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IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_latency Verizon Enterprise Latency Statistics (ms) lat_latency || lat_latency

Verizon Enterprise Latency Statistics (ms)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
Trans Atlantic (90.000) 70.118 70.674 70.612 70.916 70.879 70.904 70.917 70.504 71.202 70.868 71.076 71.089
Europe (30.000) 14.154 14.061 14.138 13.983 13.564 13.544 14.118 14.648 14.683 14.718 14.765 14.729
North America (45.000) 32.841 32.134 32.119 32.278 32.437 32.400 32.723 33.047 32.977 32.936 32.754 33.025
Intra-Japan (30.000) - - - - - - - - - - - -
Trans Pacific (160.000) 112.912 112.984 112.388 111.920 116.019 112.988 111.629 112.456 110.886 112.991 115.144 115.511
Asia Pacific (125.000) 82.997 89.128 90.441 91.450 89.354 91.403 88.780 90.894 89.573 87.442 88.391 88.816
Latin America (140.000) 30.389 30.818 32.571 33.478 33.532 33.621 37.407 64.560 72.555 50.794 37.495 82.476
EMEA to Asia Pacific (250.000) 116.637 116.348 117.262 115.447 115.144 115.201 116.725 116.817 117.038 117.273 117.282 117.426

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_lat2us Verizon Enterprise Latency Statistics for Country Specific Metrics (ms) lat_lat2us || lat_lat2us

