Modern Ethernet over Coax (EoC) technology is designed with advanced modulation technology to increase the trasmission and the receiving speeds of Ethernet packets over coaxial cable. The operating frequency is programmed in either high band or low band to avoid conflict agaist Digital Video Broadcasting (DVB) signal, so that both video and data content can be multiplexed to deliver triple-play service. The uplink and downlink Ethernet speed can also be configured to be symmetrical or asymmetrical.

EoC Access devices offer the most efficent and cost saving way to deliver fiber-to-anywhere service via the last-mile coaxial cabling. They can be installed to extend FTTH or RFoG service to multi-dwelling unit without laying fiber undergroud or through walls and ceilings inside the building.

Highlights of EoC Access Devices
❖ No infrastructure change is needed to deliver multi-gigabit xPON service to subcribers over the existing HFC or FTTx network
❖ Transition is completely transparent to subscribers
❖ Full Ethernet/IP transport network to deliver up to 1.5 Gbps data
❖ Compatible with Fiber Deep / RFoG network with xPON overlay
❖ Low implementation cost to save CapEx and high management capability to save OpEx
❖ Ideal solution to supply high-speed Internet service over Cable TV or Satellite TV Service to underground residential homes and MDUs without replacing the last-mile coaxial cables
❖ Flexible configuration and upgrade path to support advanced xPON or 5G Access technology
❖ Centralized Web-based remote management and monitoring functions
❖ Advanced migration path to switch from HFC to FTTx deployment without changing the wirings as needed
❖ Inter-operable with existing MoCA LAN home network
❖ Runtime QoS bandwidth control and traffic policing of connected subscribers with built-In Web based management software
❖ Support IPv4 / IPv6, MPS, DHCP, Telnet and SNMP
❖ Plug-and-Play installation and maintenance

AH2015 EoC Host Module, 1GHz to 1.25GHz, 2 x 1000Base-T, 75Ω F CATV (5MHz to 1GHz), 75Ω F CATV+EoC (5MHz to 1.25GHz)
1.5Gbps line rate, 50dBmV output, -20dBmV minimum input, Web based management supports 1 to 63 AN2015(W) nodes.

AN2015W EoC Node, 1GHz to 1.25GHz, 3 x 1000Base-T + 1 x 100Base-T , 75Ω F CATV (5MHz to 1GHz), 75Ω F CATV+EoC (5MHz to 1.25GHz), 2.4GHz 2x2 802.11b/g/n.
1Gbps line rate, 50dBmV output, -20dBmV minimum input.

AN2015 EoC Node, 1GHz to 1.25GHz, 3 x 1000Base-T + 1 x 100Base-T , 75Ω F CATV (5MHz to 1GHz), 75Ω F CATV+EoC (5MHz to 1.25GHz).
1Gbps line rate, 50dBmV output, -20dBmV minimum input.