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### **Performance**
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The main bottleneck is reading the images. Large images (e.g. from electron microscopy) can exceed the available resources and fail to display. You can increase the amount of memory available to Bioformats for reading large images by increasing the value of the java -Xmx parameter [as explained above](https://git.embl.de/heriche/image-data-explorer/-/wikis/Known%20issues%20and%20troubleshooting#javalangOutOfMemoryError-Java-heap-space). We do however recommend to resize large images to under 2000 x 2000 pixels for use with the IDE.
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The main bottleneck is reading the images. Large images (e.g. from electron microscopy, whole slide imaging) can exceed the available resources and fail to display. You can increase the amount of memory available to Bioformats for reading large images by increasing the value of the java -Xmx parameter [as explained above](https://git.embl.de/heriche/image-data-explorer/-/wikis/Known%20issues%20and%20troubleshooting#javalangOutOfMemoryError-Java-heap-space). We do however recommend to resize large images to under 2000 x 2000 pixels for use with the IDE.
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Data table interactions also get slower as the number of columns increases. |