Verizon Enterprise Latency Statistics for Country Specific Metrics (ms)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
Hong Kong to US (230.000) 145.209 144.490 144.882 149.739 148.268 143.466 143.593 146.916 148.008 151.971 147.039 149.090
Singapore to US (260.000) 173.299 175.722 175.455 174.445 174.362 174.247 173.122 171.411 170.559 174.324 170.116 173.492
Australia to US (210.000) 152.254 152.253 152.602 152.656 152.594 152.506 152.520 152.522 152.581 152.485 152.632 152.887
Argentina to US (160.000) 118.070 117.751 129.128 140.612 131.317 118.535 118.913 150.976 158.656 127.988 120.658 118.744
Chile to US (150.000) - - 162.974 155.533 130.049 99.619 99.971 98.230 97.866 97.659 104.172 97.323
Colombia to US (95.000) - - - - - - - - - - - -
Panama to US (60.000) - - - - - - - - - - - -
Venezuela to US (110.000) - - - - - - - - - - - -
NA to India (380.000) 204.847 204.532 204.862 204.058 204.875 205.070 206.333 206.409 208.006 208.944 209.516 208.799
NA to Intra EMEA (110.000) 85.549 85.624 85.588 85.551 85.499 85.552 85.535 85.513 85.388 85.202 85.232 85.217
NA to Korea (200.000) 142.223 143.167 143.518 146.739 148.764 152.922 147.711 143.154 143.358 147.264 145.793 148.780
NA to Taiwan (220.000) 142.462 142.376 142.396 142.572 142.490 142.823 140.181 138.020 137.885 140.404 139.022 144.725
Hongkong to Sydney (180.000) 122.761 122.681 122.952 122.656 122.486 123.020 121.218 124.028 125.286 123.831 123.130 122.380
Hongkong to Singapore (65.000) 33.886 33.881 34.306 34.054 34.013 33.978 34.108 36.377 34.277 34.362 34.363 34.125
Hongkong to Tokyo (125.000) 48.122 47.226 47.115 52.028 50.729 46.201 45.897 45.862 46.941 49.027 47.919 50.214
Singapore to Sydney (150.000) 90.249 89.582 87.298 87.340 87.302 88.029 88.348 92.828 93.137 88.950 87.220 87.236
Singapore to Tokyo (115.000) 72.222 72.429 72.311 76.323 76.684 76.547 78.928 78.917 75.735 72.215 73.900 76.740
Sydney to Tokyo (150.000) 114.241 114.295 114.214 114.171 114.212 148.984 114.168 114.093 114.149 114.109 114.144 114.108
Korea to Singapore (200.000) 98.658 99.948 100.216 105.768 107.179 110.408 109.322 107.642 104.884 110.883 105.630 108.912
Korea to Hongkong (155.000) 69.050 79.021 68.305 38.412 47.388 80.884 82.268 80.485 81.449 67.175 62.811 54.635
Korea to Sydney (220.000) 144.568 145.607 145.917 148.936 150.283 185.182 151.610 149.434 148.882 148.803 151.426 150.539
Korea to Tokyo (80.000) - - - - - - - - - - - -
Korea to India (300.000) 156.277 155.484 155.694 158.535 159.119 162.569 159.858 158.784 163.514 167.272 169.028 170.824
Taiwan to Singapore (95.000) 65.253 117.423 126.178 142.433 101.292 83.730 102.027 88.338 57.481 57.731 57.761 59.376
Taiwan to Hong Kong (60.000) 33.688 77.636 77.616 82.645 81.240 82.219 76.660 80.797 90.771 91.766 90.676 92.683
Taiwan to Sydney (240.000) 144.984 144.969 144.889 145.049 144.929 171.862 144.883 146.029 149.739 147.819 147.604 149.795
Taiwan to Tokyo (95.000) - - - - - - - - - - - -
Taiwan to India (170.000) 123.878 167.977 185.803 206.723 153.387 137.668 152.474 141.425 118.089 121.212 123.352 123.872
India to Hongkong (140.000) 92.962 92.771 92.626 92.033 91.593 92.474 92.365 95.420 93.686 93.249 93.264 93.272
India to Singapore (150.000) 38.909 38.746 38.865 39.118 39.168 39.209 38.944 39.186 38.979 39.106 39.164 39.143
India to Sydney (265.000) 149.546 152.089 149.037 148.845 148.067 149.280 147.735 153.006 152.683 150.718 150.183 150.301
India to Tokyo (225.000) 131.128 131.307 130.816 132.352 131.949 133.442 133.715 134.536 132.119 130.933 132.297 134.929
NZ Transpacific (210.000) 174.237 174.273 174.811 174.785 174.761 174.774 174.874 174.941 174.635 174.910 175.006 175.141
NZ to UK (390.000) 263.808 266.688 295.420 296.152 282.318 271.496 267.532 270.112 271.036 266.842 267.505 267.495
India to UK (250.000) 116.637 116.348 117.262 115.447 115.144 115.201 116.725 116.817 117.038 117.273 117.282 117.426
Hongkong to UK (370.000) 187.262 189.128 218.703 217.809 199.548 189.259 187.865 189.556 187.901 187.244 186.188 187.275
UK to Korea (470.000) 204.698 205.850 206.101 209.248 211.458 213.077 231.967 254.432 234.116 236.028 235.601 235.382
Singapore to UK (310.000) 156.965 155.826 183.378 184.174 166.594 156.250 154.299 153.653 154.241 154.784 154.008 154.235
Australia to UK (405.000) 248.101 246.021 274.921 277.170 258.152 247.402 243.449 244.824 247.457 245.909 244.816 244.662
Japan to UK (330.000) 176.228 176.425 176.229 176.258 176.450 173.946 195.909 219.813 198.192 198.467 198.383 198.559
Taiwan to UK (360.000) 204.961 205.445 205.058 205.457 211.158 203.650 232.900 246.082 209.834 214.121 214.301 213.923
NZ to India (290.000) - - - 163.943 168.494 170.588 169.530 174.547 174.743 171.774 170.593 170.644
NZ to Hongkong (230.000) 142.978 142.977 142.888 142.987 143.040 143.653 143.655 147.542 148.320 144.079 143.127 143.174
NZ to Korea (250.000) 167.176 167.134 168.502 174.114 173.929 206.829 175.036 172.939 172.966 174.272 174.539 174.432
NZ to Singapore (190.000) 113.792 113.890 113.064 112.973 113.345 114.205 111.694 117.033 116.137 114.972 113.835 114.276
NZ to Australia (60.000) 24.508 24.451 24.479 24.551 24.548 24.518 24.391 24.708 24.573 24.490 24.651 24.682
NZ to Japan (190.000) 136.877 136.917 136.823 136.779 136.812 168.022 136.646 137.069 136.802 136.723 136.965 137.036
NZ to Taiwan (250.000) 167.245 167.316 167.461 167.599 167.439 191.807 167.357 168.178 171.845 167.996 167.577 169.341
Sydney to Adelaide (40.000) - - - - - - - - - - - -
Sydney to Brisbane (40.000) - - - - - - - - - - - -
Sydney to Melborne (40.000) - - - - - - - - - - - -
Sydney to Perth (80) - - - - - - - - - - - -

