Download PDF
LiveAir Networks: Regional Service Provider Innovating High-Quality, High-Speed Network Services to Rural Texas
Technology Category
- Networks & Connectivity - Ethernet
Applicable Industries
- Telecommunications
Applicable Functions
- Logistics & Transportation
Use Cases
- Public Transportation Management
Services
- System Integration
The Challenge
LiveAir Networks, a local wireless ISP launched in 2004 in Smithville, Texas, faced the challenge of providing high-quality internet connectivity to a sparsely populated area where it was too costly for major carriers to offer services. The company needed to scale its operations to deliver Gigabit Ethernet (GbE) access and bandwidth-intensive services, such as video and voice over IP. In 2012, LiveAir began building its 660-mile, monofiber, Dense Wave Division Multiplexing (DWDM) network—dubbed the TexasBone—that would allow the company to extend high-speed fiber optic services to rural homes. Since the TexasBone went live, LiveAir has experienced 300 to 400 megabits of new bandwidth demand every quarter. The company needed a cost-effective, easily manageable, and highly scalable network to deliver high-quality services at competitive prices.
About The Customer
LiveAir Networks is a local wireless Internet Service Provider (ISP) that was launched in 2004 in Smithville, Texas. The company was established to provide high-quality internet connectivity to rural areas in Texas where it was too costly for major carriers to offer services. LiveAir Networks started with a single Point of Presence (POP) located next to a wireless tower with access to carrier fiber. As the company developed its wireless internet business, it realized the need to scale its operations to deliver Gigabit Ethernet (GbE) access and bandwidth-intensive services, such as video and voice over IP. In 2012, LiveAir began building its 660-mile, monofiber, Dense Wave Division Multiplexing (DWDM) network—dubbed the TexasBone—that would allow the company to extend high-speed fiber optic services to rural homes. Since the TexasBone went live, LiveAir has experienced 300 to 400 megabits of new bandwidth demand every quarter.
The Solution
LiveAir built its own infrastructure using deployment techniques that suited their business. They deployed small Point of Presence (POP) that can use commodity computing devices to move data. Each time they added a new POP to the network, they bought the lumber and supplies at the local hardware store, built it in their warehouse, and trucked it to the site. This approach allowed them to grow the network at a fraction of the typical construction costs and redirect more resources into the network. LiveAir's TexasBone network includes 10 POPs on a 660-mile ring around the state of Texas and serves 45,000 users. The microwave portion of the network includes 60 microwave POPs with high-capacity microwave rings between those, which all connect back to the Brocade fiber network. Inside of each TexasBone POP is a Brocade® MLXe-4 Series Core Router with a multiport 10 GbE interface module. The Brocade MLX Series Router helps LiveAir meet massive bandwidth demands, achieve greater network virtualization, and deliver small business cloud services using a smaller infrastructure than traditional carrier networks.
Operational Impact
Quantitative Benefit
Related Case Studies.
Case Study
Vodafone Hosted On AWS
Vodafone found that traffic for the applications peak during the four-month period when the international cricket season is at its height in Australia. During the 2011/2012 cricket season, 700,000 consumers downloaded the Cricket Live Australia application. Vodafone needed to be able to meet customer demand, but didn’t want to invest in additional resources that would be underutilized during cricket’s off-season.
Case Study
SKT, Construction of Smart Office Environment
SK T-Tower is the headquarters of SK Telecom. Inside the building, different types of mobile devices, such as laptops, smartphones and tablets, are in use, and with the increase in WLAN traffic and the use of quality multimedia data, the volume of wireless data sees an explosive growth. Users want limitless Internet access in various places in addition to designated areas.