8 PON PORTS GPON OLT, which provides 8 GPON ports, 8 GE copper RJ45 ethernet ports, 6 SFP(GE) and 2SFP+(10GE) optical uplink ports , it has high reliability, highly dense broadband access and robust switching and routing abilities, is a new generation of broadband and multiservice access OLT devices oriented towards the service-integrated network.
8 PON PORTS OLT integrates with network security, supports data, voice and video, and provides continuous forwarding, graceful restarting and ring protection, improving the work efficiency and securing the maximum running time.
Independent 1U chassis equipment with 8 PON ports, each port supports up to 128 ONUs, the whole device supports up to 1024 ONUs. Small size and high density OLT, easy to install, convenient, flexible and easy to deploy high performance broadband access network. It is appropriate to be deployed in compact room environment. The OLTs can also be used for “Triple-Play” applications.
1U 19 inch standard box GPON OLT with 8 PON ports
Compliant with ITU-T G984/G.988 standards and China Telecom GPON Technical Requirements
L3 function, support static route, ARP proxy, hardware Host Routes, hardware Subnet Routes
Tcont DBA, Gemport traffic
QoS based on port, VID, TOS and MAC address(16K Mac address)
Support VLAN tag/Un-tag, VLAN transparent transmission, QinQ
Support IGMP snooping, IGMP Proxy
Specialized design for system breakdown prevention to maintain stable system
Support port-based rate limitation and bandwidth control
Support data encryption, multi-cast, port VLAN, separation, RSTP, etc
Support Dynamic Bandwidth Allocation (DBA)
Support ONU auto-discovery/link detection/remote upgrade of software
Support ONT automatically discovery, auto configuration
Support ONT firmware can be auto upgraded, download ONT firmware to OLT from web/tftp/ftp
Support SNMP, telnet, CLI, OMCI/OAM and Web management
Support power-off alarm function, easy for link problem detection
Support broadcasting storm resistance function
Firewall function
Support remote software upgrade
Two power supply redundancy design