WinOLS is a specialized software application designed with a primary focus on the alteration of Electronic Control Unit (ECU) memory contents. This versatile tool simplifies the process of searching and locating maps embedded within these memory structures, enabling users to assign custom names, view them in various ways, and implement alterations as needed.
The functionality of WinOLS extends far beyond a simple viewing tool, as it equips users with a range of powerful functions to edit these maps effectively. Whether you're adjusting fuel injection parameters, turbocharger settings, or any other critical engine performance parameters, WinOLS offers the capability to modify the data comprehensively.
All the data and maps manipulated during these processes are neatly organized and stored within project files. These project files serve as a repository for all the essential information accumulated throughout the analysis and modification of a particular ECU. Moreover, users can supplement these files with additional details such as customer names, vehicle identification numbers, and even image files for reference.
One of WinOLS' standout features is its versioning system, which allows for the preservation of various modifications as distinct 'versions.' These versions are not only safeguarded but also can be meticulously documented with comments, ensuring traceability and auditability. Users can maintain a vast library of up to 200 versions derived from a single original file, providing a comprehensive history of changes made over time.
In addition to its powerful functionalities, WinOLS streamlines project management by presenting all modified projects in a readily accessible list. This list is thoughtfully equipped with filters and sorting capabilities, making it effortless to locate and revisit previously modified projects. For further information on WinOLS, including details on its features, capabilities, and any additional resources or support, it is advisable to reach out to EVC's official website. They can provide a comprehensive overview of the application and its potential benefits in the realm of ECU memory modification.