Exalt EX-5r IP and EX-5r-c IP
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Exalt EX-5r IP and EX-5r-c IP
200Mbps Tri-band Wireless Ethernet Bridge
The EX-5r IP and EX-5r-c IP wireless Ethernet bridges from Exalt Communications are the only tri-band 5GHz carrier-class wireless bridges available today. These all-outdoor systems operate in the 5.25-5.35 GHz, 5.4-5.725 GHz, and 5.725-5.850 GHz bands, and deliver up to 200Mbps of full duplex aggregate sustained user capacity (start at 55Mbps, software upgradeable to 100Mbps and 200Mbps) in a software-configurable, carrier class system with high spectral efficiency, security and unprecedented spectrum management flexibility. This system does thus not offer the E1 interfaces of the EX-5r and the EX-5r-c.
The system is available with internally switched, dual polarized integrated antenna (EX-5r IP), or type-N female connectors (EX-5r-c IP) for flexible external antenna mounting. The dual polarized internal antenna/antenna connectors allow for a flexibel change in antenna polarization through the software.
For critical collocation applications and maximum spectrum reuse, the outdoor wireless Ethernet bridges from Exalt support GPS synchronization. And, to ensure the highest level of security, Exalt provides proprietary link security and AES encryption for the most demanding applications.
Exalt’s breakthrough spectrum-management technology provides up to 54 non-overlapping frequency channels, with 1 MHz fine tuning capability across the three 5GHz bands. This results in as many as 415 center frequencies of operation to choose from without new hardware or system re-tuning. On top of this, the internal spectrum analyser allows you to pinpoint the best frequency available which you can then select. As an additional interference countermeasure, the EX-5r IP and EX-5r-c IP provide 8, 16, 32 and 64MHz channel bandwidths and synchronization to help maximize band usability and throughput.
The system allows you to select both the frame size from 0.5ms up to 5ms as well as the (a)synchronous bandwidth ratio (50:50, 65:35, 80:20) in order to allow the best fit solution for your application in terms of delay, jitter and total throughput.