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_packet Verizon Enterprise Packet Delivery Statistics (%) lat_packet || lat_packet

Verizon Enterprise Packet Delivery Statistics (%)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
Trans Atlantic (99.500) 99.980 100.000 99.995 99.998 99.995 100.000 99.998 99.991 99.998 99.995 99.993 99.991
Europe (99.500) 99.997 99.999 99.997 99.997 99.996 99.999 99.997 99.994 99.992 99.994 99.992 99.992
North America (99.500) 99.983 99.988 99.988 99.989 99.989 99.989 99.988 99.988 99.990 99.990 99.990 99.988
Intra-Japan (99.000) - - - - - - - - - - - -
Trans Pacific (99.000) 99.984 99.975 99.949 99.944 99.977 99.973 99.986 99.966 99.971 99.979 99.953 99.977
Asia Pacific (99.000) 99.998 99.996 99.996 99.996 99.974 99.982 99.994 99.992 99.996 99.996 99.996 99.991
Latin America (99.000) 99.985 99.991 99.997 99.997 99.999 100.000 99.996 99.998 99.999 99.995 100.000 99.997
EMEA to Asia Pacific (99.000) 99.996 99.998 99.999 99.999 100.000 99.999 99.996 99.999 99.999 99.995 99.999 99.992

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_pack2us Verizon Enterprise Packet Delivery Statistics for Country Specific Metrics(%) lat_pack2us || lat_pack2us

