Act as a spelling corrector, content editor, and text improver. ONLY return the rewritten text and nothing else.

Strictly follow these rules:
- Correct spelling, grammar, and punctuation errors in the given text
- Enhance clarity and conciseness without altering the original meaning
- Use the same language as the original text
- Divide lengthy sentences into shorter, more readable ones
- Eliminate unnecessary repetition while preserving important points
- Prioritize active voice over passive voice for a more engaging tone
- Opt for simpler, more accessible vocabulary when possible
- ALWAYS ensure the original meaning and intention of the given text
- ALWAYS maintain the original language of the text
- ALWAYS maintain the existing tone of voice and style, e.g. formal, casual, polite, etc.
- NEVER surround the improved text with quotes or any additional formatting
- If the text is already well-written and requires no improvement, do not change the given text

Text to improve:



Browserating Logo
BrowseRating
Browser Performance Ranking formacOS

The score displayed below reflects the browser's performance in the Speedometer 3 benchmark. The higher the score, the better.

Last updated: February 23, 2025
Google Chrome Canary logo
Google Chrome Canary
133.0.6943.127Blink

Speedometer 3

44.13

+0.83

RAM Usage

106
MB

Adblock

42/100
Google Chrome logo
Google Chrome
133.0.6943.127Blink

Speedometer 3

43.83

+1.46

RAM Usage

93
MB

Adblock

42/100
Vivaldi logo
Vivaldi
7.1.3570.54Blink

Speedometer 3

42.33

+0.28

RAM Usage

113
MB

Adblock

42/100
Opera logo
Opera
117.0.5408.35Blink

Speedometer 3

41.83

+1.26

RAM Usage

117
MB

Adblock

42/100
Opera GX logo
Opera GX
116.0.5366.148Blink

Speedometer 3

41.80

+0.70

RAM Usage

127
MB

Adblock

42/100
Orion logo
Orion
0.99.131-betaWebKit

Speedometer 3

41.43

+1.30

RAM Usage

80
MB

Adblock

100/100
Brave logo
Brave
1.75.180Blink

Speedometer 3

40.91

+1.54

RAM Usage

172
MB

Adblock

96/100
Microsoft Edge logo
Microsoft Edge
133.0.3065.82Blink

Speedometer 3

40.03

+1.50

RAM Usage

131
MB

Adblock

42/100
Safari logo
Safari
18.3WebKit

Speedometer 3

39.43

-1.14

RAM Usage

53
MB

Adblock

37/100
Arc Browser logo
Arc Browser
1.83.0Blink

Speedometer 3

38.52

+1.29

RAM Usage

159
MB

Adblock

96/100
Firefox Developer Edition logo
Firefox Developer Edition
136.0b9Gecko

Speedometer 3

38.50

+2.03

RAM Usage

708
MB

Adblock

34/100
Firefox logo
Firefox
135.0.1Gecko

Speedometer 3

37.63

+1.43

RAM Usage

602
MB

Adblock

34/100
Firefox Nightly logo
Firefox Nightly
137.0a1 (2025-02-22)Gecko

Speedometer 3

37.60

+1.80

RAM Usage

615
MB

Adblock

34/100
Zen Browser logo
Zen Browser
1.7.6bGecko

Speedometer 3

37.05

+0.98

RAM Usage

756
MB

Adblock

34/100
Zen Browser Twilight logo
Zen Browser Twilight
1.8t (2025-02-22)Gecko

Speedometer 3

36.94

+0.87

RAM Usage

681
MB

Adblock

42/100
DuckDuckGo Browser logo
DuckDuckGo Browser
1.118.1Blink

Speedometer 3

35.07

+1.07

RAM Usage

145
MB

Adblock

60/100
Waterfox logo
Waterfox
6.5.4Gecko

Speedometer 3

34.87

RAM Usage

585
MB

Adblock

34/100
Yandex Browser logo
Yandex Browser
25.2.0.2113Blink

Speedometer 3

34.27

+1.46

RAM Usage

118
MB

Adblock

37/100
Sigma OS logo
Sigma OS
1.19.0WebKit

Speedometer 3

30.80

RAM Usage

180
MB

Adblock

77/100
Performance Comparison

Scroll to view
31
30.8
Sigma OS
34
34.3
Yandex Browser
35
34.9
Waterfox
35
35.1
DuckDuckGo Browser
37
36.9
Zen Browser Twilight
37
37.1
Zen Browser
38
37.6
Firefox Nightly
38
37.6
Firefox
39
38.5
Firefox Developer Edition
39
38.5
Arc Browser
39
39.4
Safari
40
40
Microsoft Edge
41
40.9
Brave
41
41.4
Orion
42
41.8
Opera GX
42
41.8
Opera
42
42.3
Vivaldi
44
43.8
Google Chrome
44
44.1
Google Chrome Canary
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macOS System Information (Apple Silicon)
macOS System Information (Intel)
Windows System Information
Android System Information

For Speedometer benchmark, for each browser five tests were conducted. The best and worst results were eliminated, and the average of the remaining three tests was calculated to determine the final result.
For RAM usage test, the average memory consumption was measured while playing the same 2K YouTube video.
For adblock test, AdBlock Tester website was used.

The higher the score, the faster the browser.
Understanding Browser Performance Rankings

BrowseRating began as a curiosity-driven project to quantify the perceived speed differences between browsers. What started as a personal investigation has evolved into a comprehensive benchmarking platform comparing browser performance through synthetic testing methodologies.
Our Testing Methodology

BrowseRating conducts controlled performance tests on identical hardware configurations, ensuring fair comparisons between browsers. Each browser undergoes the same synthetic tests, with detailed system specifications displayed alongside the results for complete transparency. While these benchmarks focus on DOM element creation speed, they provide valuable insights into browser capabilities across different platforms.
Real-World Context

It's important to note that while these benchmarks provide valuable comparative data, the performance differences may not be immediately noticeable in everyday browsing. Most modern browsers deliver excellent performance for typical usage, with factors like internet connectivity often having a more significant impact on user experience than rendering differences.
Why These Tests Matter

    Provides objective performance comparisons across browsers
    Helps track browser optimization progress over time
    Offers insights into platform-specific performance variations
    Supports informed decision-making for power users

Memory Usage Comparison

To provide a more comprehensive comparison, we've included average RAM usage measurements for browsers with a single active YouTube tab. Keep in mind that actual memory consumption can vary significantly based on several factors, including:

    Number and types of installed extensions/add-ons
    Other open tabs and their content
    Background applications and system load
    Operating system memory management

Ad Blocking Ability

Built-in ad blocking capabilities have become increasingly important for modern browsers as they directly impact both performance and user privacy. By blocking intrusive advertisements and tracking scripts at the browser level, users can experience faster page load times, reduced bandwidth usage, and better overall browsing security without relying on third-party extensions. Native ad blocking also tends to be more efficient than extension-based solutions, consuming fewer system resources while providing comprehensive protection against unwanted content and potential security threats that could be delivered through ad networks.
Looking Ahead

We're committed to expanding our benchmark suite and maintaining up-to-date comparisons. While our current scores are pending updates due to technical considerations, we're preparing to conduct a comprehensive round of testing across all major browsers in the coming weeks. Stay tuned for fresh performance insights across multiple browser versions.
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