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COMPARISON · sorted by weighted score

Mirror comparison matrix

Side-by-side comparison of the six mirrors. Score is uptime + 100/(p50 latency in ms), ranked top first. Pick the top row for a low-friction session.

Rank
Mirror
Uptime
p50
p95
Age d
Score
#1
M-01 primary
torzon4v7bcakvo7qikd…
99.6%
142
380
812
100.30
#2
M-06 mirror
tv4pfwlnoezgtzwrr33f…
99.4%
138
340
95
100.12
#3
M-03 mirror
otw35cxf2rssl23tsvtq…
99.2%
148
395
590
99.88
#4
M-02 mirror
ncmebasolcj2pmw5oy2b…
98.9%
156
420
640
99.54
#5
M-05 mirror
evwigej45n3nywbn3aqd…
98.1%
175
590
210
98.67
#6
M-04 mirror
dgkozv5myc3lfpedjl2k…
97.4%
168
610
320
98.00

Why this scoring

The formula prioritises uptime first (a mirror that is down 5% of the time is useless), then latency (a mirror that responds in 100ms feels twice as fast as one that responds in 200ms). p95 breaks ties when uptime is close.

Ranking is not stable across the day

Tor circuits vary. A mirror ranked #1 at noon may drop to #3 at midnight because the guard node happens to be on a different route. The comparison here uses 30-day aggregates, which smooths out short bumps. For an in-the-moment pick, try the top two and see which opens first.

Age is a secondary signal

Older mirrors have accumulated known-good Tor descriptors and tend to route via reliable guards. Fresh mirrors sometimes bounce for the first week after introduction. If two mirrors score close, prefer the older one.