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Oracle Says OCI Will Be the First Hyperscaler Outside Google to Offer Google TPUs

Oracle says Google TPUs arrive on OCI in 2027, the first hyperscale cloud outside Google to offer them, with capacity ramping over several years.

Google TPU chip packages in metal frames in front of blue-lit server racks
Google TPU · Credit: Google

Google TPUs will be available on Oracle Cloud Infrastructure in calendar year 2027, which Oracle calls the first time Google TPUs will be offered on a hyperscale cloud platform outside Google. Oracle and Google announced the arrangement at Oracle AI World in Las Vegas.

Under the plan, OCI supplies the power, cooling and datacenter networking to deploy the chips at scale inside its own infrastructure, Oracle says. Oracle expects the capacity to ramp over a multi-year period, and it has not said which TPU generation OCI will offer or what customers will pay.

Mahesh Thiagarajan, president of Oracle Cloud Infrastructure, described the aim as giving customers "multiple leading AI compute architectures in one cloud," so each workload can be matched to the hardware that suits its performance, throughput and economics.

Oracle's release describes Google's eighth generation, split by job, without saying OCI will carry it: TPU 8t for training and TPU 8i for inference. Google's own TPU product page lists 8t at 9,600 chips in a single superpod, with nearly 3x the compute performance per pod of the previous generation, and 8i at an 80% performance-per-dollar improvement over earlier generations for low-latency inference on large mixture-of-experts models. Both are still marked "coming soon" on Google Cloud itself.

ChipBuilt forScale per GoogleStatus on Google Cloud
TPU 8tPre-training, embedding-heavy workloads9,600 chips per superpodComing soon
TPU 8iPost-training and inferencen/aComing soon
Ironwood (7th generation)Training, reasoning, inference9,216 chips per podGenerally available

On Google Cloud, Ironwood, the seventh generation, is generally available, with 9,216 liquid-cooled chips per pod and 42.5 exaflops, per Google. Google rates it at four times the per-chip performance of Trillium, the sixth generation.

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Lucas Meyer

Lucas Meyer is a news-desk byline at techshooked for developments across software, hardware, security and policy. Briefs under this name keep a thin announcement at its real size, say what is new against what the company offered before, and attribute each statement to the company, agency or researcher who made it.