The Airmux-200 wireless multiplexer is a carrier-class, high capacity cost effective point-to-point transmission system used to connect Ethernet and E1/T1 circuits between two distant sites over broadband wireless. The Airmux-200 wireless multiplexer combines legacy TDM and Ethernet services for transmission over 5 GHz, 4.9 GHz and 2.4 GHz licensed-exempt bands. The Airmux-200 wireless multiplexer has a total air data rate of 48 Mbps, with a transmission distance of up to 80 kilometers (50 miles). Transmission is encrypted to ensure security.
Typical applications include remote enterprise locations, cellular backhauls, broadband last mile services, and hot spot backhauling.
- Combine voice and data over a single link for reduced access costs
- License exempt transmission enables fast and affordable deployment
- Save the costs of leased lines while extending services
- Ideal solution for cellular backhaul applications and remote coverage areas
- Wireless multiplexer combining up to four E1/T1 and up to two Ethernet interfaces
- High data rates, up to 48 Mbps
- Long range up to 80 km (50 miles)
- Air interface data is encrypted using 128-bit key
- Automatic channel selection
- Dry contact alarm relay
Further Product Information
Airmux-200 wireless multiplexer is a carrier-class, high capacity, affordable multiplexer, connecting E1/T1 and Ethernet networks point-to-point over a wireless link. Compliant with FCC, CAN/CSA and ETSI regulations for license-exempt transmission, the Airmux-200 wireless multiplexer operates over 5.7 / 5.85 and 5.25 / 5.35 (FCC, CAN/CSA) GHz, 5.4 / 5.7 (ETSI) GHz, 4.9 GHz (FCC), and 2.4 (ETSI and FCC) GHz bands. Wireless transmission enables enterprises to save the cost of leased lines while eliminating the service providers need for deploying fiber, thereby enabling rapid deployment of E1/T1 and Ethernet links at a fraction of the cost.
Airmux-200 wireless multiplexer consists of an indoor and an outdoor unit connected by a Cat-5e outdoor Ethernet cable, allowing a maximum distance of 100 meters (328 feet) between the two units. The outdoor unit can be ordered with an integrated antenna or with a connector for an external antenna.
Airmux-200 wireless multiplexer integrates up to four unframed E1 or T1 ports and up to two Ethernet ports for a total air interface throughput of 48 Mbps. This is equivalent to a net payload throughput of up to 18 Mbps full duplex. The maximum range of the Airmux-200 is 80 km (50 miles). Throughput is a function of the distance and regulation.
An integrated 10/100BaseT Ethernet bridge transparently forwards frames and learns up to 2,000 MAC addresses. The accurate E1/T1 clock recovery, low round-trip delay and high link availability position the Airmux-200 as a carrier-class wireless transmission system.
Airmux-200 wireless multiplexer incorporates safeguards to secure the wireless transmission against possible attack. The advanced encryption standard (AES) and dynamic encryption key change are aimed to prevent unauthorized eavesdropping. These mechanisms, together with a coded time stamp (CCM), prevent false transmission from an intruding terminal. The network management system and the equipment are protected by a password and a challenge/response scheme.
An Airmux-200 wireless multiplexer link can be managed by a Windows-based application supplied with the device. The RADview SNMP fault management application can be ordered in cases where multiple links are to be deployed and managed from a central platform. All parameter configurations are link-based, simplifying maintenance and installation.
Airmux-200 wireless multiplexer is a perfect solution for connecting remote enterprise locations, cellular backhaul, broadband Last Mile services and hotspot backhauling.
- 5.725 to 5.850 GHz, compliant with FCC and CAN/CSA regulations
- 5.470 to 5.725 GHz, compliant with ETSI
- 5.250 to 5.350 GHz, compliant with FCC and CAN/CSA regulations
- 4.940 to 4.990 GHz, compliant with FCC regulation
- 2.400 to 2.4835 GHz, compliant with FCC and ETSI regulations
Connecting cellular base stations and base station controller sites.