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Comparison

Snowflake vs BigQuery: how to choose a cloud data warehouse

Snowflake and Google BigQuery compared for data leaders: architecture, clouds, pricing models (warehouses vs bytes scanned and slots), performance and concurrency, data sharing, AI features and when each fits.

Hemant Walchale

Hemant Walchale
· 2 min read

Snowflake and BigQuery are both fully managed, SQL-first cloud data warehouses that separate storage from compute. Either can run a modern analytics platform. The decision usually comes down to your cloud, your cost profile and your ecosystem.

The short answer

  • Choose BigQuery if you are committed to Google Cloud, lean on Google Analytics, Google Ads and Looker, and want a truly serverless warehouse with nothing to size.
  • Choose Snowflake if you run on AWS or Azure or several clouds, want to control compute per workload, or share data heavily with partners and customers.

How they compare

Snowflake BigQuery
Clouds AWS, Azure, Google Cloud Google Cloud (Omni for limited cross-cloud)
Compute model Virtual warehouses you size and suspend Serverless; on-demand or slot reservations
Pricing Credits for warehouse running time, plus storage Bytes scanned (on-demand) or slot capacity (editions), plus storage
Workload isolation Separate warehouses per team or workload Reservations and assignments
Semi-structured data VARIANT, OBJECT, ARRAY Native STRUCT and ARRAY, nested and repeated fields
Data sharing Secure data sharing, Marketplace, clean rooms Analytics Hub, data clean rooms
AI and ML Cortex AI functions, Snowpark BigQuery ML, Vertex AI integration
Ecosystem strengths Neutral across clouds and BI tools Google Analytics 4 export, Google Ads, Looker
Open table formats Apache Iceberg tables BigLake tables with Iceberg

What usually decides it

  1. Your cloud. BigQuery is strongest inside Google Cloud; Snowflake avoids cross-cloud data movement elsewhere.
  2. Cost profile. Ad-hoc, infrequent querying often favours BigQuery on-demand; steady, heavy or highly concurrent workloads need modelling on both. Many cost surprises on BigQuery come from unfiltered scans of large tables, and on Snowflake from warehouses left running.
  3. Marketing data. A Google Analytics- and Google Ads-centred stack is simpler on BigQuery.
  4. Data sharing. Frequent sharing with partners and customers favours Snowflake.
  5. Operations preference. BigQuery has less to configure; Snowflake gives more explicit control.

The short version

Google Cloud-committed and marketing-heavy points to BigQuery; multi-cloud, workload isolation and data sharing point to Snowflake. Model your heaviest workloads on both pricing models before deciding.

Moving between them? See BigQuery to Snowflake. Model Snowflake costs with the cost calculator, or compare all platforms with the platform chooser.

Not sure where your own platform stands? Take the free 3-minute data platform scorecard, or see how we work on Snowflake. Unfamiliar terms are explained in the data engineering glossary.

Frequently asked questions

Which is cheaper, Snowflake or BigQuery?

Neither in general. BigQuery on-demand charges for data scanned, which is cheap for occasional queries and expensive for heavy, repeated scans; BigQuery editions charge for slot capacity. Snowflake charges for the time each virtual warehouse runs. Model your top workloads on both, including dashboards that refresh often.

Can BigQuery run outside Google Cloud?

BigQuery is a Google Cloud service. BigQuery Omni can query data in AWS and Azure storage with some limitations, but most workloads run in Google Cloud. Snowflake runs natively on AWS, Azure and Google Cloud.

Which is better for marketing and Google Analytics data?

BigQuery has a native, free export from Google Analytics 4 and close integration with Google Ads and Looker, which makes it the natural home for Google-centric marketing data. Snowflake can ingest the same data through connectors.

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