Skip to content
Home » Key Features of Amazon Redshift

Key Features of Amazon Redshift

Redshift is a cloud-based data Warehousing solution created by Amazon Web Services to manage massive datasets that can reach petabytes. It is compatible with a variety of Business Intelligence tools that enable developers to execute more efficiently and to analyze the entirety of their data. Redshift is a fully-managed data warehouse software with sophisticated capabilities.

There is usually an issue when choosing the right one between Amazon Redshift vs SQL Server. SQL servers are an open-source Relational Database Management System preferred by the majority of developers who want to develop Web-friendly software. Additionally, the software aids in the development and administration of RDBMS systems.

This article offers a thorough analysis of Redshift as well as SQL servers in order to give you an idea of how they operation.

What exactly is Amazon Redshift?

Redshift is a renowned cloud-based data Warehousing solution offered by Amazon Web Services. It assists in data analysis on a massive size and offers speedy processing of queries. Additionally, Redshift is a highly efficient storage system that can handle the data of petabytes. Redshift comes with a variety of tools that aid in the automation of the administrative tasks involved in configuring and monitoring cloud-based data.

It also provides a variety of business intelligence tools to help in the collection, storage, and analyse data. Numerous prominent companies use AWS Redshift due to it being rapid, has high-level security, and permits disaster recovery across multiple regions within a matter of seconds.

What is the reason behind Amazon Redshift SQL?

Amazon Redshift is one of the most efficient and fully-managed data warehouse systems that can support different business intelligence tools for analysing large sets of data and providing insight. Additionally, it provides a variety of options, including data compression and columnar storage, as well as zone maps that aid administrators to reduce the I/O required to run queries.

It features an enormously large parallel processing (MPP) design that lets huge data sets are transformed into smaller tasks. This allows companies to execute high-performance queries with a higher speed. Another benefit of redshift is that users pay only pay for the resources they need. Redshift also has rapid restore and automated backup features.

The Key Features of Amazon Redshift

Network isolation Redshift lets administrators isolate their networks to ensure security. With this feature administrators can set firewall rules, and block access to the network’s Data Warehouse cluster.
Automated Backup and Fast Restore Amazon Redshift automatically creates a backup of any newly created data and stores it for a time period that is set by the user. The users have complete access to reboot the server at any moment through the AWS Management Console.
Fault-Tolerant: Each of the nodes within the cluster is automatically created duplicate copies of the data when the node fails. Additionally, redshift keeps an ongoing backup of the information within the clusters. It is backed up in Amazon S3.
Fully managed database: Amazon Redshift is a full cloud-based solution that monitors health of the cluster it creates an automated backup manages and scales the data warehouses. Administrators can also reduce the size of data according to the needs and requirements. Additionally, it saves energy and time for employees and allows them to concentrate on other areas to achieve more effective outcomes.
Its scalable nature: Redshift offers fast speed and constant performance, with no one point of failure. Redshift is able to perform infinite concurrent queries and keep 8 trillion PB worth of compressed data.
Robust Security It is able to provide the use of granular row and column-level security controls. This means that only authorized users are able to access or access the data. Additionally, Redshift also offers end-to-end encryption and audit logs.

What exactly is SQL Server?

SQL Server is an Relational Database Management System designed specifically to work with Windows applications by Microsoft. It uses a Client-Server structure and can support ANSI SQL. The goal behind the introduction of SQL Service was to allow various users to design and manage RDBMS systems at the same time. The application software is usually employed as a backend system to manage and store all data of the system.

Furthermore, through the proper management of SQL servers, users are able to improve, recover server performance, and improve it. It is simple to install and set up Microsoft SQL Server compared to other software that manages databases. Additionally, it comes with transparent features for data compression as well as other unique features that make it an ideal option among other.

What is the reason for SQL server?

In contrast to other databases management systems, SQL server does not have a lack of consistency. It is a simple user interface, which stores data on the backend, and then processes it. Another aspect that makes it a good alternative is data recovery and restoration.

Nowadays, the majority of companies use the software application because it offers automatic updates that helps to reduce maintenance expenses. It also supports log files and data caching for improved security.

Additionally, the well-known RDBS software minimizes the chance of losing data through the creation of regular backups. You can install the application software by using the wizard for setting up. So, it is easier to reduce manual tasks by using the SQL server.

The Key features of SQL Server

Lower Cost of Ownership SQL server is a database that includes a variety of tools for data mining, partitioning disks and tools to manage data that help businesses in maintaining and storing sensitive data.
Data Recovery and Recovery Features The majority of times the data could be damaged by shutdowns of servers. However, the software has a variety of features that allow developers to make frequent backups, recover and retrieve lost data. Users are able to easily restore all of their databases using SQL servers.
Secured Enhancement: The software utilizes encryption algorithms to ensure that the data protected throughout the day. With encrypted data, hackers are unable to penetrate secure layers. This reduces the chance of attacks and cyberattacks.

