PacketFabric Latency Metrics

North America

465 pairs · 30 missing
North America round trip latency in milliseconds
ATL BOS CHI CMH DAL DEN DSM GRR HOU IND JAX LAS LAX MAF MCI MIA MSP NYC OMA PDX PHL PHX RIC RNO SAC SEA SFO SLC STL TOR
BOS 25
CHI 14 21
CMH 15 22 9
DAL 13 39 24 30
DEN 32 42 20 30 16
DSM 20 28 6 16 28 13
GRR 17 18 2 13 28 24 10
HOU 12 37 26 27 3 22 33 30
IND 9 26 3 5 24 25 11 8 22
JAX 8 32 22 24 22 41 29 27 21 18
LAS 44 57 37 48 29 16 32 42 34 43 53
LAX 45 52 44 54 30 18 38 48 35 44 54 5
MAF 24 50 36 40 11 30 42 40 13 34 33 43 44
MCI 24 41 20 31 8 10 21 25 15 25 33 29 35 23
MIA 12 38 26 28 26 44 33 31 24 22 5 57 58 37 37
MSP 22 29 7 17 31 28 13 11 34 12 31 45 52 44 29 34
NYC 18 6 15 16 32 36 20 18 31 19 25 53 46 43 34 2 22
OMA 23 30 8 19 27 11 2 13 33 13 32 29 35 42 22 8 16 24
PDX 58 68 41 56 42 25 37 50 48 51 67 22 19 56 35 70 37 43 37
PHL 16 8 15 13 31 37 22 20 29 20 23 53 61 41 34 29 23 2 25 62
PHX 37 49 44 53 22 24 38 48 28 48 47 5 6 36 33 50 52 54 35 29 54
RIC 15 14 19 12 29 41 26 24 28 18 21 59 61 40 35 27 27 7 29 62 5 53
RNO 46 64 42 53 36 21 35 46 43 47 61 6 13 51 31 65 50 53 32 16 58 13 63
SAC — — — — — — — — — — — — — — — — — — — — — — — —
SEA 55 63 40 51 45 28 43 45 51 45 65 26 22 58 38 68 33 56 40 2 57 2 58 19 —
SFO 48 51 45 60 30 28 42 53 47 54 20 12 9 55 38 42 54 50 40 16 66 17 70 6 — 19
SLC 42 52 30 40 27 9 23 33 32 35 51 19 17 40 19 54 38 46 21 15 46 25 51 11 — 19 18
STL 20 27 5 15 15 19 12 9 20 10 29 39 42 34 5 33 13 20 15 44 21 39 26 40 — 44 49 28
TOR 23 16 8 18 34 30 15 13 35 13 32 48 41 46 30 36 16 9 18 55 12 53 18 52 — 50 58 40 14
WDC 13 11 17 10 27 38 23 21 25 15 20 55 58 38 32 26 25 4 27 59 3 8 2 60 — 56 64 48 23 15

Hover over a cell, or select a table and use the arrow keys, to see details here.

All latency values are expressed in milliseconds (ms) and based on the optimal physical layer path. All packets are subject to be routed via an alternate path in the event of a failure on the optimal path. Alternate paths within North America can have an added latency of 2-50ms, and are not covered by the latency guarantee.

Transatlantic

155 pairs · 5 missing
Transatlantic round trip latency in milliseconds
ATL BOS CHI CMH DAL DEN DSM GRR HOU IND JAX LAS LAX MAF MCI MIA MSP NYC OMA PDX PHL PHX RIC RNO SAC SEA SFO SLC STL TOR WDC
AMS 94 69 91 92 106 112 98 88 107 96 101 80 62 117 110 103 99 74 101 76 78 33 83 134 — 133 126 122 97 86 80
BSL 106 81 102 103 120 124 109 99 119 107 113 141 60 131 122 118 110 86 112 150 89 144 95 145 — 144 82 134 109 97 92
CDG 95 69 92 92 91 113 99 88 108 97 102 132 137 121 112 108 100 76 102 139 79 133 85 135 — 134 66 123 98 87 82
FRA 101 76 97 98 115 119 104 93 114 102 108 136 90 126 117 113 105 81 107 145 84 52 90 140 — 139 85 129 104 92 88
LON 87 61 84 84 101 105 91 80 100 89 94 122 84 112 103 71 92 67 94 131 71 125 76 127 — 125 134 115 90 79 73

Hover over a cell, or select a table and use the arrow keys, to see details here.

All latency values are expressed in milliseconds (ms) based on the optimal physical layer path. All packets are subject to be routed via an alternate path in the event of a failure on the optimal path. Alternate paths in between New York and London can have an added latency of 4 to 15ms, and are not covered by the latency guarantee.

Europe

10 pairs · complete
Europe round trip latency in milliseconds
AMS BSL CDG FRA
BSL 10
CDG 14 19
FRA 5 4 19
LON 6 18 7 13

Hover over a cell, or select a table and use the arrow keys, to see details here.

All latency values are expressed in milliseconds (ms) based on the optimal physical layer path. All packets are subject to be routed via an alternate path in the event of a failure on the optimal path.