Verizon Enterprise Packet Delivery Statistics for Country Specific Metrics(%)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
Hong Kong to US (99.000) 99.975 99.984 99.979 99.962 99.975 99.980 99.971 99.951 99.984 99.974 99.982 99.924
Singapore to US (99.000) 99.975 99.975 99.970 99.978 99.982 99.978 99.964 99.978 99.980 99.986 99.971 99.984
Australia to US (99.000) 99.960 99.971 99.972 99.966 99.938 99.973 99.974 99.975 99.964 99.977 99.973 99.961
Argentina to US (99.000) 99.991 99.922 99.988 99.994 99.991 99.991 99.992 99.993 99.988 100.000 99.996 99.985
Chile to US (99.000) - - 99.986 99.990 99.993 99.993 99.993 99.994 99.994 99.993 99.996 99.995
Colombia to US (99.000) - - - - - - - - - - - -
Panama to US (99.000) - - - - - - - - - - - -
Venezuela to US (99.000) - - - - - - - - - - - -
NA to India (99.000) 99.983 99.989 99.980 99.979 99.999 99.998 99.987 99.991 99.991 99.986 99.990 99.982
NA to Intra EMEA (99.000) 99.997 99.994 99.987 99.990 99.983 99.975 99.984 99.989 99.997 99.991 99.988 99.995
NA to Korea (99.000) 99.975 99.978 99.940 99.953 99.988 99.987 99.993 99.982 99.987 99.984 99.973 99.977
NA to Taiwan (99.000) 99.975 99.978 99.956 99.962 99.975 99.980 99.986 99.982 99.964 99.958 99.971 99.944
Hongkong to Sydney (99.000) 99.997 99.997 99.995 99.991 99.921 99.970 99.990 99.993 99.992 99.996 99.999 99.956
Hongkong to Singapore (99.000) 99.996 100.000 99.997 99.999 99.999 99.999 99.988 99.981 99.990 99.984 99.993 99.947
Hongkong to Tokyo (99.000) 99.996 99.984 99.974 99.957 99.991 99.993 99.976 99.975 99.982 99.998 99.996 99.988
Singapore to Sydney (99.000) 99.991 99.994 99.999 99.992 99.938 99.946 99.986 99.996 99.993 99.997 99.997 99.993
Singapore to Tokyo (99.000) 99.993 99.982 99.942 99.973 99.991 99.984 99.986 99.991 99.980 99.993 99.987 99.979
Sydney to Tokyo (99.000) 100.000 99.962 99.909 99.982 99.975 99.996 99.976 99.960 99.969 99.991 99.989 99.975
Korea to Singapore (99.000) 99.998 99.996 99.984 99.987 100.000 99.998 99.998 100.000 99.991 99.993 99.984 99.998
Korea to Hongkong (99.000) 100.000 99.987 100.000 99.975 100.000 99.993 100.000 99.987 99.998 100.000 100.000 99.998
Korea to Sydney (99.000) 99.996 99.975 99.972 99.978 99.993 99.987 99.993 99.991 99.993 99.991 99.989 99.988
Korea to Tokyo (99.000) - - - - - - - - - - - -
Korea to India (99.000) 99.991 99.973 99.984 99.987 99.991 99.996 100.000 100.000 99.991 100.000 99.991 99.993
Taiwan to Singapore (99.000) 99.989 99.989 100.000 99.984 99.986 100.000 99.993 100.000 99.998 99.995 100.000 99.995
Taiwan to Hong Kong (99.000) 99.996 99.998 99.993 100.000 99.979 99.984 99.993 99.973 99.996 99.996 99.998 99.998
Taiwan to Sydney (99.000) 99.987 99.973 100.000 99.987 99.982 99.971 99.998 99.998 99.989 99.995 99.991 99.988
Taiwan to Tokyo (99.000) - - - - - - - - - - - -
Taiwan to India (99.000) 99.998 100.000 100.000 99.987 99.988 99.989 99.993 99.998 100.000 99.995 99.998 100.000
India to Hongkong (99.000) 99.993 99.998 99.999 99.997 99.999 100.000 99.998 99.984 99.991 99.994 99.997 99.990
India to Singapore (99.000) 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000
India to Sydney (99.000) 99.988 99.994 99.991 99.994 99.917 99.928 99.999 99.985 99.992 99.988 99.988 99.995
India to Tokyo (99.000) 100.000 99.982 99.981 99.971 99.991 100.000 99.978 99.978 99.989 99.991 99.993 99.998
NZ Transpacific (99.000) 99.971 99.987 99.984 99.978 99.988 99.984 99.981 99.978 99.980 99.986 99.973 99.979
NZ to UK (99.000) 99.999 99.999 99.999 99.998 99.994 99.999 99.995 99.996 99.996 99.999 99.998 99.998
India to UK (99.000) 99.996 99.998 99.999 99.999 100.000 99.999 99.996 99.999 99.999 99.995 99.999 99.992
Hong Kong to UK (99.000) 99.999 100.000 99.997 99.999 100.000 99.997 100.000 99.978 99.989 99.993 99.992 99.947
UK to Korea (99.000) 99.996 99.984 99.995 99.996 99.991 100.000 100.000 99.989 99.996 99.991 99.998 99.986
Singapore to UK (99.000) 99.998 100.000 99.999 100.000 100.000 100.000 100.000 100.000 100.000 99.995 99.994 100.000
Australia to UK (99.000) 99.997 99.998 99.987 99.992 99.948 99.975 99.990 99.991 99.988 99.994 99.988 99.993
Japan to UK (99.000) 99.998 99.964 99.986 99.982 99.986 99.980 99.995 99.996 99.982 99.993 99.984 99.984
Taiwan to UK (99.000) 99.993 99.980 99.988 99.987 99.988 99.994 99.992 99.996 99.997 99.997 99.996 99.997
NZ to India (99.000) - - - 100.000 99.995 99.999 99.998 99.997 100.000 99.999 100.000 99.999
NZ to Hongkong (99.000) 99.999 100.000 100.000 100.000 99.997 100.000 99.992 99.973 99.999 100.000 100.000 100.000
NZ to Korea (99.000) 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000
NZ to Singapore (99.000) 100.000 100.000 100.000 100.000 99.999 99.999 99.992 99.999 99.999 100.000 99.996 100.000
NZ to Australia (99.000) 99.997 99.999 99.994 99.997 99.892 99.975 99.996 99.994 99.991 99.994 99.994 99.993
NZ to Japan (99.000) 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000 100.000
NZ to Taiwan (99.000) 100.000 100.000 100.000 100.000 99.998 100.000 100.000 100.000 100.000 100.000 100.000 100.000
Sydney to Adelaide (99.000) - - - - - - - - - - - -
Sydney to Brisbane (99.000) - - - - - - - - - - - -
Sydney to Melborne (99.000) - - - - - - - - - - - -
Sydney to Perth (99.000) - - - - - - - - - - - -

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_jitter Verizon Enterprise Jitter Statistics (ms) lat_jitter || lat_jitter

