Independent pricing guide. Not affiliated with Databricks, Inc. Rates verified April 2026.

Databricks vs Snowflake: Complete Pricing and Feature Comparison

The defining data platform comparison. Databricks is a unified analytics platform built on Apache Spark. Snowflake is a cloud data warehouse optimized for SQL. Different architectures, different pricing models, different strengths.

Quick Verdict

Choose Databricks for data engineering + ML workloads. Choose Snowflake for SQL analytics + BI. Many enterprise organizations use both.

Pricing Model Comparison

Databricks uses DBUs (Databricks Units) priced from $0.07 to $0.70 per DBU depending on workload type, plus separate cloud infrastructure costs. Snowflake uses credits priced from $2 to $4 per credit depending on edition (Standard, Enterprise, Business Critical). One Snowflake credit equals roughly one hour of an X-Small warehouse.

The fundamental difference: Snowflake bundles compute into its credit price. Databricks separates platform cost from infrastructure cost. Snowflake is easier to budget. Databricks is more transparent about where money goes and offers more optimization levers.

DimensionDatabricksSnowflake
Pricing unitDBU ($0.07-$0.70)Credit ($2-$4)
Billing structureTwo bills (platform + cloud)One bill (bundled)
Compute managementYou manage clustersFully managed warehouses
Spot/preemptible savings60-70% cloud savingsNot available
Instance type controlFull controlNo control (abstracted)
Storage pricingCloud provider rates$23-$40/TB/mo (compressed)
Committed discounts20-40% (1-3 year)25-35% (1-3 year)
Cost predictabilityLower (variable)Higher (credits are fixed)

Cost Comparison by Workload

WorkloadDatabricks Est.Snowflake Est.Better Value
ETL pipelines (daily, 8hr)$400-$800/mo$800-$1,500/moDatabricks
SQL analytics (10 users)$2,000-$4,000/mo$1,500-$3,500/moComparable
ML model training$3,000-$12,000/moNot practicalDatabricks
Real-time streaming$500-$2,000/moLimited (Snowpipe)Databricks
BI dashboard queries$1,000-$3,000/mo$800-$2,500/moSnowflake
Data sharing (cross-org)Delta Sharing (free)Native (free)Snowflake

Feature Comparison Matrix

FeatureDatabricksSnowflake
SQL analyticsGoodExcellent
Data engineering (ETL)ExcellentLimited
Machine learningExcellentBasic (Snowpark ML)
Real-time streamingExcellentLimited (Snowpipe)
Notebook experienceExcellentBasic (Snowsight)
BI tool integrationGood (JDBC/ODBC)Excellent (native)
Data sharingDelta SharingExcellent (native)
Data marketplaceLimitedSnowflake Marketplace
Multi-cloudAWS, Azure, GCPAWS, Azure, GCP
GovernanceUnity CatalogNative + Horizon
Semi-structured dataGood (JSON, Avro)Excellent (VARIANT)
GeospatialLimitedGood
Time travelDelta Lake (30 days)Up to 90 days
Serverless optionSQL + ComputeAlways serverless
Infrastructure controlFull (instance types, spot)None (abstracted)
Open source foundationApache Spark, Delta LakeProprietary
Python/Scala supportNativeSnowpark (limited)
CI/CD integrationDatabricks Asset BundlesSnowflake CLI, dbt
Job schedulingWorkflows (native)Tasks (basic)
Cost optimization leversMany (spot, sizing, etc.)Few (warehouse size)

Where Databricks Wins

  • Data engineering. Spark-based ETL, Delta Live Tables, and Structured Streaming are purpose-built for data engineering at scale. Jobs Compute at $0.15/DBU with spot instances makes production pipelines cost-effective.
  • Machine learning. GPU clusters, MLflow, model serving endpoints, and feature stores. Training a deep learning model on Snowflake is not practical. If ML is core to your business, Databricks is the clear choice.
  • Infrastructure control. Choose instance types, use spot instances (60-70% savings), configure auto-scaling, and optimize at the hardware level. More operational work, but more cost optimization opportunities.
  • Open source. Built on Apache Spark and Delta Lake. No vendor lock-in on the data format. Your Delta tables are Parquet files on your cloud storage, readable by any engine.

Where Snowflake Wins

  • SQL analytics. Built from the ground up as a SQL warehouse. Query optimization, concurrency handling, and BI tool integration are industry-leading. Business analysts connect and query with zero friction.
  • Simplicity. No clusters, no instance types, no infrastructure. Create a warehouse, set the size, query. For teams without data engineering staff, Snowflake is dramatically simpler to operate.
  • Data sharing. Snowflake Data Marketplace and cross-account sharing are unmatched. Share live data between organizations without copying. No Databricks feature competes here.
  • Cost predictability. Credit-based pricing bundles compute into one number. Buy credits, monitor consumption, know your costs. Databricks two-layer pricing requires monitoring DBUs and cloud spend separately.

Annual Cost Benchmarks

Industry survey data and published benchmarks suggest median annual Databricks spend of approximately $36,000 per year for mid-size deployments, versus approximately $28,000 for comparable Snowflake deployments. However, these numbers come with significant caveats:

Median Databricks Annual Spend

~$36,000/yr

Higher because Databricks users tend to run more compute-intensive workloads (ETL, ML)

Median Snowflake Annual Spend

~$28,000/yr

Lower because Snowflake users tend to run SQL-only workloads with less total compute

Sources: Databricks and Snowflake customer surveys, industry analyst reports. Median figures. Actual costs vary wildly based on workload mix, team size, and optimization level. These numbers are not directly comparable because the platforms serve different primary use cases.

Frequently Asked Questions

Is Databricks cheaper than Snowflake?
It depends on the workload. For data engineering and ML, Databricks is typically 30% to 50% cheaper because those workloads run natively on Spark with spot instance savings. For pure SQL analytics, Snowflake is often simpler and comparable in cost. At enterprise scale ($100K+/yr), both platforms offer significant committed-use discounts that make direct comparison harder.
Can Databricks replace Snowflake?
Databricks SQL Warehouses handle many SQL analytics use cases that previously required Snowflake. However, Snowflake excels in areas Databricks cannot match: zero-copy data sharing across organizations, Snowflake Marketplace for data monetization, and the simplicity of a fully managed warehouse with no cluster configuration. Many large organizations run both.
Which is easier to manage?
Snowflake is significantly simpler. No clusters to configure, no instance types to choose, no cloud infrastructure to manage. Virtual warehouses scale with a slider. Databricks requires more operational expertise: cluster sizing, instance selection, auto-scaling policies, spot instance configuration, and monitoring two separate bills (DBU + cloud).
Do companies use both Databricks and Snowflake?
Yes, this is increasingly common. A typical pattern: Databricks for data engineering (ETL pipelines, streaming, ML model training) feeding processed data into Snowflake for SQL analytics and BI. This uses each platform for what it does best. The downside is managing two vendor relationships and two billing structures.
Which has better pricing transparency?
Snowflake is more transparent for budgeting because credits bundle compute costs into one price. Databricks pricing is more transparent about where money goes because you see the DBU charge and cloud charge separately. For financial planning, Snowflake is easier. For cost optimization, Databricks gives you more levers to pull.