To celebrate the upcoming launch of the Utah Science, Technology, Engineering and Math (STEM) Bus, the Broadband Outreach Center recently did an analysis of residential broadband coverage in each of the state’s 41 school districts. In this month’s maps, the percentage of addressed properties with 3 levels of residential broadband service, is shown for each school district (see summary table also).
The July 2016 Map of the Month mashes Utah’s map layer of addressed property locations with the highest advertised speeds for residential class broadband service statewide. The results show, in map and graph format, another way to measure the level of basic service available to Utah residents, visitors, and small business. Continue reading
The Utah Broadband Outreach Center in the Governor’s Office of Economic Development (GOED) released an updated residential broadband map today, providing an enhanced tool to help businesses and consumers locate available services in their communities.
Last fall, the Broadband Outreach Center’s mapping team worked with 23 Utah broadband providers to update the residential broadband map. An additional 14 broadband providers confirmed no updates. This was the first time map updates were actively collected by the team since the Broadband Outreach Center was created and broadband provider participation was as high as it has been in the last 5 years. To learn more about the Center’s map data efforts, check out the data submission guidance webpage. Continue reading
Happy New Year and welcome to the first 2016 installment of the Broadband Outreach Center’s Map of the Month series.
This month we’ve mashed up two state-by-state level datasets that, together, show relationships between access of high speed Internet and overall employment rates. The map color codes each state into one of nine classes, each of which considers broadband and employment rates together.
Since its inception in April 2012, over 40 maps have been published in the Utah Broadband Outreach Center‘s Map of the Month series. And, that’s in addition to the BOC’s mainstay maps like the residential broadband service map and locate.utah.gov, the commercial fiber availability map. For this end of the year addition to the MOTM series, we have reorganized BOC maps and map apps into an all-in-one online map gallery. The gallery presents overview graphics and text descriptions for each map. Continue reading
The November 2015 Map of the Month shows, at a statewide scale, the current commercial fiber-based broadband service availability reported to the Broadband Outreach Center for inclusion on the locate.utah.gov site.
The Utah Economic Development Map (locate.utah.gov), which was released in May, features the availability of fiber broadband service together with other considerations attractive to relocating businesses such as utility, transportation, education, and recreation resources.
The fiber broadband service on this interactive web map is portrayed using 1 km hexagons (diameter), according to two general categories of service:
- Short Order Fiber Service Availability (typically within 30 days), and
- Custom Order Fiber Service (typically within 9 months).
The Utah Broadband Project contracted with Isotrope, LLC to perform a mobile broadband drive test along over 6,000 miles of Utah’s highways and major roads. This dataset was used for comparison purposes to verify coverage areas and speed data submitted to the Project,the NTIA and FCC. The dataset is also useful as it provides insight,, albeit at the time of collection only, in to typical network performance that consumers experience.
Since the speed test platform collected observations every second (or every 15 seconds in the case of the 2013 4G/LTE-specific tests) for each provider, the raw dataset is quite large, with millions of data points. The dataset was difficult to analyze, visualize, and compare because of the sheer number and the density of observation points.
In an effort to create a summary product from the raw data files, a unique approach was taken that aggregates observations to road segments of a near uniform size (0.5 miles). Continue reading