Choose a data analytics and reporting technology in Azure
The goal of most big data solutions is to provide insights into the data through analysis and reporting. This can include preconfigured reports and visualizations, or interactive data exploration.
What are your options when choosing a data analytics technology?
There are several options for analysis, visualizations, and reporting in Azure, depending on your needs:
Power BI is a suite of business analytics tools. It can connect to hundreds of data sources, and can be used for ad hoc analysis. See this list of the currently available data sources. Use Power BI Embedded to integrate Power BI within your own applications without requiring any additional licensing.
Organizations can use Power BI to produce reports and publish them to the organization. Everyone can create personalized dashboards, with governance and security built in. Power BI uses Azure Active Directory (Azure AD) to authenticate users who log in to the Power BI service, and uses the Power BI login credentials whenever a user attempts to access resources that require authentication.
Jupyter Notebooks provide a browser-based shell that lets data scientists create notebook files that contain Python, Scala, or R code and markdown text, making it an effective way to collaborate by sharing and documenting code and results in a single document.
Most varieties of HDInsight clusters, such as Spark or Hadoop, come preconfigured with Jupyter notebooks for interacting with data and submitting jobs for processing. Depending on the type of HDInsight cluster you are using, one or more kernels will be provided for interpreting and running your code. For example, Spark clusters on HDInsight provide Spark-related kernels that you can select from to execute Python or Scala code using the Spark engine.
Jupyter notebooks provide a great environment for analyzing, visualizing, and processing your data prior to building more advanced visualizations with a BI/reporting tool like Power BI.
Zeppelin Notebooks are another option for a browser-based shell, similar to Jupyter in functionality. Some HDInsight clusters come preconfigured with Zeppelin notebooks. However, if you are using an HDInsight Interactive Query (Hive LLAP) cluster, Zeppelin is currently your only choice of notebook that you can use to run interactive Hive queries. Also, if you are using a domain-joined HDInsight cluster, Zeppelin notebooks are the only type that enables you to assign different user logins to control access to notebooks and the underlying Hive tables.
Microsoft Azure Notebooks
Azure Notebooks is an online Jupyter Notebooks-based service that enables data scientists to create, run, and share Jupyter Notebooks in cloud-based libraries. Azure Notebooks provides execution environments for Python 2, Python 3, F#, and R, and provides several charting libraries for visualizing your data, such as ggplot, matplotlib, bokeh, and seaborn.
Unlike Jupyter notebooks running on an HDInsight cluster, which are connected to the cluster's default storage account, Azure Notebooks does not provide any data. You must load data in a variety of ways, such downloading data from an online source, interacting with Azure Blobs or Table Storage, connecting to a SQL database, or loading data with the Copy Wizard for Azure Data Factory.
- Free service—no Azure subscription required.
- No need to install Jupyter and the supporting R or Python distributions locally—just use a browser.
- Manage your own online libraries and access them from any device.
- Share your notebooks with collaborators.
- You will be unable to access your notebooks when offline.
- Limited processing capabilities of the free notebook service may not be enough to train large or complex models.
Key selection criteria
To narrow the choices, start by answering these questions:
Do you need to connect to numerous data sources, providing a centralized place to create reports for data spread throughout your domain? If so, choose an option that allows you to connect to 100s of data sources.
Do you want to embed dynamic visualizations in an external website or application? If so, choose an option that provides embedding capabilities.
Do you want to design your visualizations and reports while offline? If yes, choose an option with offline capabilities.
Do you need heavy processing power to train large or complex AI models or work with very large data sets? If yes, choose an option that can connect to a big data cluster.
The following tables summarize the key differences in capabilities.
|Capability||Power BI||Jupyter Notebooks||Zeppelin Notebooks||Microsoft Azure Notebooks|
|Connect to big data cluster for advanced processing||Yes||Yes||Yes||No|
|Managed service||Yes||Yes 1||Yes 1||Yes|
|Connect to 100s of data sources||Yes||No||No||No|
|Offline capabilities||Yes 2||No||No||No|
|Automatic data refresh||Yes||No||No||No|
|Access to numerous open source packages||No||Yes 3||Yes 3||Yes 4|
|Data transformation/cleansing options||Power Query, R||40 languages, including Python, R, Julia, and Scala||20+ interpreters, including Python, JDBC, and R||Python, F#, R|
|Pricing||Free for Power BI Desktop (authoring), see pricing for hosting options||Free||Free||Free|
|Multiuser collaboration||Yes||Yes (through sharing or with a multiuser server like JupyterHub)||Yes||Yes (through sharing)|
 When used as part of a managed HDInsight cluster.
 With the use of Power BI Desktop.
 You can search the Maven repository for community-contributed packages.
 Python packages can be installed using either pip or conda. R packages can be installed from CRAN or GitHub. Packages in F# can be installed via nuget.org using the Paket dependency manager.
This article is maintained by Microsoft. It was originally written by the following contributors.
- Zoiner Tejada | CEO and Architect
Submit and view feedback for