Jmp Version History Now

Introduced Text Explorer, allowing users to parse, analyze, and visualize unstructured text data.

Began deep integration with SAS , allowing users to write SAS code directly within JMP.

Features continue to expand on the automated discovery and visualization capabilities seen in New in JMP 19 JMP 18 (2024): jmp version history

For years, JMP remained a Macintosh jewel. But the world was turning beige and boxy with Windows 95. JMP 3 bridged the schism. It ran on both, a statistical diplomat. This version introduced the "JMP Journal"—a living notebook that could embed graphs, results, and your own notes into a single, interactive document. No more copying and pasting into Word; the analysis was the report. Scientists and engineers, tired of the PC vs. Mac wars, finally had a common ground to explore their factorial designs and response surface maps.

This was a pivotal release. JMP 3 introduced the JSL (JMP Scripting Language) . This was a game-changer. While JMP was beloved for its GUI, JSL allowed power users to automate workflows, create custom applications, and extend JMP’s functionality. It bridged the gap between "point-and-click" ease and "programmer" power. Introduced Text Explorer, allowing users to parse, analyze,

As data grew too vast for memory, JMP 17 became a master of connection. It could query databases live, connect to Python, and run SAS code natively. The "New Formula Engine" calculated at blistering speeds. And the "Predictive Modeling" menu—packed with random forests, neural nets, and boosted trees—was no longer a specialist's toy. It was a drop-down menu for everyone.

focused on quality engineering: Control Charts and Measurement Systems Analysis (MSA) became first-class citizens. JMP 6.0 (2005) introduced the JMP Scripting Language (JSL) —a simple but powerful automation tool that let advanced users build custom interfaces and automate workflows. This turned JMP from a point-and-click tool into a development platform. But the world was turning beige and boxy with Windows 95

. It focused on interactive graphics and Design of Experiments (DOE), quickly becoming a favorite for semiconductor manufacturers. JMP 2.0 (1991):

Throughout the early 90s, JMP solidified its place as a premier desktop tool, introducing enhanced modeling capabilities and increasingly sophisticated graphing tools. Expanding Capabilities and Platforms (Late 1990s–2000s)

Basic statistics, regression analysis, and foundational quality control charts. JMP 2 (1991)

In 2016, JMP 14.0 was launched, bringing a new version of JMP Pro. This version introduced advanced features, such as neural networks, gradient boosting, and enhanced simulation capabilities.