2.4/3/5GHz Wireless E1/T1 Solution

Cost-Effective E1/T1 TDM traffic is the core of voice telecommunications but effectively deploying it is difficult due to the high investment cost of laying cables. Under high-speed conditions, E1/T1 cables have to be laid underground over high distances to provide a leased line to the subscriber's location. Laying of E1/T1 cables faces the same challenges in laying any signal cable. These include high excavation cost, difficult excavation in urban areas, long lead-time, site management, high cabling as well as maintenance cost. RFNet professional solutions makes E1/T1/DTE/E3/DS3 (TDM) setup and relocation a breeze. By introducing a TDM over Ethernet Switch, the signal is changed to ethernet IP signals. When this is done, the IP data is sent through to the final location via Fixed Wireless Point-to-Point setup. The wireless client at subscriber's location will then convert the signal back to E1/T1 signals back again. Deployments using this solution have been implemented up to 25km away with up to 45Mbps of throughput. Each Access Point is able to support up to 3 E1/T1 switches. With RFNet professional Wireless E1/T1 solution, back hauling have never been this easy, flexible and cost-effective. Back hauling is the most important link to the remote site. There should be no downtime ideally for this link. However in real life situations, there isn't any equipment that can achieve this forever. An alternative is Hot-Standby using Link Aggregation. With up to 6 trunks (for normal transmission, 2 trunks are sufficient) transmitting at different channels of the frequency band, the net throughput is loaded evenly to the 6 different links. Should any of the equipment experience down-time, the entire link remains up and intact with only a marginal reduction in net throughput. The only effect the application will experience is a slightly lower throughput than normal. A slight pinch without compromising on the overall performance. Stable yet cost-effective outdoor professional Back Hauling ensures the performance and integrity of your E1/T1 link.