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AMD Instinct MI200 CDNA 2 ‘Aldebaran’ MCM HPC GPU Accelerator Launching Later This Year, Will Compete Against Intel Ponte Vecchio & NVIDIA Ampere

AMD Instinct MI200 CDNA 2 'Aldebaran' MCM HPC GPU Accelerator Launching Later This Year

AMD’s CEO has confirmed that the successor to the CDNA architecture-powered Instinct GPU HPC accelerator is on its way for launch later this year.

AMD Instinct MI200 With CDNA 2 MCM GPU Architecture Landing Later This Year, Will Power HPC Workloads

The confirmation came during JPMorgan’s 49th Annual Global Technology Communications and Media conference. AMD’s CEO, Lisa Su, stated that they will be launching the next generation of CDNA architecture later this year. Following is the transcript from the conference (Source: Seeking Alpha).

Last year, we talked about our first-generation CDNA architecture. This year, as I said, we’re putting together our next-generation CDNA architecture. This is actually a key component that enabled us to win the largest supercomputer bids in the US around the Frontier Oak Ridge National Labs installment as well as the Lawrence Livermore National Labs installment with El Capitan and many others.

But it’s a coherent interconnect between CPUs and GPUs that allow us to fully optimize for HPC and for AI and ML applications. And we will be launching the next generation of that architecture, actually, later this year. We’re very excited about it. I think it’s progressed extremely well. It’s the next big step in sort of innovation around the data center architectures.

Dr. Lisa Su (AMD CEO)

Here’s Everything We Know About AMD’s CDNA 2 Architecture Powered Instinct Accelerators

The AMD CDNA 2 architecture will be powering the next-generation AMD Instinct HPC accelerators. We know that one of those accelerators will be the MI200 which will feature the Aldebaran GPU. It’s going to be a very powerful chip and possibly the first GPU to feature an MCM design. The Instinct MI200 is going to compete against Intel’s 7nm Ponte Vecchio and NVIDIA’s refreshed Ampere parts. Intel and NVIDIA are also following the MCM route on their next-generation HPC accelerators but it looks like Ponte Vecchio is going to be available in 2022 and the same can be said for NVIDIA’s next-gen HPC accelerator as their own roadmap confirmed.

In the previous Linux patch, it was revealed that l that the AMD Instinct MI200 ‘Aldebaran’ GPU will feature HBM2E memory support. NVIDIA was the first to hop on board the HBM2E standard and will offer a nice boost over the standard HBM2 configuration used on the Arcturus-based MI100 GPU accelerator. HBM2E allows up to 16 GB memory capacity per stack so we can expect up to 64 GB HBM2E memory at blisteringly fast speeds for Aldebaran.

The latest Linux Kernel Patch revealed that the GPU carries 16 KB of L1 cache per CU which makes up 2 MB of the total L1 cache considering that the GPU will be packing 128 Compute Units. The GPU also carries 8 MB of shared L2 cache but carries 14 CUs per Shader Engine compared to 16 CUs per SE in the previous Instinct lineup. Regardless, it is stated that each CU on Aldebaran GPUs will have a significantly higher computing output.

Other features listed include SDMA (System Direct Memory Access) support which will allow data transfers over PCIe and XGMI/Infinity Cache subsystems. As far as Infinity Cache is concerned, it’s looking like that won’t be happening on HPC GPUs. Do note that AMD’s CDNA 2 GPU will be fabricated on a brand new process node & are confirmed to feature a 3rd Generation AMD Infinity architecture that extends to Exascale by allowing up to 8-Way coherent GPU connectivity.

AMD Radeon Instinct Accelerators 2020

Accelerator NameAMD Radeon Instinct MI6AMD Radeon Instinct MI8AMD Radeon Instinct MI25AMD Radeon Instinct MI50AMD Radeon Instinct MI60AMD Instinct MI100AMD Instinct MI100

GPU ArchitecturePolaris 10Fiji XTVega 10Vega 20Vega 20ArcturusTBA

GPU Process Node14nm FinFET28nm14nm FinFET7nm FinFET7nm FinFET7nm FinFETAdvanced Process Node

GPU Cores2304409640963840409676807680 x 2 (MCM) ?

GPU Clock Speed1237 MHz1000 MHz1500 MHz1725 MHz1800 MHz~1500 MHzTBA

FP16 Compute5.7 TFLOPs8.2 TFLOPs24.6 TFLOPs26.5 TFLOPs29.5 TFLOPs185 TFLOPsTBA

FP32 Compute5.7 TFLOPs8.2 TFLOPs12.3 TFLOPs13.3 TFLOPs14.7 TFLOPs23.1 TFLOPsTBA

FP64 Compute384 GFLOPs512 GFLOPs768 GFLOPs6.6 TFLOPs7.4 TFLOPs11.5 TFLOPsTBA

VRAM16 GB GDDR54 GB HBM116 GB HBM216 GB HBM232 GB HBM232 GB HBM2TBA

Memory Clock1750 MHz500 MHz945 MHz1000 MHz1000 MHz1200 MHzTBA

Memory Bus256-bit bus4096-bit bus2048-bit bus4096-bit bus4096-bit bus4096-bit busTBA

Memory Bandwidth224 GB/s512 GB/s484 GB/s1 TB/s1 TB/s1.23 TB/sTBA

Form FactorSingle Slot, Full LengthDual Slot, Half LengthDual Slot, Full LengthDual Slot, Full LengthDual Slot, Full LengthDual Slot, Full LengthOAM

CoolingPassive CoolingPassive CoolingPassive CoolingPassive CoolingPassive CoolingPassive CoolingPassive Cooling

TDP150W175W300W300W300W300WTBA

#tablepress-1171 from cache

The post AMD Instinct MI200 CDNA 2 ‘Aldebaran’ MCM HPC GPU Accelerator Launching Later This Year, Will Compete Against Intel Ponte Vecchio & NVIDIA Ampere by Hassan Mujtaba appeared first on Wccftech.

Source: AMD Instinct MI200 CDNA 2 ‘Aldebaran’ MCM HPC GPU Accelerator Launching Later This Year, Will Compete Against Intel Ponte Vecchio & NVIDIA Ampere

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