LIVERMORE, CA -- (Marketwire) -- 11/27/12 -- TriPower, a nationwide leading wireless system integrator providing in-building wireless antenna network solutions and technical services and Zinwave, a wireless technology development company, pioneering a new approach to in-building unified wireless infrastructure, have combined their expertise in cell site location, antenna technology and wireless systems to support the growing demand for advanced wireless devices and services at the Pepsi Center Arena in Denver, Colorado.
Laddy Fleming, EVP Worldwide Sales of Zinwave, comments, "Zinwave is delighted to be working in partnership with TriPower to deliver in-building wireless coverage to the Pepsi Center Arena. I believe that this winning combination of Zinwave's world class, carrier-grade DAS technology combined with TriPower's superior construction, implementation, and delivery services will provide end users with enhanced wireless coverage and data rates, while simultaneously providing a platform that is frequency and protocol agnostic for ease of growth towards future wireless services."
The Zinwave 3000 Distributed Antenna System (DAS) is the solution of choice, an active broadband system that is protocol and frequency agnostic making this the most future proof product on the market. The system will support carrier specific frequencies and protocols, including:
"The joint effort between TriPower as the deployment partner and Zinwave's 3000 DAS system allows us to deliver an optimum wireless solution for high-demand coverage," said Bryan Kemper, President of TriPower. "In addition to ensuring calls are successfully connected, the DAS will allow smart phones, tablets and other mobile devices to access the Internet, send text messages and quickly share photos and videos to social networking sites, enabling visitors of the arena to have a great network experience. Coverage includes seating inside the stadium, suites and concession areas."
Installation is now underway on the carrier DAS at the arena that will deliver advanced wireless coverage, capacity and data speeds during peak network usage. With the enormous increase in wireless data traffic from cell phones, smartphones and tablets, wireless operators are aware of the need to deploy dedicated equipment in arenas like the Pepsi Center where usage spikes. The Pepsi Center opened in 1999 in the Mile High City, home to the Colorado Avalanche and the Denver Nuggets, the Pepsi Center seats up to 21,000 fans. The Pepsi Center also hosts Denver's arena football team, the Colorado Crush, and Denver's lacrosse team, the Colorado Mammoth. When not in use for sporting events, the Pepsi Center provides an arena for concerts and conventions.
TriPower's unique knowledge of wireless infrastructure makes us one of the most qualified integrators of in-building coverage and enterprise wireless networks over a scalable Distributed Antenna System (DAS) in the nation. TriPower, a leading wireless system integrator, focuses on planning, designing, installing, and managing complex in-building coverage solutions for customers in healthcare, hospitality, government, public safety, enterprise, and public venue sectors. Working with leading technology providers, TriPower provides an integrated suite of wireless connectivity solutions including wireless data, cellular, public safety, and real time location services.
For additional information about TriPower, please visit www.tripower.com.
Zinwave is a company at the forefront of wireless technology development, pioneering a new approach to in-building unified wireless infrastructure. With unique patented technologies drawn from world-leading research groups at Cambridge University and University College London, Zinwave was founded in 2002 and is today operated by a seasoned management team with extensive experience of international telecoms markets. The company develops Wideband Distributed Antenna Systems based on Multi-Mode or Single Mode fibre-optic cables that address the challenges of providing continuous radio coverage inside buildings.
For additional information about Zinwave, please visit www.zinwave.com.