Super fast Goanna-based browser designed for the best possible performance

Pale Moon (32-bit)

Pale Moon (32-bit)

  -  29.83 MB  -  Open Source
  • Latest Version

    Pale Moon 34.3.0 (32-bit) LATEST

  • Review by

    Juan Garcia

  • Operating System

    Windows 7 / Windows 8 / Windows 10

  • User Rating

    Click to vote
  • Author / Product

    Moonchild Productions / External Link

  • Filename

    palemoon-34.3.0.win32.installer.exe

  • MD5 Checksum

    ffacc8bed19fe02272ea4687b608ba9a

Pale Moon 32bit is an Open Source, Goanna-based web browser available for Microsoft Windows and Linux (with other operating systems in development), focusing on efficiency and ease of use. Make sure to get the most out of your browser!

Pale Moon offers you a browsing experience in an internet browser completely built from its own, the independently developed source that has been forked off from Firefox/Mozilla code, with carefully selected features and optimizations to improve the browser's speed, resource use, stability, and user experience, while offering full customization and a growing collection of extensions and themes to make the browser truly your own.

Features and Highlights
  • Optimized for modern processors
  • Based on the optimized layout engine (Goanna)
  • Safe: forked from mature Mozilla code and regularly updated
  • Secure: Additional security features and security-aware development
  • Supported by a friendly, active community of users
  • Familiar, efficient, fully customizable interface
  • Support for full themes: total freedom over any element's design
  • Support for easily-created lightweight themes (skins)
  • Smooth and speedy page drawing and script processing
  • Increased stability: experience fewer browser crashes
  • Support for many Firefox extensions
  • Support for a growing number of PaleMoon exclusive extensions
  • Extensive and growing support for HTML5 and CSS3
  • Many customization and configuration options
  • Able to import existing Firefox profiles with the migration tool
FAQ

Can I use modern Firefox extensions with Pale Moon?
No, it supports legacy Firefox extensions but is incompatible with WebExtensions. However, the browser offers an extensive catalog of alternative add-ons.

Is Pale Moon secure?
Yes, Pale Moon is secure, with regular updates to address vulnerabilities. However, users should keep the browser updated to the latest version.

Does Pale Moon support DRM-protected content?
No, Pale Moon does not natively support DRM (Digital Rights Management), which might restrict access to some streaming services like Netflix.

Can I sync data across devices?
It offers a sync feature, but it is less robust compared to mainstream browsers like Chrome or Firefox.

What makes Pale Moon different from Firefox?
This software is lighter, retains support for legacy features/extensions, and offers a more customizable interface compared to Firefox.

Alternatives

Firefox
A modern, feature-rich browser with extensive add-ons and high performance. Great for users who prioritize security and modern web standards.

Waterfox
A Firefox fork emphasizing privacy and legacy extension support.

Opera
Known for its built-in VPN, Opera is a user-friendly alternative offering unique features like a sidebar messenger.

Brave
A privacy-focused browser with built-in ad-blocking and cryptocurrency integration.

Vivaldi
Highly customizable and modern, Vivaldi caters to users who want extensive control over their browsing experience.

Pricing

The program is completely FREE and open-source, with no paid versions or features hidden behind a paywall.

System Requirements
  • Operating System: Windows 11, 10, 8 or 7
  • Processor: Modern CPU with SSE2 support.
  • Memory: 256 MB RAM (512 MB recommended).
  • Disk Space: 30 MB for installation.
  • Graphics: DirectX 9-capable GPU for hardware acceleration (optional).
PROS
  • Lightweight and resource-efficient.
  • Highly customizable interface.
  • Supports legacy extensions.
  • Privacy-focused with no telemetry.
  • Open-source and community-driven.
CONS
  • Limited support for modern WebExtensions.
  • Incompatibility with some websites and DRM content.
  • Lacks advanced sync features found in mainstream browsers.
Also Available: Pale Moon (64-bit)

Why is this app published on FileHorse? (More info)
  • Pale Moon 34.3.0 (32-bit) Screenshots

    The images below have been resized. Click on them to view the screenshots in full size.

