Data ingestion from Oracle EBS

[pallavi_r]

Hi Team,

What is the ideal way to ingest data from Oracle EBS to MS Fabric. Should we use Dataflow gen 2, Data Pipeline Copy activity or Notebook. Kindly advise.

Thanks,

Pallavi

[Anonymous · Accepted solution]

Hi @pallavi_r ,

First of all, if you're trying to strike a balance between ease of use and functionality, Dataflow Gen2 is a great.

If you're working for large-scale, repeatable workflows, Data Pipeline Copy Activities are a great choice.

For highly customized and complex scenarios, notebooks can provide maximum flexibility and control.

Dataflow Gen 2:

1. Best for: Code-free data preparation, cleaning, and transformation.

2. Advantages: Easy to use with a graphical interface, supports complex transformations, and integrates well with other Fabric services.

3. Limitations: May not be the best choice for very large datasets or highly complex ETL processes.

Data Pipeline Copy Activity:

1. Best for: Robust, repeatable data ingestion workflows.

2. Advantages: Supports large volumes of data, can be scheduled, and offers a low-code experience. Ideal for full ETL processes.

3. Limitations: Currently, it may have limitations with on-premises Oracle databases.

Notebook:

1. Best for: Custom, code-rich data ingestion and transformation.

2. Advantages: Highly flexible, supports complex logic and custom scripts, and can handle large datasets efficiently.

3. Limitations: Requires coding knowledge and may be more complex to set up and maintain.

Best Regards

Yilong Zhou

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[Anonymous · Accepted solution]

Hi @pallavi_r ,

First of all, if you're trying to strike a balance between ease of use and functionality, Dataflow Gen2 is a great.

If you're working for large-scale, repeatable workflows, Data Pipeline Copy Activities are a great choice.

For highly customized and complex scenarios, notebooks can provide maximum flexibility and control.

Dataflow Gen 2:

1. Best for: Code-free data preparation, cleaning, and transformation.

2. Advantages: Easy to use with a graphical interface, supports complex transformations, and integrates well with other Fabric services.

3. Limitations: May not be the best choice for very large datasets or highly complex ETL processes.

Data Pipeline Copy Activity:

1. Best for: Robust, repeatable data ingestion workflows.

2. Advantages: Supports large volumes of data, can be scheduled, and offers a low-code experience. Ideal for full ETL processes.

3. Limitations: Currently, it may have limitations with on-premises Oracle databases.

Notebook:

1. Best for: Custom, code-rich data ingestion and transformation.

2. Advantages: Highly flexible, supports complex logic and custom scripts, and can handle large datasets efficiently.

3. Limitations: Requires coding knowledge and may be more complex to set up and maintain.

Best Regards

Yilong Zhou

If this post helps, then please consider Accept it as the solution to help the other members find it more quickly.

[pallavi_r]

Hi @Anonymous ,

Thanks for your reply.

I have few more queries. Please bear with me in answering these.

1. There is no direct connector to Oracle EBS. We can only connect to Oracle Database only. Is that so?

2. Can I achieve mass ingestion/one time full load also with notebook or data pipeline copy activity?

3. For scheduled incremental refresh, can I use metadata diven ingestion using data pipeline and notebook?

Thanks,

Pallavi

[Anonymous · Accepted solution]

Hi @pallavi_r ,

To your first question, I don't think many integration tools have a direct connector specifically for Oracle E-Business Suite (EBS). Typically, you need to connect to the underlying Oracle database.

For your second question, you can use a notebook or a data pipeline replication activity to achieve a bulk import or a complete one-time load. Data pipeline replication activities are particularly well suited to large-scale, repeatable workflows that can efficiently process large amounts of data. Notebooks offer greater flexibility and control and are particularly suited to complex scenarios, but require coding knowledge.

For your third question, you can use metadata-driven ingestion that utilizes data pipelines and notebooks for timed incremental refreshes. This approach allows you to manage and automate the incremental loading process with metadata, enabling dynamic and flexible data handling. This approach works well for working with large data sets and maintaining up-to-date data.

Best Regards

Yilong Zhou

If this post helps, then please consider Accept it as the solution to help the other members find it more quickly.