Verizon Enterprise Jitter Statistics (ms)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
US, Canada & Mexico Jitter (1.00) 0.020 0.021 0.021 0.021 0.020 0.021 0.019 0.019 0.019 0.019 0.019 0.019
Europe Jitter (1.00) 0 0 0 0 0 0 0 0 0 0 0 0
APAC Jitter (1.00) 0.015 0.013 0.013 0.013 0.013 0.013 0.012 0.014 0.014 0.013 0.013 0.013

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_usmos Verizon Enterprise MOS Statistics lat_usmos || lat_usmos

Verizon Enterprise MOS Statistics
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
US, Canada & Mexico MOS 4.03 4.03 4.03 4.03 4.03 4.03 4.03 4.03 4.03 4.03 4.03 4.03
European MOS 4.05 4.05 4.05 4.05 4.05 4.05 4.05 4.05 4.05 4.05 4.05 4.05
APAC MOS 4.08 4.08 4.08 4.08 4.07 4.08 4.08 4.08 4.08 4.08 4.08 4.08

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_vsatdelay Network Transit Delay lat_vsatdelay || lat_vsatdelay

Network Transit Delay
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
VSAT (ms) (800) 667.589 667.733 669.275 669.787 669.656 669.632 667.488 666.229 665.583 665.349 664.279 663.434

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_vsatguar Network Packet Guarantee (%) lat_vsatguar || lat_vsatguar

Network Packet Guarantee (%)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
VSAT (%) (99) 99.866 99.881 99.850 99.888 99.829 99.904 99.875 99.885 99.896 99.908 99.925 99.785

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_pipdel Private IP US Network Latency (ms) lat_pipdel || lat_pipdel

Private IP US Network Latency (ms)
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
US Network Delay - 29.9 29.9 29.9 29.9 29.8 29.8 29.8 29.8 29.9 30.0 30.1

IP Latency Statistics

Verizon Business is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Data is collected from designated routers in key network hubs world-wide, in 5-minute intervals. Monthly latency and packet delivery statistics are derived from averaging all samples from the previous month.

What are our targets?

Verizon Business Service Level Agreements (SLAs) guarantee

Monthly latency figures of:

  • 45ms or less for regional round trips within North America.
  • 30ms or less for regional round trips within Europe.
  • 90ms or less for transatlantic round trips between London and New York.

Packet delivery of:

  • 99.5 percent or greater for regional round trips within Europe and North America.
  • 99.5 percent or greater for transatlantic round trips between London and New York.

SLA VSAT Statistics

Verizon Enterprise Solutions is constantly measuring the latency (speed) of core areas of its network using data collected by pings via the Internet Control Message Protocol (ICMP).

How is the data collected?

Network Transit Delay is the round trip average monthly delay between the origination and the destination between the in-route and out-route demarcation points.

Network Packet Guarantee is measured based on the percentage of test packets that reach their intended destination, divided by the total number of test packets sent.

What are our targets?

Verizon Enterprise Solutions Service Level Agreements (SLAs) provide:

  • Network Transit Delay - 800 Msec or less for regional round trips within North America
  • Network Packet Guarantee - 99% average or greater for regional round trips within North America

Private IP Network SLA Statistics

Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools. Following are the actual performance measurements for the past 12 months:

How is the data collected?

US Network Delay is calculated by measuring round trip transit delay between Verizon Enterprise Solutions-designated backbone network nodes across the contiguous US PIP Network and averaging the results over a thirty day period.

Network MOS is calculated by sampling performance scores for the EF traffic class, using the standards based E-model (ITU-T G.107), between Verizon Enterprise Solutions-designated backbone network nodes in each specific region and averaging the results over a thirty day period.

What are our targets?

The US Network Delay Service Level Standard is 36ms roundtrip or less using 64-byte packets for measurement. The network monthly average MOS performance for EF traffic is a minimum of 4.0.

VZlatencyController lat_pipmos Private IP Network Mean Opinion Score ('MOS') lat_pipmos || lat_pipmos

Private IP Network Mean Opinion Score ('MOS')
2024 2023
AgostoJulioJunioMayoAbrilMarzoFebreroEneroDiciembreNoviembreOctubreSeptiembre
US Network MOS - 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41
EMEA Network MOS - 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41
APAC Network MOS - 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41 4.41

  

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