    Pale Moon 34.3.0 (32-bit) Screenshot 1
  • Pale Moon 34.3.0 (32-bit) Screenshot 2
  • Pale Moon 34.3.0 (32-bit) Screenshot 3

What's new in this version:

New features:
- Added powerPreference to canvas WebGL context for web compatibility
- Implemented support for the lch color space in CSS
- Added a base implementation for CSS stylesheet constructors
- Added a base implementation for CSS aspect-ratio sizing
- Added support for CSS min(), max() and clamp() functions
- Added support for CSS logical border radius properties
- Added support for ranges in CSS media queries
- Added support for CSS shadow parts
- Added support for degenerate CSS values infinity, -infinity and NaN
- Implemented full LoongArch64 Baseline/Ion/WASM JIT compiler support
- Added AV1 decoding with Dav1d for more performant AV1 video playback on 64-bit builds. See implementation notes
- Note: AV1 is now enabled by default on Dav1d-supported configurations
- Added ES2024 Arraybuffer transfer APIs (resize, transfer, transferToFixedLength, detached, maxByteLength and resizable)
- Added support for growable/resizable SharedArrayBuffers and DataViews
- Added ES2024 grouping builtins (map .groupBy)
- Added ES2024 resolver builtins (.withResolvers())
- Added ES2024 String well-formed functions (.isWellFormed() and .toWellFormed())
- Added support for symbols as weak collection keys
- Added support for Atomics.waitAsync
- Added support for FinalizationRegistry (part of the WeakRef spec)

Changes/fixes:
- Switched our build system to Python 3. See implementation notes
- Linux: removed dbus-glib dependency
- Linux: Added EGL as a preferred OpenGL provider with GLX fallback; GLX remains the configured default as there are still some unresolved issues with EGL
- Improved JS performance by porting across various enhancements from Mozilla
- Fixed various application crashes
- Further improved compatibility with building for Loongson architectures
- Further improved hardware accelerated decoding of WMF videos
- Fixed ARM assembler issues in the Goanna back-end
- Improved parallel JS parsing tasks
- Improved CSS handling of calc() for web compatibility, allowing it in many more places (e.g. color() and z-index)
- For compatibility and performance reasons, we still strongly recommend that you use CSS variables to make calculations where possible
- Ported several smaller performance improvements from the Dactyloidae project
- Aligned CSS border width calculations with mainstream, for web compatibility. Please note that this may impact some themes that might rely on fractional border rounding (instead of truncation)
- Removed the CloudFlare workaround introduced in 34.2.0 as it should no longer be necessary with general image size handling improvements. The preference will no longer do anything
- White-listed driver vendors for VMWare, VirtualBox, VirtIO and Parallels to allow hardware accelleration as much as possible in VM environments
- Changed the implementation of WeakRef support to be always enabled in its full implementation
- Fixed some build issues on NetBSD
- Mac: Fixed a pertinent crash due to font handling on OS X 10.7 through 10.11
- Mac: Fixed build compatibility with 32-bit MacOS and Mac on PowerPC hardware
- Fixed a devtools crash on Big Endian machines
- Fixed an issue causing rendering artifacts on excessively large border-radius values (e.g. Tailwind CSS)

Security fixes:
- Fixed a stack corruption issue in nsLocaleService that could lead to crashes
- Implemented some ANGLE upstream fixes
- Updated NSS to 3.90.11 (UXP), picking up a number of upstream security fixes
- Another large security audit was performed of 190 security-sensitive reported bugs. Many security issues were addressed, including potential crash scenarios and code correctness issues.
- As a summary: 18 potential vulnerabilities were found applicable and fixed, another 18 issues had DiD code changes applied, and 4 were already mitigated by us before being reported. Of the reported security bugs, 150 were not applicable to our code (with a good portion once again pertaining to e10s/multi-process browser architectures).