Multiplexer

4E1+4Ethernet 1+1 FIBER OPTICAL MULTIPLEXER The 4E1 fiber optical multiplexer can multiplex to 4 E1 signals for transmission over An optical fiber, resulting in reaching a longer distance without a repeaters and superior Performance compared to copper media.

4E1+1Ethernet Fiber Multiplexer AZ-OP-4E1 is the 4E1 point-to-point optical transport equipment that uses the FPGA chips and it is easy to upgrade. It is single board structure and the largest transmission capacity is 4E1 and 1*100M line Ethernet data. The Ethernet bandwidth is set on base on multiple of 32K.The design use the mini type rack, so the volume is small, weight is light and operation is convenient.

16E1+4Fast Ethernet Manageable Fiber Multiplexer AZ-OP-16E1-4ETH-M/DF is the 16E1 point-to-point optical transport equipment that uses the FPGA chips and it is easy to upgrade. It is single board structure and the largest transmission capacity is 16E1 and 4*100M line Ethernet data, one channel RS232.

16E1+4Fast Ethernet Manageable Fiber Multiplexer AZ-OP-16E1-4ETH-M/DF is the 16E1 point-to-point optical transport equipment that uses the FPGA chips and it is easy to upgrade. It is single board structure and the largest transmission capacity is 16E1 and 4*100M line Ethernet data, one channel RS232. the Ethernet bandwidth is set on base on multiple of 32K.The outer design use the standard 19 inches rack, so the volume is small, weight is light and operation is convenient and credit.

AZ-OP-16E1-4GE is the 16E1 point-to-point optical transport equipment that uses the FPGA chips and it is easy to upgrade. It is single board structure and the largest transmission capacity is 16E1 and 4*1000M line Ethernet data, one channel RS232. the Ethernet bandwidth is set on base on multiple of 32K.The outer design use the standard 19 inches rack, so the volume is small, weight is light and operation is convenient and credit.

AZ-E1-MUX16 provides conversion between ITU-T G.703 standard E1 framed interface and 10/100Mbase-T Ethernet interface, can through E1 channel provide 1-16 voice, realize the Long-distance extend of telephone line through E1 channel. It also provides 1channel RS232 data and Ethernet (1port or 4ports optional).

30 Voice (FXO/S) over E1 Multiplexer BD-E1-MUX30 provides conversion between ITU-T G.703 standard E1 framed interface and 1-30channel voice (FXS/O, 2/4wire E&M), realizing the long-distance extend of telephone line Through E1 channel.

4 POTS (FXO/FXS) over Fiber multiplexer 4 POTS (FXO/FXS) over Fiber multiplexer is a kind of point-to-point fiber transmission device. It designed 4POTS (FXO/FXS), 1 channel 100M Ethernet, transmit over one fiber, and it could match different customer requirement.

8*VOICE/AUDIO FIBER MULTIPLEXER The multiplexer provides 8channel voice/audio (FXS/fxo, 2wire or 4wire E&M) over fiber transmission, realizing the long-distance extend of voice/audio through fiber cable. The optional 1~4 E1 interface, 1~4 100M line speed Ethernet interface and 1~4 serial data interface. The equipment is complete digital circuit. The reliable, stable, low power consumption, high integration, small volume, easy installation and maintenance.

30 Voice (FXO/S) over FIBER MULTIPLEXER This point to point fiber transmitting equipment, which is designed on large scale integrated circuit, realizes 1~4 E1 circuit, 1 ~4 channels 100M Ethernet, 30 channel voice (FXO, FXS) and 1~4 channel RS232. The device support two optical fiber port (1+1 protection). Its merits include Complete warning function, high integration, low consumption, stable performance and convenient usage.

2E1 over Ethernet Multiplexer (TDM over IP) As a cost effective solution for the traditional telecom services migrate to the IP packet Networking technology, AZ-2E1-IP-mini adopts the innovative TDM over IP technology, it transports the legacy E1 data through the existing Ethernet or IP network

E1 over Ethernet Multiplecer (TDM over IP) As a cost effective solution for the traditional telecom services migrate to the IP packet networking technology, AZ-4E1-IP adopts the innovative TDM over IP technology, it transports the legacy E1/T1 data through the existing Ethernet or IP network.