Pale Moon Portable is a speed-optimized version of Firefox
exclusively for modern chipsets, boasting an average 25% speed increase
on many operations. The program requires one of the following
processors:
- Pentium IV, M, or D
- Celeron-M or D
- AMD Opteron / Athlon64 / Sempron
- Any multi-core processor
As a general rule, most computers built after 2005 should work, and Intel-based systems after 2002. See Pale Moon - technical for more information. Unlike Firefox, there is no support for accessibility features or parental controls.
What's new:
This is a major update to the new v15.0 release, to address a fairly large number of issues with the initial version.
Important note:
Important note:
- From this release onwards, the system requirements for your operating system have changed: If you are still running Windows XP, you are required to have Service Pack 3 installed on it, or the browser will not start.
- Restore Windows XP Professional x64 compatibility in the installer.
- Fix the mouse wheel smooth scrolling preferences in the preferences dialog box (did not work in v15.0)
- Prevent memory inflation on some integrated graphics drivers in canvas games
- Fix for private browsing mode (Firefox 15.0.1 top fix)
- Fix for Javascript stability issues on 32-bit versions
- Restore the favicon in the URL bar. (Behavior change: new logic)
- Fix for top level images with transparency (white background)
- Remove noise from top level image background
- Undo the redesign of the Safe Mode dialog box
- Restore Alt-Click save dialog box
- Restore proper identity panel for domain-verified sites (blue panel)
- Restore support for the browser.identity.ssl_domain_display setting
- Restore address bar autofill preference to its desired default state (no autofill)
- Add control for a custom top level image background color
- Implement Direct2D brush caching (performance win)
- Implement multi-threaded box blur (performance win for multi-core systems)
- Add a Profile Reset feature (from Help -> Troubleshooting information)
- Build with a faster floating point method