Cellular SOLUTIONS |
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T1/E1 Grooming in Cellular Transport Networks | Minimize backhaul costs by grooming fractional E1/T1 lines in cellular transport networks.
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2G and 3G Aggregation over PDH, SDH, SONET | Employ 2G and 3G aggregation over available PDH and SDH/SONET infrastructure to converge legacy 2G cellular applications and new mobile broadband services, in order to minimize transport expenses and
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2G/3G Cellular Backhaul Aggregation over ATM | Benefit from 2G/3G cellular backhaul aggregation over ATM using statistical multiplexing capabilities to improve backhaul performance and reduce transmission costs by simultaneously delivering 2G, 3G
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Cellular Backhaul Migration to Packet Transport | Migrate cellular backhaul to high-capacity Ethernet and MPLS packet transport networks over xDSL and fibre to reduce cellular backhaul operating expenses and deliver mobile broadband, HSPA and rich co
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Reduce Costs for Inter-MSC Traffic | Reduce huge outlays in leased line circuits for long-distance inter-MSC connectivity
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Abis Optimization | Optimize Abis transport between existing GSM cell sites and base station controllers and reduce operating expenditures (OpEx), by improving backhaul efficiency for costly satellite links and long-dist
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Mobile Backhaul over SHDSL | Utilize SHDSL infrastructure for mobile backhaul to reduce Last Mile transport costs and to connect to new packet-switched networks.
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Routing Control and Management Data with BTS traffic | Improve remote site management capabilities and reduce backhaul costs by routing control and management data with BTS traffic
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Reduce Costs for Signaling Monitoring and Billing Traffic | Reduce cellular backhaul costs for signaling monitoring and billing traffic, by grooming multiple E1/T1 lines and reducing the number of transport links.
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Mobile Backhaul over Wireless Radio | Enable quick deployment of mobile backhaul connections by using point-to-point wireless radio for cost-effective backhaul of cellular traffic with carrier-grade reliability and security
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Cellular Backhaul over SDH in 3G Radio Access Networks | Reducing the cost of cellular backhaul connectivity of E1 IMA traffic from Node Bs across an SDH transport network to an RNC
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HSDPA Backhaul over ADSL2+ DSLAMs | Reduce transport expenses for mobile broadband traffic with cost-effective HSDPA backhaul over ADSL2+DSLAM infrastructure.
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HSDPA Offload over Wholesale xDSL | Leverage existing IP DSLAM networks to support HSDPA offload over wholesale xDSL services while transporting real-time voice and video traffic over SDH/SONET or ATM infrastructure.
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Deliver IP NodeB Traffic over PDH, SDH, SONET | Transport IP NodeB traffic over PDH and SDH/SONET networks , utilizing TDM infrastructure for next generation mobile connectivity.
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