Looking to solve the capacity, coverage and cost issues impeding metro Wi-Fi deployments, Zhone Technologies ( News - Alert), Inc., has introduced SkyZhone, the industry's first metro Wi-Fi system designed to cost effectively deliver high-capacity, high-reliability, multi-service networks. The company claims that by greatly improving overall network capacity, coverage and reliability, SkyZhone revitalizes the viability of metro Wi-Fi networks.
SkyZhone is designed to simultaneously serve both licensed public-safety and unlicensed general purpose applications and is available in both combined and standalone configurations of 2.4 GHz or 4.9 GHz. Also, SkyZhone features integrated DSL backhaul and integrated line powering of each radio.
Some of the benefits provided by SkyZhone are better network coverage, where SkyZhone's all-MIMO antenna design produces exceptional user device connectivity at distances up to 100 percent greater than solutions using "off-the-shelf" AP technology; no limitations of multi-hop mesh, as SkyZhone's integrated DSL backhaul provides network planners the tools necessary to distribute capacity logically through the network; improved service viability, where revenue opportunities are enhanced to include a wide range of municipal, public-safety, and commercial applications; Telco-grade reliability, as public safety applications demand reliability; support for multimedia and bandwidth intensive applications; support for true multi-service environments; simplified network engineering; and integrated network operations.
SkyZhone provides the network engineers the ability to leverage existing network backhaul facilities and greatly expand feasible locations for radio placement and improves the economics of metro Wi-Fi. SkyZhone supports various applications including municipal public safety, video surveillance, consumer use broadband access, and campus/resort environments. The application is currently in trials or already deployed in more than 10 networks globally.
SkyZhone was selected by ACD .net, mid-Michigan's largest independent phone and Internet provider, to deploy networks in the cities of Lansing and Springfield, Mich. With this, ACD.net could cost effectively implement a multi-use network serving public safety services using 4.9GHz and high-bandwidth consumer Wi-Fi for video, voice and data in the 2.4GHz band.
“As of the middle of last year, hundreds of municipalities worldwide had planned public Wi-Fi projects. However, network performance and reliability issues combined with the costs of building and managing ground-up networks have greatly hampered deployments,” said Steven Glapa, Zhone's vice president of marketing and product management. “Zhone addressed these challenges head-on with SkyZhone, which, for the first time gives network operators the means to utilize Wi-Fi to deliver a truly capable and reliable multi-service network”
Raju Shanbhag is a contributing editor for TMCnet. To see more of his articles, please visit his columnist page Automated Call Distribution (ACD) | X | A device used to distribute incoming calls to specific sets of users based on pre-determined criteria....more |
Digital Subscriber Line (DSL) | X | Frequency Division Multiplexing is used in wireline systems such as CATV-Community Antenna TeleVision and DSL-Digital Subscriber Line systems. This form of FDM is also called Broadband Multiplexing o...more |
802.11 (Wi-Fi) | X | The IEEE 802.11 wireless LAN standard is usually referred to as Wi-Fi-Wireless Fidelity or WLAN Wireless Local Area Network. The 802.11 standard has evolved into a number of sub-standards 802.11a/b/g...more |
Multiple Input Multiple Output (MIMO) | X | High Speed Downlink Packet Access was released in 3GPP Release 5 for indoor and urban outdoor high speed data access at 10 MBPS range (14.4 MBPS theoretical). By using MIMO as well as other antenna s...more |
Backhaul | X | Customer Premise Equipment is connected via a private line to local multiplexer/switch via a principal carrier or third-party exchange carrier. Backhaul connection to Frame Relay, IP-Internet Protoco...more |
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