Ookla finds the third fastest Internet access in the U.S. is located in Longmont, Colorado, reports the Times Call. NextLight, Longmont's gigabit municipal fiber network, is the source of the increase in speeds, driving Longmont's Internet access speeds far beyond any other service in the state.
Ookla clocks average download speed in Longmont as 105 Mbps, which includes all providers in the community. Incumbents Comcast and CenturyLink are dragging down NextLight's average download speed of 221 Mbps. Statewide, Colorado's average is 40 Mbps.
According to the article:
Ookla shows Internet speeds in Longmont shooting up in January and February, when LPC crews began hooking up customers to NextLight in earnest.
NextLight continues to attract residential and business customers. In February, NextLight announced it would be hiring more install crews to meet the high demand for connections. Places without the speed, affordability, and reliability NextLight can offer will find themselves at a disadvantage as economic development increasingly relies on next-generation networks.
The Times Call spoke with Bret McInnis, vice president for information technology for Circle Graphics. The local business switched from CenturyLink to NextLight because it needed better connectivity. Before taking service from NextLight, their maximum capacity connection was 50 Mbps download or upload and it wasn't enough:
Because the images for the canvases use high-resolution photos, they are sent in large files that can range from 100 to 300 megabits in size. The company prints anywhere from 5,000 to 20,000 canvases a day during the busy holiday season.
"We've got more bandwith," McInnis said, standing in front of the five tall black towers of computing equipment that make up the business's data center. "So the NextLight fiber feeds right into this and we used to see peaks with CenturyLink ... you would see periods when we were bursting at our capacity."
Switching to NextLight, McInnis said, means employees can download and upload the high-resolution images much more quickly.
"Now, we can't really overuse it and you don't see peaks like you used to," McInnis said. "That reduced latency, which means we get the files faster, which means we can print faster and get...