Google Axion

Axion is Google's first custom Arm data center CPU, built on Neoverse V2, with up to 50% better performance and 60% better energy efficiency than comparable x86 instances. It runs Google services such as Bigtable, Spanner, BigQuery and YouTube Ads. Sources and verification dates.

Owner Google Status Deployed US cloud

Verified

Open the primary source Compare side by side

Every published figure

Source per value
Owner The company that specified the chip and runs it in its own cloud, data centers or products.
Google 1
Role What the owner says the chip is for: training, inference, both, or a general-purpose server CPU.
Server CPU 1
Precision note What the throughput figures mean: dense or sparse, which precision, per chip or per package, and any figure the owner states only in another unit.
Arm Neoverse V2 cores; C4A VMs scale to 72 vCPUs (each a full core, no SMT) and C4A metal to 96 vCPUs. Google does not publish a per-chip core count. 2
Status Announced: public roadmap without verified deployment. Sampling: first silicon or limited internal use. Preview: customers can request early access, without a GA claim. Deployed: stated production use or general availability. Discontinued: program stopped.
Deployed 1
Announced Year the owner first announced the chip publicly.
2,024 1
Deployment scale The largest deployment the owner or a named report states: chip counts, clusters, gigawatts or regions.
In production inside Google for Bigtable, Spanner, BigQuery and YouTube Ads (The Next Platform, Apr 2024) 3
How to get it How an outside buyer can use the chip: a named cloud instance or service, a product, or 'Internal only'.
Google Cloud C4A VMs and C4A metal 1

Not verified in the sources reviewed: design partner, partner basis, foundry, node, memory, cpu cores, power.

Sources

  1. Google Cloud Blog: Introducing Google Axion Processors, our new Arm-based CPUs accessed 2026-11-11
  2. Google Cloud: Arm VMs on Compute accessed 2026-11-11
  3. The Next Platform: Google joins the homegrown Arm server CPU club accessed 2026-11-11