

IBM Netezza Performance Server and Apache Spark are contenders in the data warehousing and big data analytics category. IBM Netezza appears to have an advantage in structured data management and speed, whereas Apache Spark stands out with its scalability and compatibility with cloud environments.
Features: IBM Netezza Performance Server offers high-speed parallel processing with Field-Programmable Gate Arrays, effective hardware-software integration for large data sets, and compliance with ANSI SQL, which simplifies deployment. It efficiently handles complex queries with rapid data analysis. Apache Spark is known for in-memory data processing, which enhances high-speed analytics on big data. It supports flexible machine learning libraries, real-time streaming, and integrates with multiple data frameworks, allowing for versatile analytical tasks.
Room for Improvement: IBM Netezza faces challenges in scalability and concurrent query performance under heavy workloads and needs better integration with modern big data ecosystems and cloud services. Apache Spark requires simplification in machine learning usage and better real-time querying capabilities, with users requesting improved memory management and more intuitive interfaces for managing complex data sets.
Ease of Deployment and Customer Service: IBM Netezza offers a robust on-premises experience with an average customer service rating of 8/10. Users find technical support satisfactory, although response times have been a concern post-IBM acquisition. Apache Spark, with its open-source nature, provides flexible deployment across hybrid and public clouds. Customer service is generally aligned with IBM Netezza, but the cost of support for commercial variants like Databricks can be high.
Pricing and ROI: IBM Netezza Performance Server is costly but considered a worthwhile investment for its performance in structured data management, with straightforward licensing but significant operational costs. It delivers high ROI due to its efficiency and speed in data processing. Apache Spark’s open-source nature results in minimal initial costs, though hardware and support expenses can vary based on deployment models. It proves cost-effective when leveraging community support, maintaining low overheads with significant analytical yield.
I have received support via newsgroups or guidance on specific discussions, which is what I would expect in an open-source situation.
Technical support is very costly for me, accounting for twenty-five to thirty percent of the product cost.
It is provided as a pre-configured box, and scaling is not an option.
Apache Spark resolves many problems in the MapReduce solution and Hadoop, such as the inability to run effective Python or machine learning algorithms.
Without a doubt, we have had some crashes because each situation is different, and while the prototype in my environment is stable, we do not know everything at other customer sites.
Various tools like Informatica, TIBCO, or Talend offer specific aspects, licensing can be costly;
The cloud version is only available in AWS, and in the Middle East, it is not well-developed in the Azure environment.
Not all solutions can make this data fast enough to be used, except for solutions such as Apache Spark Structured Streaming.
The solution is beneficial in that it provides a base-level long-held understanding of the framework that is not variant day by day, which is very helpful in my prototyping activity as an architect trying to assess Apache Spark, Great Expectations, and Vault-based solutions versus those proposed by clients like TIBCO or Informatica.
It operates as a high-speed data warehouse, which is essential for handling big data.
| Product | Market Share (%) |
|---|---|
| Apache Spark | 13.9% |
| IBM Netezza Performance Server | 5.0% |
| Other | 81.1% |


| Company Size | Count |
|---|---|
| Small Business | 28 |
| Midsize Enterprise | 15 |
| Large Enterprise | 32 |
| Company Size | Count |
|---|---|
| Small Business | 9 |
| Midsize Enterprise | 5 |
| Large Enterprise | 33 |
Spark provides programmers with an application programming interface centered on a data structure called the resilient distributed dataset (RDD), a read-only multiset of data items distributed over a cluster of machines, that is maintained in a fault-tolerant way. It was developed in response to limitations in the MapReduce cluster computing paradigm, which forces a particular linear dataflowstructure on distributed programs: MapReduce programs read input data from disk, map a function across the data, reduce the results of the map, and store reduction results on disk. Spark's RDDs function as a working set for distributed programs that offers a (deliberately) restricted form of distributed shared memory
IBM Netezza Performance Server offers high performance, scalability, and minimal maintenance. It seamlessly integrates SQL for efficient data processing, making it ideal for enterprise data warehousing needs.
IBM Netezza Performance Server is known for its outstanding data processing capabilities. Its integration of FPGA technology, compression techniques, and partitioning optimizes query execution and scalability. Users appreciate its appliance-like architecture for straightforward deployment, distributed querying, and high availability, significantly boosting operations and analytics capabilities. However, there are areas for improvement, particularly in handling high concurrency, real-time integration, and specific big data functionalities. Enhancements in database management tools, XML integration, and cloud options are commonly desired, along with better marketing and community engagement.
What are the key features of IBM Netezza Performance Server?Industries rely on IBM Netezza Performance Server for robust data warehousing solutions, particularly in sectors requiring intensive data analysis such as finance, retail, and telecommunications. Organizations use it to power business intelligence tools like Business Objects and MicroStrategy for customer analytics, establishing data marts and staging tables to efficiently manage and update enterprise data. With the capacity to handle large volumes of compressed and uncompressed data, it finds numerous applications in on-premises setups, powering data mining and reporting with high reliability and efficiency.
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