Network Performance

Verizon Online

Fios and DSL performance

Results from the FCC’s 2016 study – 2016 Measuring Broadband America - Fixed Broadband Report – show that Verizon’s Fios service delivered median speeds greater than 100 percent of the advertised download speeds. Verizon’s High Speed Internet (DSL) service delivered median speeds within the advertised range of expected speeds.+

Speed tier

Download speed

Upload speed


15/15 Mbps*

19.62 Mbps

14.75 Mbps

14.74 ms

20/5 Mbps*

24.37 Mbps

5.46 Mbps

13.29 ms

25/25 Mbps

27.82 Mbps

26.71 Mbps

11.81 ms

35/35 Mbps*

42.02 Mbps

37.32 Mbps

13.22 ms

50/25 Mbps

55.41. Mbps

26.71 Mbps

11.56 ms

50/50 Mbps

55.41 Mbps

62.90 Mbps

11.56 ms

75/35 Mbps

79.74 Mbps

37.57 Mbps

11.55 ms

75/75 Mbps

79.74 Mbps

85.68 Mbps

11.55 ms

100/100 Mbps**

116.17 Mbps

120.80 Mbps


150/150 Mbps**

150.42 Mbps

162.31 Mbps


300/300 Mbps**

305.83 Mpbs

346.97 Mbps


500/500 Mpbs**

513.60 Mbps

565.39 Mbps


940/880 Mbps**

943.8 Mbps

944.8 Mbps


High Speed Internet (DSL) performance

Our High Speed Internet service is provided over a copper network which is subject to performance variation due to a number of factors including distance from switching stations. Due to these performance variations, this service is sold as a range of expected speeds as opposed to a single value to provide clarity to our customers.

Speed tier

Download speed

Upload speed


0.5-1 Mbps download*
0.384 Mbps upload

0.91 Mbps

0.35 Mbps

37.22 ms

1.1-3 Mbps download
0.384-0.768 Mbps upload

2.48 Mbps

0.63 Mbps

39.65 ms

3.1-7 Mbps download*
0.768 Mbps upload

5.66 Mbps

0.82 Mbps

37.05 ms

7.1-15 Mbps download**
1 Mbps upload

11.32 Mbps



Key definitions

  • Download speed refers to the speed of the connection when downloading from the internet to your computer.
  • Upload speed refers to the speed of the connection when uploading data from your computer to another computer somewhere on the internet.
  • Latency is an expression of how much time it takes for a packet of data to get from one designated point to another. In the Measuring Broadband America study, latency was measured by sending a packet that is returned to the sender and the round-trip time is considered the latency.

+The actual performance of an individual customer's broadband service may vary based on technology, network traffic, and a number of other factors. The information below was derived from various tests and is provided for informational purposes only. It is intended to provide you with an indication of the speeds obtained during such network testing. These results may not be fully representative of each individual customer's experience, and did not include variables such as customer inside wiring and Wi-Fi networks, customer computer configurations, additional customer-generated traffic on the customer’s broadband connection, the performance to specific internet destinations that particular customers may be interested in, the performance of other internet-based content, applications and services, and other such factors.

*This service tier was not included in the FCC’s 2016 study. The FCC’s 2015 study is the source of the data for the Fios 15/15 and 35/35 Mbps tiers and the HSI 0.5-1 Mbps download / 0.384 Mbps upload tier. The FCC’s 2013 study is the source of the data for the Fios 20/5 Mbps tier. The FCC’s 2012 study is the source of the data for the HSI 3.1-7 Mbps download / 0.768 Mbps upload tier.

**This service tier was not included in the FCC’s 2016 study. The data presented here is based on Verizon lab testing of this service tier. Lab testing simulated internet-based network activity in an access network environment.

What factors can cause my service to vary?

The Fios network is used to provide other services, including Fios Video on Demand (VOD). The capacity available for Fios Internet access service may be reduced temporarily during times of significant utilization of Fios VOD in a particular area, if you watch multiple VOD titles simultaneously, or due to other unusual events such as a network outage or failure.

Verizon Online’s internet services are typically configured to use dynamic host-control protocol (DHCP) to provide subscribers with use of an internet protocol address, which may be a publicly routable internet protocol address or a privately managed IP address utilizing CGN (Carrier Gateway NAT) technology. Your broadband router or modem employs network address translation (NAT) to assign additional addresses for use by devices within your home network.

