryzen based systems are impacted more by memory speeds.