Ethernet access to Fiber Optic Solution

Ethernet Access Chassis

TAINET intelligent Ethernet access series products iEAC-16, the center end is a 2U high 19-inch standard chassis, including the control unit MCU-16, dual AC/DC power modules, and 16 slots that can be freely configured with ENTU, SNTU, and FNTU cards. All modules support hot swapping, and management methods include Web GUI, CLI (Telnet or Craft management port).

Use different types of card boards to achieve network extension

Using different types of card boards, iEAC-16 can use 100/1000 Base-FX optical fiber, G.SHDSL.bis specification 2W/4W/8W copper wire, TDM over IP, or coaxial cable to transmit 100/1000 Base-T Ethernet services. A variety of line cards make iEAC-16 more flexible and effective in carrying Ethernet services. It can connect optical fiber or copper wire at the same time, and has a wide range of applicable scenarios. This product is an ideal high-density Ethernet extension device.

Ideal Fiber Optic Solution

ENTU763S is a so-called Ethernet Access Device (EAD), Media Converter (MDC), or Fiber Optic Modem (FOM). On the user side, it allows operators to reach through fiber while still providing a standard Ethernet copper connection as part of the operator's network, serving as a demarcation point between the operator and the user side. Since Ethernet ports are much cheaper than other options, Ethernet in the local loop can reduce the cost of operators. Tailink's ENTU series is the ideal fiber optic solution for each operator in the local loop.
In the application range of the overall network, through the optical-to-electrical conversion equipment, it supports the main L2 switching capabilities and Ethernet OAM, as network performance monitoring and fault management, ensuring that all devices in the network can work together effectively. It can also support ring topology by enabling the backup path mechanism to improve the stability of the fiber backbone broadband access network. It is the most suitable solution for wireless network and data transmission applications.