\ Wireless Point to Point Ethernet Backhaul Bridges \ Up to 155Mbps Wireless Point to Point Ethernet Bridges \ 4.9-5.8 GHz Wireless Point to Point Ethernet Bridges, Up to 155 Mbps
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Proxim Tsunami.GX 200 Wireless 2xDS3 Capacity Ethernet Bridge. 5.8GHz ISM System, Low Band Terminal 301-58010-51LO (Mnf.Part # 66768)
Winncom PN # WWM58-GX-66768 Manufact PN # 66768 List Price: Login/Call Login and Stay on this page
The Tsunami.GX 200 operates in the unlicensed 5.8 GHz frequency band and exceeds the capacity of two DS-3 leased line circuits. With throughput of 100 Mbps full-duplex IP and 2xT1/E1 interfaces, the Tsunami GX extends its reach over distances of 20 miles or 32 kilometers. Split box design enables flexibility in installation and support. Incorporates advanced diagnostics tools and standards-based management. Note. Manufactory Shipping Container includes: Tsunami.GX 200 IDU (Indoor Unit); ISM Low Band  RF Unit; IDU Indoor Rack Management Kit; ACC-GX-RF-1 RF Unit Indoor Mounting Kit (includes 12” IDU to RFU TNC-to-TNC cable); Quick Instal Guide; CD-User Documentation
Fast, Cost-Effective Extension of IP Networks Proxim's Tsunami.GX 200 is a full-duplex point-to-point wireless Ethernet bridge with an innovative split-box design. This latest generation of high-capacity wireless bridges is designed to reduce the expense of extending IP networks and to simplify installation. Secure wireless technology significantly reduces total cost of ownership and speeds deployment, while a split-box design adds installation flexibility. The Tsunami.GX 200 also provides best-in-class system performance with native IP interfaces by eliminating the overhead associated with DS3-to-Ethernet connections. Perfect for data and data/voice network backhaul applications and for replacing, extending or backing up leased lines Indoor-only installation facilitates quick maintenance and easier upgrades Indoor/outdoor installation improves system gain and reduces total cost of ownership Easily manage and trouble-shoot your wireless network Tsunami.GX 200 bridges offer sophisticated, preventative management tools to simplify network maintenance and eliminate downtime. Advanced diagnostic tools identify and isolate potential issues before they impact the network. Standards-based SNMP management and web-based GUI simplifies remote management and integrates easily into existing software platforms Built-in spectrum analyzer and an alarm log facilitate RF planning and post-deployment tuning Double the Speed of DS-3 with the Ease of Ethernet Backed by more than 20 years of wireless design innovation, Proxim's Tsunami wireless bridge family easily and affordably enables network extension, redundancy and backhaul. Tsunami wireless bridges eliminate fiber installation costs and leased line fees to bring you the capacity of 2 DS-3 lines with the TCO of Ethernet. High capacity for bandwidth-intensive applications such as PBX extension, data backhaul and critical link redundancy No expensive recurring leased line costs Superior system gain ensures consistent, high quality network operation Deploy in days Because Tsunami bridges operate in license-exempt ISM frequency bands, they can be deployed quickly - eliminating the long lead times associated with leasing lines or trenching new fiberoptic cable. This is especially useful in network redundancy and contingency planning. Rapid device deployment and flexible re-deployment ISPs maintain business continuity, even in severe conditions Enterprises minimize costly business application downtime Reliable and Secure A wireless alternative to a wired network yields quality as well as flexibility. Proxim's