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AMD processor plans for 2021: Zen and K12 for all market segments
01.05.2021 [12:00],
Anton Testov

One of the sources close to Advanced Micro Devices published on one of the forums the company’s plans for the release of microprocessors for personal computers and mobile devices in 2021. If the slides describing AMD’s intentions are genuine, and the company manages to bring all of its plans to life, next year we will see a whole family of processors based on the Zen microarchitecture, as well as at least one chip based on the ARMv8 K12 cores.

According to the published information, the AMD Zen microarchitecture will be used not only for high-performance “classic” CPUs and hybrid processors with an integrated graphics core (accelerated processing unit, APU), but also for systems on a chip intended for use in low-cost, low-cost devices. For portable devices such as tablets and PCs in 2-in-1 form factor AMD intends to offer new highly integrated ICs based on K12 cores, compatible with the ARMv8-A instruction set. Notably, all AMD microprocessors next year will be manufactured by GlobalFoundries.

AMD Zen core: six integer blocks and two 256-bit FPUs. Snapshot from Planet3DNow forum

AMD plans to officially announce its 2021-2021 plans next week during its annual meeting with financial analysts. However, slides from a future presentation were posted this week on one of the forums, presumably by a company employee.

Summit Ridge: AMD High-Performance Octa-Core Processor

After nearly four years of waiting, Advanced Micro Devices plans to introduce new high-performance processors in 2021 to replace AMD FX chips. Future CPUs will be based on a completely new Zen microarchitecture and promise to significantly increase the level of performance of AMD solutions.

AMD’s 2021 Desktop Processor Roadmap. Snapshot from Planet3DNow forum

AMD’s highest-performing personal computer processor next year will be a chip known as the Summit Ridge. This microcircuit will include up to eight x86 Zen cores, 4 MB L2 cache (512 KB per core), 8 MB L3 cache, dual channel DDR3 / DDR4 memory controller, PCI Express 3 controller.0, as well as other necessary blocks. CPU will use new FM3 form factor and will require new platforms.

AMD Summit Ridge will be manufactured by GlobalFoundries using a 14nm fin-shaped field effect transistor (FinFET) process. Given the positioning of the Summit Ridge, the design should be expected to be optimized for high clock speeds. As part of AMD’s strategy of using industry standard manufacturing processes only, GlobalFoundries will not create dedicated 14nm technology to manufacture the latest CPUs.

Quad-core AMD Zen. Snapshot from Planet3DNow forum

Two or four Summit Ridge dies are expected to be used to build next generation AMD Opteron multi-core server processors.

Bristol Ridge: high-performance system-on-a-chip for desktop and mobile

AMD is offering two different APUs this year for desktop and mobile personal computers: optimized for high clock speeds Godavari (Kaveri Refresh) and sharpened for minimum power consumption Carrizo. Next year, the company plans to combine different approaches to chip design and once again offer one product, known as Bristol Ridge, for different market segments.

AMD’s 2021 Mobile Processor Roadmap. Snapshot from Planet3DNow forum

High-performance Bristol Ridge APU to target mainstream desktop and mobile market in 2021. The new APU will include up to four x86 Zen cores, next-generation GCN-based Radeon GPUs (presumably GCN 1.3), dual channel DDR3 / DDR4 memory controller, integrated I / O functions (PCI Express, Serial ATA, SATA Express, etc.).d.). In addition, Bristol Ridge will meet the Heterogeneous System Architecture (HSA) specification in version 1.0, and also support AMD TrueAudio and AMD Secure Processor technologies.

Desktop versions of Bristol Ridge APUs will use FM3 form factor, as will future high-performance AMD microprocessors. Mobile APUs will ship in FP4 BGA packaging and will be pin-to-pin compatible with Carrizo and Carrizo-L. Their power dissipation will be from 15 to 35 W.

Bristol Ridge Hybrid Microprocessors To Be Manufactured By GlobalFoundries Using 14nm FinFET Process. Given the fact that the new APUs will be highly integrated systems on a chip – like the Carrizo – they shouldn’t be expected to be able to operate at truly high clock speeds. When developing such microcircuits, libraries of high-density elements, computer-aided design systems, transistors with a high threshold voltage and other methods of minimizing power consumption and crystal size are used, which affects the ability to operate at higher frequencies. However, thanks to new microarchitectures and a “thin” technical process, Bristol Ridge should show significantly higher performance than AMD’s current APUs.

Basilisk: a small chip based on a high-performance microarchitecture.

For years, AMD has used cores based on its energy-efficient microarchitectures to create APUs for low-cost and mobile PCs. In 2021, the company will release microcircuits for such devices based on the high-performance Zen microarchitecture.

Chip AMD

Basilisk systems will consume only 5 to 15 watts of power, but they promise to show impressive performance due to the fact that they will support all the technologies available from the big brother – Bristol Ridge. Basilisk will have up to two Zen cores, a Radeon GPU based on the next generation GCN architecture (presumably GCN 1.3), DDR3 / DDR4 memory controller, integrated I / O functions (PCI Express, Serial ATA, SATA Express, etc.).d.), support for heterogeneous computing technologies HSA 1.0 as well as AMD TrueAudio and AMD Secure Processor. The novelty will be delivered in FT4 BGA packaging.

The Basilisk chip will be manufactured by GlobalFoundries using 14nm FinFET technology, which gives reason to expect decent clock speeds for an APU with low power consumption and, as a result, the level of performance.

Styx: the first AMD processor with its own ARM core

AMD has been trying to enter the market for highly integrated tablets and hybrid PCs with chips based on its energy-efficient microarchitectures since 2021, but without any significant success. Next year, the company’s strategy in this direction will change significantly with the advent of the system on the Styx chip.

AMD plans to introduce its own 64-bit general-purpose computing core in 2021, compatible with the ARMv8-A instruction set. The new K12 core, like the Zen core, is being developed under the leadership of Jim Keller, who helped create the AMD K7 and AMD K8 processors. Several years ago, Mr. Keller led the development of Apple’s Cyclone processor cores, the highest performing 64-bit ARM cores to date. AMD K12 seems to have a lot in common with Zen and promises to deliver some pretty impressive performance and efficiency.

Chip AMD

Styx will be the first K12-based microprocessor from Advanced Micro Devices. The new system on a chip will include up to two general-purpose cores, a Radeon GPU based on a new iteration of the GCN architecture, integrated I / O, support for HSA 1 heterogeneous computing technologies.0 as well as AMD Secure Processor. Thus, Styx’s graphics and computing capabilities will match more advanced Zen-based solutions, but thanks to ARM cores, it will be better suited for mobile devices.

AMD Styx thermal package will be in the region of 2W, which meets the requirements of tablets, hybrid PCs, various multimedia consoles and other devices. Systems on a Chip will ship in FT4 BGA packaging and will be pin-to-pin compatible with Basilisk and Amur.

Like other AMD chips in 2021, Styx will be manufactured using GlobalFoundries’ 14nm FinFET manufacturing process.

Preliminary findings

Advanced Micro Devices’ plans for next year look very impressive on paper. Despite limited resources, various problems and perturbations within the company, AMD is not leaving any segment of the microprocessor market for personal computers.

However, only time will tell how powerful and efficient the Zen and K12 processor cores and GCN 1 graphics architecture will be.3. In addition, the competitiveness of Summit Ridge, Bristol Ridge, Basilisk and Styx will be heavily influenced by the timing of these processors. If the company manages to release new items in the first half of 2021, then we will be able to see AMD renaissance as early as next year.

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