Harris Stratex Microwave Systems

Harris Stratex Microwave System's digital microwave radios are built to last, being one of the largest independent supplier of wireless voice and data communication transmission systems Harris Stratex Microwave Systems are focused to provide complete wireless network solutions supported by comprehensive network management software and world-class field services. From legacy voice, data and video to next generation all-IP transport, Harris Stratex Microwave System's wireless products support all types of traffic.

Every Harris Stratex Microwave System's product is designed to minimize cost of ownership and build the most flexible and reliable networks in the industry. Our wireless and network management products enable you to reduce the cost of building, operating and upgrading your network-for any application from the network edge to the high-capacity core.

Licenced Microwave

 Eclipse Connect

Eclipse Connect enables you to establish simple,cost-effective wireless Ethernet links in applications requiring professional-grade reliability and high-speed data connectivity. In addition to Ethernet transport, it offers smooth throughput migration and legacy TDM traffic.

 

Features

• Licensed band operation. Operates in licensed frequency bands between 5 and 38 GHz, for point-to-point wireless connections over path lengths up to 80 kilometers.
• Software-scalable throughput. Provides software-scalable, dedicated bandwidth from 10 to 200 Mbps full duplex, all with programmable modulation for user-selectable channel bandwidth.
• Layer 2 Switch. A high-performance 4-port 100baseT switch delivers professional-grade features, including ultra-low latency, integrated RMON, port-to-port Ethernet mapping and QoS via 802.1p/q and DiffServ.
• Integrated TDM wayside channel. Up to 8xE1/T1 wayside channels to provide native support for legacy TDM voice traffic, instead of using external TDM over IP adapters.
• Integration with Eclipse node.

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* Eclipse Connect 20 links start from $9,990 plus installation *

 Eclipse nodal data solution

The Eclipse modular Intelligent Node Unit supports advanced carrier-class Ethernet
networking features through the use of optional data plug-in cards,enabling complex, multi-path data network nodes.

Eclipse nodal data solution components and features include:

 

• Eclipse Nodal Data Solution. DAC ES Fast Ethernet card. Plug-in card for the Eclipse INU and INUe with four front-panel RJ-45 10/100baseT Fast Ethernet ports. Ethernet data throughput can be configured in one or two transport channels; throughput can be individually configured in 2Mbps increments. Each data transport channel can be carried alongside of E1 TDM traffic over the same or separate RF links.
• DAC GE Gigabit Ethernet card. Provides three front-panel RJ-45 10/100/1000Base-T plus one optical GigE (Gbix) Ethernet port. Can be software-configured to support link throughput speeds of 155 or 311 Mbps. Dual or quad-path link configurations can also support link speeds up to 622 Mbps (depending on the frequency band and application).
• Liquid Bandwidth incremental bandwidth assignment. Flexible assignment of radio link capacity for the transport of Ethernet data plus TDM-based traffic, allowing operators to support both new IP-based services and legacy voice and data requirements while saving on external routers and multiplexers.
• Built-in Layer 2 switch and QoS. Both the DAC ES and DAC GE include built-in, 4-port switch with Layer 2 operation, with quality of service/class of service (QoS/CoS) functions based on service differentiation and packet prioritization.
• Flexible link configurations. Support for point-to-point radio links, including hot standby protection, space/frequency diversity and ring network applications. Co-channel operation is also possible with optional Cross-Polar Interference Cancellation (XPIC).
• Resilient high-speed data rings. The DAC GE supports Resilient Wireless Packet Ring (RWPR™), via a patent-pending fast-switching algorithm. RWPR delivers enhanced Rapid Spanning Tree Protocol (RSTP), but, whereas RSTP re-convergence times can be up to 5 seconds, RWPR re-convergence times are as low as 50 milliseconds.
• Link aggregation. The DAC GE also supports advanced Layer 2 link aggregation to enable two or more co-path links to be combined to form one high-bandwidth virtual link. RWPR fast-switching enables traffic from a failed link to be switched to share the bandwidth available on remaining links.

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