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Продам Гігабітну точку доступу Ruckus ZonaFlex 7363 Надзвичайно продуктивний, якісний та надійний апарат! Приїхав з Штатів. Пропонуйте ціну, домовимся! http://a030f85c1e25003d7609-b98377aee968aad08453374eb1df3398.r40.cf2.rackcdn.com/datasheets/ds-zoneflex-7300-series.pdf Ruckus ZoneFlex 7363 Indoor WiFi Mesh Access Point $789.00 SKU: ZF-7363 Ruckus ZoneFlex 7363 Indoor WiFi Access Point - Dual 2.4/5.8GHz 802.11n access point - Captive portal (requires ZoneDirector) - Wireless Meshing - 600Mbps theoretical max speed - BeamFlex Smart Antenna 3x3 beamforming - Up to 4dB SINR increase, 10dB interference mitigation - PoE or 12VDC power. The Ruckus ZoneFlex 7363 delivers high-performance and reliable 802.11n wireless networking at one of the industry’s most affordable price point. A sleek and low-profile design, the ZoneFlex 7363 was purpose-built for cost-minded enterprises requiring reliable high speed client connectivity. It is ideal for a variety of enterprise and hotspot environments including hotels, schools, retail outlets, branch offices and public venues. The dual band ZoneFlex 7363 can be deployed as a standalone access point or as part of the centrally-controlled Smart Wireless LAN with the Ruckus ZoneDirector. The ZoneFlex 7363 can also be easily deployed using Smart Mesh Networking to extend Wi-Fi services in locations where Ethernet cabling is not available or cost prohibitive. BeamFlex Adaptive Antenna TechnologyEach ZoneFlex 7363 integrates Ruckus-patented BeamFlex, a software-controlled, high gain antenna array that continually forms and directs each 802.11n packet over the best performing signal path. And because the ZoneFlex 7363 automatically adapts to environmental changes, once deployed, enterprises never have to worry about constant site surveys as the environment changes. Unlike any other 802.11n wireless solution in its class, the ZoneFlex 7363 combines patented Adaptive Antenna Technology and automatic interference mitigation to deliver a 2- to 4-fold increase in signal range with lower packet error rates while reducing the number of APs required to deliver dependable Wi-Fi service.