Amazon Redshift and Snowflake Analytics are competitive in the data warehouse arena, both offering unique advantages. While Redshift is ideal for AWS integration and large-scale data processing, Snowflake's cloud-native design and independent scaling of compute and storage offer flexibility and cost management, giving it the edge in versatility.
Features: Amazon Redshift is known for its scalable node size configuration, seamless support for various file formats, and efficient columnar storage. Its robust AWS integration and enhanced security through VPC configuration also contribute to its strong performance profiles. In contrast, Snowflake's cloud-native architecture excels in scalability and features such as time travel and data sharing. This allows compute and storage scaling to be independent, which is appealing for flexible cost management across multiple cloud platforms.
Room for Improvement: Amazon Redshift could improve its snapshot restoring process for large datasets and enhance its integration with AWS IAM security features. There's also a need for better tools for ETL processes and real-time data integration. Snowflake Analytics could enhance machine learning support and real-time transaction handling. Pricing transparency and data pipeline improvements would benefit its versatility, along with considering on-premises support options.
Ease of Deployment and Customer Service: Redshift supports hybrid and private cloud deployment options and often requires scheduled customer support sessions, while Snowflake's deployment primarily relies on public cloud offerings with some hybrid options. Snowflake provides generally responsive customer support, although improvements in wait times for complex issues could enhance customer experiences. Both platforms offer strong documentation and community support.
Pricing and ROI: Redshift offers competitive pricing models suitable for enterprises capable of managing in-house nodes, presenting favorable options for large-scale processing. In contrast, Snowflake's consumption-based pay-as-you-go pricing is often more appealing for smaller businesses or those with variable workloads due to its dynamic cost management. Snowflake's decoupling of compute and storage, along with usage-based billing, ensures clarity in ROI, supported by robust analytics capabilities.
Whenever we need support, if there is an issue accessing stored data due to regional data center problems, the Amazon team is very helpful and provides optimal solutions quickly.
It's costly when you enable support.
The Snowflake Analytics documentation is excellent.
Recently we had a two-day session where the Snowflake Analytics team provided a demo on Cortex AI and its features.
The technical support for Snowflake Analytics is excellent based on what I have heard from others.
The scalability part needs improvement as the sizing requires trial and error.
Storage is unlimited because they use S3 if it is AWS, so storage has no limit.
It supports both horizontal and vertical scaling effectively.
Maintaining security and data governance becomes easier with an entire data lake in place, and the scalability improves performance.
Amazon Redshift is a stable product, and I would rate it nine or ten out of ten for stability.
Snowflake Analytics has been stable and reliable in my experience.
Snowflake Analytics is stable, scoring around eight point five to nine out of ten.
The Power BI team raised tickets for both Power BI and Snowflake Analytics, and their responses were very good.
They should bring the entire ETL data management process into Amazon Redshift.
Integration with AI could be a good improvement.
AIML-based SQL prompt and query generation could be an area for enhancement.
If it offered flexibility similar to Oracle and supported more heterogeneous data sources and database connectivity, it would be even better.
I would prefer Snowflake Analytics to improve their support response times, as sometimes the responses we receive are not very prompt and ticket assignments may not be timely.
The cost of technical support is high.
It's a pretty good price and reasonable for the product quality.
The pricing of Amazon Redshift is expensive.
Snowflake charges per query, which amounts to a very minor cost, such as $0.015 per query.
Snowflake is better and cheaper than Redshift and other cloud warehousing systems.
Snowflake Analytics is quite economical.
Amazon Redshift's performance optimization and scalability are quite helpful, providing functionalities such as scaling up and down.
Scalability is also a strong point; I can scale it however I want without any limitations.
The specific features of Amazon Redshift that are beneficial for handling large data sets include fast retrieval due to cloud services and scalability, which allows us to retrieve data quickly.
Running a considerable query on Microsoft SQL Server may take up to thirty minutes or an hour, while Snowflake executes the same query in less than three minutes.
Snowflake Analytics supports data security with a single sign-on feature and complies with framework regulations, which is highly beneficial.
It is a data offering where I can see data lineage, data governance, and data security.
| Product | Market Share (%) |
|---|---|
| Amazon Redshift | 7.6% |
| Snowflake Analytics | 1.1% |
| Other | 91.3% |
| Company Size | Count |
|---|---|
| Small Business | 27 |
| Midsize Enterprise | 21 |
| Large Enterprise | 28 |
| Company Size | Count |
|---|---|
| Small Business | 10 |
| Midsize Enterprise | 12 |
| Large Enterprise | 21 |
Amazon Redshift is a fully administered, petabyte-scale cloud-based data warehouse service. Users are able to begin with a minimal amount of gigabytes of data and can easily scale up to a petabyte or more as needed. This will enable them to utilize their own data to develop new intuitions on how to improve business processes and client relations.
Initially, users start to develop a data warehouse by initiating what is called an Amazon Redshift cluster or a set of nodes. Once the cluster has been provisioned, users can seamlessly upload data sets, and then begin to perform data analysis queries. Amazon Redshift delivers super-fast query performance, regardless of size, utilizing the exact SQL-based tools and BI applications that most users are already working with today.
The Amazon Redshift service performs all of the work of setting up, operating, and scaling a data warehouse. These tasks include provisioning capacity, monitoring and backing up the cluster, and applying patches and upgrades to the Amazon Redshift engine.
Amazon Redshift Functionalities
Amazon Redshift has many valuable key functionalities. Some of its most useful functionalities include:
Reviews from Real Users
“Redshift's versioning and data security are the two most critical features. When migrating into the cloud, it's vital to secure the data. The encryption and security are there.” - Kundan A., Senior Consultant at Dynamic Elements AS
“With the cloud version whenever you want to deploy, you can scale up, and down, and it has a data warehousing capability. Redshift has many features. They have enriched and elaborate documentation that is helpful.”- Aishwarya K., Solution Architect at Capgemini
Conventional data platforms and big data solutions struggle to deliver on their fundamental purpose: to enable any user to work with any data, without limits on scale, performance or flexibility. Whether you’re a data analyst, data scientist, data engineer, or any other business or technology professional, you’ll get more from your data with Snowflake.
To achieve this, we built a new data platform from the ground up for the cloud. It’s designed with a patented new architecture to be the centerpiece for data pipelines, data warehousing, data lakes, data application development, and for building data exchanges to easily and securely share governed data. The result, A platform delivered as a service that’s powerful but simple to use.
Snowflake’s cloud data platform supports a multi-cloud strategy, including a cross-cloud approach to mix and match clouds as you see fit. Snowflake delivers advantages such as global data replication, which means you can move your data to any cloud in any region, without having to re-code your applications or learn new skills.
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