Verizon Business

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.

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.

Private IP Network SLA Statistics

  • Verizon Enterprise Solutions is constantly measuring the performance metrics of its Private IP network utilizing a variety of tools.
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.

Service Performance Information

These internet access services are enterprise-grade internet access services that are engineered to deliver the contracted-for bandwidth over the last-mile connection from your premise to our edge router, and come with a Service Level Agreement that covers various performance metrics, including availability, latency and packet delivery. Verizon Business Internet network performance metrics, including backbone measurements on latency, jitter, packet-loss, and others, are available online.

Why services may vary

Verizon Business offers a wide variety of other IP-based services, which share the Verizon Business network infrastructure with our broadband internet access services. With respect to these IP-based services, Verizon Business also engages in industry standard practices pertaining to capacity planning, network routing actions and failover activities. Despite these practices, there is a possibility that use of these services by you or other Verizon Business customers may affect the performance of your other services.

Verizon Wireless (Mobile service and fixed wireless)

Based on our internal testing and testing commissioned from third-party vendors, Verizon expects customers will experience the following speeds unless such speeds are otherwise managed through video optimization practices described below:


Download speed

Upload speed


5-12 Mbps

2-5 Mbps

3G Ev-DO - VZW - Typical Speeds

-- With Ev-DO Rev A devices

600 Kbps - 1.4 Mbps

500 - 800 Kbps

-- With Ev-DO Rev 0 devices

400-700 Kbps

60-80 Kbps

Verizon Wireless has used sound engineering principles in the design and operation of its broadband network to ensure a good user experience for all customers. An individual user’s experience will vary depending upon many factors, including the network (3G Ev-DO or 4G LTE) the customer is using and the device in use. Verizon Wireless has implemented optimization technologies in its 3G Ev-DO and 4G LTE networks to transmit data files in a more efficient manner to allow available network capacity to benefit the greatest number of users. These techniques include TCP optimization, video caching, and sizing video files more appropriately for mobile devices. The optimization process is agnostic as to the content itself and to the website that provides it. While Verizon Wireless invests much effort to avoid changing text, image, and video files in the optimization process and while any change to the file is likely to be indiscernible, the optimization process may minimally impact the appearance of the file as displayed on a customer's device.

In addition, in order to optimize customers’ video viewing experiences on their devices while ensuring a high quality experience for other users of the network, Verizon seeks to transmit video downloads or streams to smartphones at 720p and to devices with larger screens at 1080p, unless a different video resolution is disclosed in the description of a particular plan. This practice does not make any distinction based on the content of the video or the source website. To achieve this optimization, Verizon limits the throughput speeds of such video downloads or streams (which may be below the 5-12 Mbps 4G LTE download speeds typically provided). This practice results in the video provider’s content server sending the appropriate resolution video file for that speed, if available.

Video speeds may be slower depending on video resolution provided.

For 4G and 3G coverage information, see the Verizon Wireless Coverage Locator.

With respect to latency for use of real-time data applications, Verizon Wireless expects network to device (round-trip) latency to be less than 100 ms on its 4G network and less than 240 ms on its 3G network.

You must be using a 4G LTE device and be within the 4G LTE coverage area to access the 4G LTE network. You must be using a 3G Ev-DO-capable device and be within the 3G Ev-DO coverage area to access the 3G Ev-DO network. Customers with 4G LTE devices will access the 3G Ev-DO network where it’s available outside the 4G LTE coverage area if they have a device that also accesses 3G Ev-DO. Whether you experience these speeds depends on many factors, including among others, the type of device, the programs running on the device, your location, and how many other customers are attempting to use the same spectrum resources (including both mobile broadband internet access and other non-broadband internet access services that share the network, such as Private Network Traffic Management, HD Voice, Push to Talk Plus, and MDM).

Why services may vary: 

An individual user’s experience will vary depending upon many factors, including the network (3G Ev-DO or 4G LTE) the customer is using and the device in use. On certain plans, we may prioritize your data behind other traffic. If the cell site you are connected to begins experiencing high demand during the duration of your session, your data speeds may be slower than the other traffic’s. Once the demand on the site lessens, or if you connect to a different site not experiencing high demand, your speed will return to normal. Any such network management practices will be disclosed in the descriptions of impacted plans.