Comprehensive Comparison: Singdata Lakehouse vs. Snowflake, Databricks, and BigQuery
This comprehensive comparison delivers an in-depth analysis of Singdata Lakehouse's positioning and advantages against industry-leading competitors Snowflake, Databricks, and BigQuery.
Our evaluation prioritizes performance and cost—the two factors organizations care about most—before examining three additional dimensions critical for modern data analytics solutions, providing you with a clear and thorough foundation for decision-making.
- Singdata delivers best performance in all 3 scenarios, followed by Snowflake. In real-time analytics testing, Singdata is 2.6x-9.6x faster.
- Singdata is 3x-6x lower in cost than Snowflake and 6x-12x lower than Databricks.
- From an architectural perspective, Singdata offers an advanced Lakehouse architecture similar to Databricks, combined with the ease of use and maintenance-free features akin to Snowflake. It brings together the best of both worlds.
Performance & Cost:
Based on the benchmark performance comparison chart, Singdata demonstrates significant performance advantages across all three tested workloads(For detailed metrics, please refer to the table below.)
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SSB-FLAT 100GB (Real-time Analytics)
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TPC-H 100GB(Small-scale Reporting/BI Workloads)
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TPC-DS 1TB(Complex Queries)
Exceptional performance translates to reduced costs:
Following our summary of Performance and Cost factors, we extend our analysis to cover three additional critical dimensions: Architecture, Scalability, and Use Cases. These five evaluation criteria collectively provide a holistic view of each platform's capabilities, limitations, and ideal implementation scenarios, with detailed metrics presented in the comparative tables below. This comprehensive framework enables you to make an informed decision that aligns with your organization's specific data strategy requirements.
1. Architecture
![]()
Singdata | ![]()
Snowflake | ![]()
Databricks | ![]()
BigQuery | |
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Storage/Compute Separation | Yes | Yes | Yes | Yes |
Supported cloud infrastructure | AWS / GCP / Alibaba Cloud / Tencent Cloud / Huawei Cloud | AWS, Azure, GCP | AWS, Azure, Google Cloud | Google Cloud Only |
Deployment Mode | • SaaS • VPC On Premise | SaaS – Isolated tenancy available via “VPS” tier | Hybrid of SaaS and PaaS(BYOC) | SaaS |
Isolated tenancy – option for dedicated resources | Multi-tenant pooled resources – Isolated tenancy available via “VPC” tier | Multi-tenant pooled resources – Isolated tenancy available via “VPS” tier | Control plane in Databricks account; Data Plane in customer VPC (optional), Storage in customer VPC. Serverless SQL runs in Multi-tenant environment | Multi-tenant pooled resources – “VPC Service Controls” can be used to limit connectivity to your VPC |
Control vs abstraction of compute | Configurable cluster size (1-128 nodes, 256 and 512 in preview) – Compute types: • General Purpose • Analysis Purpos | Configurable cluster size (1-128 nodes, 256 and 512 in preview) – No control over compute types | Configurable clusters and instance types. Serverless option runs in Databricks VPC using containers | Serverless, no control over compute (BigQuery determines how many “slots” each query needs) |
2. Scalability
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Singdata | ![]()
Snowflake | ![]()
Databricks | ![]()
BigQuery | |
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Elasticity – Scaling for larger data volumes and faster queries | Yes Autoscaling cluster with sub-millisecond latency | Yes Cluster resize | Yes Autoscaling clusters in minutes | Serverless or slots autoscaling |
Elasticity – Scaling for higher concurrency | Yes Concurrency Scaling with sub-millisecond latency | Automatic Concurrency Scaling | Partially supported by SQL warehouses 10 queries per cluster limit. | Automatic query execution scaling with multi-slot resource management |
3. Performance
Benchmark | Duration | ![]()
Singdata | ![]()
Snowflake | ![]()
Databricks | ![]()
BigQuery |
---|---|---|---|---|---|
SSB-FLAT 100GB [Real-time Analytics] | Duration(Second) | 1.9 | 5.0 | 12.7 | 9.3 |
Compute Config | XLarge(128 vCore) | XLarge(128 vCore) | Large | Standard 600 Slot | |
TPC-H 100GB [Small-scale Reporting/BI Workloads] | Duration(Second) | 22.7 | 28.36 | 50.6 | 201 |
Compute Config | XLarge(128 vCore) | XLarge(128 vCore) | Large | Standard 600 Slot | |
TPC-DS 1TB [Complex Queries] | Duration(Second) | 208 | 314 | 386 | 1248 |
Compute Config | XLarge(128 vCore) | XLarge(128 vCore) | Large | Standard 600 Slot |
Note For this benchmark, no special tuning was applied. Singdata, Snowflake , Databricks and BigQuery were used with their default settings. |
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4. Cost
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Singdata | ![]()
Snowflake | ![]()
Databricks | ![]()
BigQuery | |
---|---|---|---|---|
Region | AWS, Singapore | AWS, AP Singapore | AWS, AP Singapore | Singapore |
Pricing(USD) | 0.0044 CRU/Second XLarge $1.24/CRU*h Enterprise Edition $0.0055/Second | 0.0044 Credit/Second XLarge $2.50 /credit*h Standard Edition $0.011/Second | $0.0011 DBU /Second SQL Serverless Large $0.88/DBU*h Premium Edition $0.0098/Second | Standard $0.049 slot/hour 300 Slot: $0.0039/Second 600 Slot: $0.0082/Second |
SSB-FLAT 100GB [Real-time Analytics] | $ 0.010 | $0.059 | $0.12 | $0.08 |
TPC-H 100GB [Small-scale Reporting/BI Workloads] | $0.12 | $0.31 | $0.50 | $0.16 |
TPC-DS 1TB [Small-scale ETL Workloads] | $2.21 | $5.39 | $6.32 | $10.23 |
5. Use Cases
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Singdata | ![]()
Snowflake | ![]()
Databricks | ![]()
BigQuery | |
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Batch Data Process | Yes,SQL and Zettapark | Yes,SQL and Serverless Spark | Yes, Spark SQL Declarative ETL framework simplifying batch and streaming development | Yes,SQL and Snowpark |
Continous Pipeline | Streaming Ingestion:Append/Upsert Table Stream , Dynamic Table | Snowpipe Streaming Stream+Task, Dynamic Table | Structured Streaming: Append/Upsert Auto Loader: Automatically detects and processes new data files Delta Live Tables: Supports streaming tables and streaming pipelines | Yes,SQL and Serverless Spark |
BI/Ad-hoc | Yes | Yes | Yes | Yes |
Operational Analytics | Yes Real-time CDC replication Enable sub-second, high-concurrency analytics at scale | Yes Query acceleration: Optimized performance for operational workloads | Limited support | Yes |