The Redshift as well as SQL servers are widely utilized by a variety of developers to store and manage data. This section we’ve constructed contrasts of Redshift and SQL servers in light of the following aspects:

1. Redshift Vs SQL Server: The Purpose

Redshift is implemented using the C language to provide a large-scale Data Warehouse solution that uses Business Intelligence tools to perform analysis. In contrast, MySQL is implemented in C and C++ languages as an open-source RDBMS solution that developers use for backend functions.

2. Redshift and SQL Server The ability to scale

MySQL is able to load small volumes of data more frequently, while redshift is able to load larger volume of data more frequently, however, it is more efficient. Redshift is extremely scalable and can handle the peaks in the workload. Redshift is able to ensure constant SLAs and boost speed of operation by 35 times in a single session.

3. Redshift vs SQL Server: Pricing

Redshift starts the low of $0.25 per hour, and grows to petabytes of data with thousands of users concurrently. You’ll have to pay per hour depending on the number of nodes you use. The pricing in Redshift includes storage as well as computing costs.

SQL server is an individual-core licensing model. Below is the SQL Server pricing model for various versions:

SQL Server Enterprise Edition: $7,128 for each core
SQL Server Standard Edition: $1,859 per core
SQL Server Standard Edition Server licensing $ 931 plus $209 for named user access to client license (CAL)

Redshift is an affordable alternative to SQL server. However, pricing is constantly changing, and there’s always a chance of over-paying.

4. Redshift vs SQL Server: OS Support

MySQL supports various Operating Systems, including Linux, Windows, Solaris, OS X, etc. It is, however, Redshift is a hosted warehouse software that works with all SQL-based clients. It can be used with many applications, such as the business intelligence (BI) tools as well as analytics and tools for reporting to run speedy queries.

5. Redshift vs SQL Server: Cloud Support

Redshift is a cloud-based solution and MySQL is compatible with any environment. Redshift is a data warehouse system that is offered by Amazon which allows users to keep petabytes worth of data in clusters and execute concurrently queries. However, SQL Server is a relational database management software developed for Microsoft for cloud computing and other environments.

6. Redshift and SQL Server Redshift vs SQL Server: Security

Both solutions guarantee that data is protected throughout the day. They include a variety of features that offer more protection to data that is sensitive. MySQL provides data encryption secure connections, secure connections as well as control granularity and authorization features to safeguard the data. But, Redshift provides Load Data Encryption VPCs SSL connections, columns-level Access Control and many more options to protect the data.

7. Redshift and SQL Server: XML and API

MySQL supports XML in its services and makes use of Native API along with JDBC and ODBC connections. On the other hand, Amazon Redshift offers no XML support and permits users to use Business Intelligence tools, in addition to JDBC along with ODBC connections.

Redshift Vs SQL Server Use Cases

Many companies who prefer business intelligence tools that run queries on structured and semi-structured data choose Amazon Redshift. It’s one of the most cost-effective solutions for data warehouse which help to deploy applications more quickly and produce high-quality reports.

Many companies choose Microsoft SQL Server in cases where they require a relational database management software to manage and store information for CRM, ERP Automation, and CRM. Additionally, it is used to provide Kubernetes support.


This article you will learn about the main distinctions in Amazon Redshift vs SQL Server. This article outlined its strengths and the reasons to pick Amazon Redshift or SQL server for managing and storing the data. Redshift is a fully-managed data warehouse system, while SQL Server is a relational database management system. Amazon Redshift is fault-tolerant and features a massively parallel processor (MPP) structure. In contrast, SQL server Client-Server architecture can support ANSI SQL. Both of the tools can be capable of scaling, allowing you to with queries and produce detailed reports to improve performance and better results. So, you should follow the above-listed aspects to evaluate Redshift against SQL server and choose the most suitable option for your company.

If you are collecting and managing your data from multiple apps and databases within your company, it’s crucial to consolidate the data to provide a comprehensive performance analysis of your company. It is however an expensive and time-consuming task to monitor your Data Connectors. In order to do this efficiently it is essential to allocate some of the engineering bandwidth for integrating data from multiple sources, clean and transform it, and then transfer it to an Cloud Data Warehouse like Amazon Redshift and Databases like MS SQL Server, or an alternative destination to additional business Analytics. Each of these issues can be easily resolved with cloud-based ETL tool.