Épingles correspondant à tag:"AI Accelerators"

Google discloses its first Tensor Processing Unit after more than a year of internal use, a custom TensorFlow accelerator already powering Search, Street View and AlphaGo.

Google adds neural-network training to its custom TPU platform, announcing Cloud TPU devices with up to 180 teraflops and interconnected pods for larger workloads.

Google introduces its third TPU generation at I/O 2018. Cloud documentation specifies 32 GiB of HBM2 and 123 BF16 teraflops per chip, scaling to 1,024-chip pods.

Google unveils TPU v4 at I/O 2021. Its 4,096-chip pods scale beyond one exaflop, while each chip provides 275 BF16 teraflops and 32 GiB of HBM2.

Google launches TPU v5e in preview, targeting medium- and large-scale AI training and inference with 256-chip pods and workload-dependent improvements in performance per dollar.

Google announces its performance-focused fifth-generation TPU, scaling to 8,960-chip pods with 96 GiB of physical HBM per chip, alongside its integrated AI Hypercomputer architecture.

Intel a présenté l'accélérateur d'IA Gaudi 3 le 9 avril 2024 à Intel Vision, un composant de 5 nm avec 24 ports Ethernet 200 Go intégrés qu'Intel a comparé au H100 de Nvidia pour l'IA générative d'entreprise.

Google announces Trillium (TPU v6e), with 4.7 times the peak compute per chip of TPU v5e, double its HBM capacity and a claimed improvement of over 67% in energy efficiency.

Google announces Ironwood for large-scale inference, later documented as TPU7x for both training and inference, with 192 GiB of HBM per chip and pods of up to 9,216 chips.

Google announces the training-focused half of its eighth TPU generation: 9,600-chip superpods, native FP4, 216 GB of HBM per chip and Axion hosts. The current product page lists it as coming soon.

Google announces its inference-focused eighth-generation TPU, combining 288 GB of HBM, 384 MB of on-chip SRAM and Boardfly networking across up to 1,152 chips. Availability is still listed as coming soon.