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Overland links

A link here is a pair of cities between which we keep measuring. For each one we know the usual delay, the usual number of network hops and the usual path across operators. When any of that changes, the link says so.

Links measured: 49

LinkUsual delayHopsNow
Almaty and Jerusalem 159 ms 20 Traffic takes a different path
Almaty and Kyiv 117 ms 16 In line with the usual
Almaty and Minsk 67 ms 20 In line with the usual
Almaty and Moscow 58 ms 20 In line with the usual
Almaty and Odesa 125 ms 20 In line with the usual
Almaty and Rostov-on-Don 73 ms 20 In line with the usual
Almaty and Saint Petersburg 90 ms 20 In line with the usual
Almaty and Sevastopol 81 ms 20 In line with the usual
Almaty and Tbilisi 147 ms 20 In line with the usual
Almaty and Yekaterinburg 74 ms 17 In line with the usual
Jerusalem and Kyiv 83 ms 15 In line with the usual
Jerusalem and Minsk 103 ms 20 In line with the usual
Jerusalem and Moscow 102 ms 20 In line with the usual
Jerusalem and Odesa 90 ms 20 In line with the usual
Jerusalem and Rostov-on-Don 124 ms 20 In line with the usual
Jerusalem and Saint Petersburg 112 ms 20 Traffic takes a different path
Jerusalem and Sevastopol 131 ms 20 In line with the usual
Jerusalem and Tbilisi 104 ms 18 In line with the usual
Kyiv and Minsk 25 ms 10 In line with the usual
Kyiv and Moscow 69 ms 13 In line with the usual
Kyiv and Odesa 9 ms 7 In line with the usual
Kyiv and Rostov-on-Don 108 ms 10 Traffic takes a different path
Kyiv and Saint Petersburg 83 ms 17 In line with the usual
Kyiv and Sevastopol 95 ms 17 In line with the usual
Kyiv and Tbilisi 57 ms 11 In line with the usual
Minsk and Moscow 16 ms 20 In line with the usual
Minsk and Odesa 47 ms 20 In line with the usual
Minsk and Rostov-on-Don 33 ms 20 In line with the usual
Minsk and Saint Petersburg 44 ms 20 In line with the usual
Minsk and Sevastopol 57 ms 20 In line with the usual
Minsk and Tbilisi 83 ms 20 In line with the usual
Moscow and Odesa 69 ms 20 In line with the usual
Moscow and Tbilisi 93 ms 20 In line with the usual
Odesa and Rostov-on-Don 57 ms 20 Slower than usual
Odesa and Saint Petersburg 76 ms 20 In line with the usual
Odesa and Sevastopol 34 ms 20 In line with the usual
Odesa and Tbilisi 49 ms 17 In line with the usual
Rostov-on-Don and Tbilisi 93 ms 10 In line with the usual
Saint Petersburg and Tbilisi 95 ms 20 In line with the usual
Sevastopol and Tbilisi 127 ms 20 In line with the usual
Yekaterinburg and Jerusalem 120 ms 19 In line with the usual
Yekaterinburg and Kyiv 94 ms 11 In line with the usual
Yekaterinburg and Minsk 41 ms 15 In line with the usual
Yekaterinburg and Moscow 24 ms 20 In line with the usual
Yekaterinburg and Odesa 94 ms 19 In line with the usual
Yekaterinburg and Rostov-on-Don 47 ms 20 In line with the usual
Yekaterinburg and Saint Petersburg 57 ms 20 In line with the usual
Yekaterinburg and Sevastopol 58 ms 20 In line with the usual
Yekaterinburg and Tbilisi 119 ms 20 Slower than usual

Delay is the round trip in milliseconds, measured every few minutes and taken as the middle value over seven days. Hops are the network devices a packet passes on the way.

See also: Network radar Latency between countries Live map

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