Tag: distributed antenna systems
City of Sacramento CA Deploys First Small Cell Site, Working with 5 BARS Wi-Fi Tech
eNewsChannels NEWS: (SACRAMENTO, Calif.) -- Working with 5 BARS(R), a leading innovator in Small Cell, distributed antenna systems (DAS) and Wi-Fi wireless services for intelligent infrastructure, the City of Sacramento has approved its first small cell test sites with two major wireless carriers.
Alessandro Feitosa joins Wi-Fi Leader 5 BARS as VP, Solution Engineering
eNewsChannels NEWS: (IRVINE, Calif.) -- 5 BARS(R) announced today that Alessandro Feitosa has joined 5 Bars as Vice President, Solution Engineering. Alessandro brings 15 years of experience and expertise in the sports and technology space. He has led strategic pursuits and deployments across the globe.
Cowboy Connected: Largest Livestock Show and Rodeo in World to be Powered by 5 BARS
eNewsChannels NEWS: (HOUSTON, Texas) -- 5 BARS(R) installed a state-of-the-art carrier-grade Wi-Fi network to ensure the performance required for the crowds of the largest rodeo in the world, The Houston Livestock Show and Rodeo, one of the City of Houston's "signature events."
5 BARS Resets the Wi-Fi ‘BAR’ at SUPER BOWL LI for Wireless Data Usage
eNewsChannels NEWS: (IRVINE, Calif.) -- 5 BARS(R), a premier provider of wireless solutions, set a new record for any single-day wireless data usage event on the Wi-Fi system installed and operating at NRG Stadium. During Super Bowl LI, the Wi-Fi system recorded data usage of 12.2 TB, exceeding last year's record from Levi Stadium.
5 BARS Sports Positions NRG Stadium in Houston As One of the Most Connected Stadiums
eNewsChannels NEWS: (IRVINE, Calif.) -- 5 BARS(R), a premier provider of wireless solutions, has positioned NRG Stadium as one of the most connected football stadiums today in time to support the biggest data-usage event in sports, next week’s Super Bowl LI. 5 Bars deployed a secure, reliable high density Wi-Fi network to support the heavy demand required by the team, venue and fans.
Calif. Cities 3.0: 5 Bars to Develop City of Sacramento Wireless Master Plan
NEWS: 5 Bars, a leading innovator in distributed antenna systems (DAS) and Wi-Fi wireless services for intelligent infrastructure, announced today an agreement to develop the City of Sacramento's Wireless Master Plan.
Fast Growing Wireless Innovator, 5 Bars, Hires Three Key Executives for Continued Expansion
IRVINE, Calif. /eNewsChannels/ -- NEWS: 5 Bars, one of the USA's fastest growing innovators in premier DAS and Wi-Fi wireless infrastructure services, announced today three key leadership appointments that will add deep experience to the Company's leadership team and help accelerate the company's go-to-market strategies and growth capabilities.
Bruce Banigan named new VP at California Tech Firm 5 Bars
IRVINE, Calif. /eNewsChannels/ -- NEWS: 5 Bars(TM), a leader in wireless technology solutions, announced the appointment of Bruce Banigan as Vice President. California-based 5 Bars is a premier neutral host provider of indoor/outdoor distributed antenna systems, Wi-Fi and small cells networks.
Monnie McGaffigan joins wireless technology firm 5 Bars as Senior VP of Business Development
IRVINE, Calif. /eNewsChannels/ -- NEWS: 5 Bars(TM) a leader in wireless technology solutions, announced the appointment of Monnie McGaffigan as Senior VP of Business Development. 5 Bars is a premier neutral host provider of indoor/outdoor distributed antenna systems, small cells and Wi-Fi(R) networks. The 5 Bars team designs, builds, operates and maintains wireless systems and has designed and developed over 500 wireless projects nationwide.
Angels Baseball selects 5 Bars to Deliver Pervasive, High-Speed Wi-Fi and DAS in Anaheim, Calif.
IRVINE, Calif. /eNewsChannels/ -- NEWS: 5 Bars, an Irvine, Calif.-based premier provider of indoor and outdoor distributed antenna systems (DAS) and Wi-Fi(R) systems, has installed permanent neutral host DAS and Wi-Fi networks at Angel Stadium of Anaheim. Angel Stadium is a 45,483 seat facility and home to the Los Angeles Angels of Anaheim.