Tsunami bridges offer the highest security and reliability available in networking today. Over 99.999% reliable RF transmission Meets or exceeds wired network security Proprietary encryption methods ensure secure data transmission Applications: Enterprise building to building connectivity Last Mile Access backhaul Backhaul and inter-agency connections for Municipal Broadband Networks Enterprise LAN and PBX extension WAN connection redundancy ISP remote POP ISP direct customer connections using point-to-point Multipoint backhaul at double DS-3 performance Extension of an existing fiber network Frequency Digital Capacity Channel Pairs FCC Emission Designator Treshold (BER=1X10-6) Output Power System Gain Distance (Miles/KM) 5725-5850 MHz 216 Mbps 1 32M5G1D  ≥ -73dBm ≥ 19 dBm ≥92 dB 20/32*** System Configuration Split-box: IDU, RF Unit Modulation DSSS; 16 QAM Frequency Stability ±10 ppm RF Attenuation Range* ≥15 dB Maximum Receive Signal -25 dBm error free; 0 dBm no damage Error Floor <10-11 Latency (T1)**, one-way <300 µsec ±10% Error Correction Reed-Solomon Security 12 character Link ID (48 bits) Regulatory Compliance FCC Part 15.247; IC RS210 FCC ID HZB-US5358-GX1 Industry Canada ID 1856A-U5358GX1 Digital Interfaces Main Data Channel No waysides enabled 204 Mbps aggregate; 102 Mbps full duplex T1/E1 wayside enabled 204 Mbps aggregate; 102 Mbps full duplex 2 T1 waysides enabled 196 Mbps aggregate; 98 Mbps full duplex 2 E1 waysides enabled 196 Mbps aggregate; 98 Mbps full duplex 10/100 Base T RJ-45 modular jack; Auto-sense MDI/MDI-X 10/100 Base FX SC-Type, multi-mode Fiber Compliance IEEE 802.3 Wayside Data Channels T1/E1 DSX-1 (2 each) or CEPT-1 (2 each), software selectable RJ-48C modular jack Compliance Maximum Packet Size 1536 bytes T1 ANSI-1987-T1, CCITT G.823 E1 G.703 Auxiliary Interfaces Orderwire (DTMF) RJ-11, 100 addresses VF 8 pin modular jack, 4-wire, 0dBm @ 600 ohm, balanced Aux Data (serial) 8 pin modular jack, EIA-561, ≤19.2kbps, selectable, DCE FAULT AND CONFIGURATION MANAGEMENT Network Management SNMP v2c (MIB II, Proxim enterprise MIBs), embedded HTML server, Telnet, VT-100 terminal Far End Management Via NMS (embedded router, gateway address, subnet mask), front panel display Interfaces NMS 1 10/100BaseT, RJ-45, auto-sense NMS 2 10/100BaseT, RJ-45, auto-sense Configuration (serial) EIA-574, 9600bps, 9-pin Sub-D, DTE External Alarm Interface Connector 9-pin Sub-D female Outputs 2 Form C Relays (Major, Minor) Inputs 2 TTL with internal pull-ups Power/Environment Input Voltage Range -20 to -60 Vdc or +20 to +60 Vdc Power Consumption <70 Watts Power Connector 3-pin terminal block Operating Temperature IDU 0°C to +50°C RF Unit -30°C to +55°C Humidity IDU 95%, non-condensing RF Unit 100%, condensing Altitude up to 15,000 ft/5000 m Wind Loading (RF unit) up to 110 mph/96 kts MTBF IDU >100,000 Hours MTBF RF Unit >100,000 Hours Physical Dimensions IDU RF Unit Size (in/cm)   Size (in/cm) 17.2 X 10.9 X 1.72/43.6 X 27.6 X 4.4 14.1 X 10.9 X 1.72/35.8 X 27.6 X 4.4 Weight (lbs/kg)   6.5/2.9 12.0/5.4 Mechanical RF Unit   Antenna Port (outdoor RF cable not provided) Type-N female IDU Port TNC female Cable to IDU LMR-240 or equiv. <100m; LMR-400 or equiv. <200m; LMR-600 or equiv. <300m Mounting IDU EIA rackmount, 19” or 23”, 1RU RF Unit EIA rackmount, 19”or 23”,  1RU, or outdoor pole mount bracket (optional) SELECTABLE FREQUENCY CHANNEL PAIR Channel Plan A 5745/5830 MHz * Output power is specified at zero attenuation ** Does not include air latency of approximately 5.4 µsec/mile *** RF Unit installed outdoors with 6ft. parabolic antenna, 99.995% one-way availability, average climate/terrain, no multipath reflection. Assumes FCC regulations for EIRP