The 16-core amd processor will not have a monolithic design

The new Zen microarchitecture has once again made AMD very competitive in the high-end PC processor market, after the good initial debut Sunnyvale's go for it with a new model with a whopping 16 cores to stand up to. to Intel's most powerful and expensive processors. Little by little we are learning new details about this processor and now we discover that its design will not be monolithic.

AMD bets on multi-chip design for its most powerful CPUs

Until now all AMD Ryzen processors have a monolithic design, which means that they have a single die inside with all the necessary circuitry for their operation. AMD's new Ryzen-based 16- and 12-core processors will have a multi-chip design, which means that they will be made up of two dies interconnected with each other. Both dies will be 8 cores each so the 12-core models will have several of them deactivated to take advantage of the defective pads, something that has been done for many years in this industry.

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The multi-chip design is nothing new, Intel itself opted for this approach when its Core 2 Quad processors arrived, which in reality were two Core 2 Duo joined, thus avoiding the need to have to create a huge die in the that serious errors are more likely to occur during manufacture that prevent its use. These new AMD processors will not be compatible with the AM4 socket but will use a new platform, in addition it is known that they will be LGA so the pins will be on the motherboard and not on the processor.

These huge and powerful AMD processors will have a quad chanel memory controller and a total of 58 PCI-Express tracks, their TDPs will be 180W for the 16-core model and 140W for the 12-core model. The Zen architecture has proven to be a monster in intensive multi-threaded performance, so these new processors will not leave anyone indifferent.

His presentation will take place at Computex in Taipei in June.

Source: techpowerup