FTTH 4GE Ports EPON MDU ONU apply in Monitoring service support port isolation
NTW-E17400H -MDU Series are high density EPON MDUs, used for FTTB/FTTO/FTTC/FTTV, developed by natywish. NTW-E17400H-MDU based on cortina chipset. These products are based on stable and mature Gigabit EPON technology,Regulations such as IEEE802.3ah and technical requirement of EPON Equipment from China Telecom.NTW-E17400H-MDU are multi-dwelling EPON ONUs. Their core chips are mature, stable and high performance chipset in telecom field. The access system can provide broadband access services for enterprises or multi-dwellings, offer internet access service
Applications:
Data services, Voice services, Video services
Monitoring service
FTTH / FTTB / FTTO / FTTP
Product Feature:
1. Adopt point to multi point network topology, effectively collect and gather users' dispersed Ethernet Services,provides 4*10/100/1000M RJ45 fast ethernet ports,smooth interconnection with existing networks
2. Dynamic bandwidth allocation mechanism enables all users to share the bandwidth of 1Gbps more reasonably,achieve reliable QoS guarantee,ensure the quality of service of different services in the same network.
3. Support IGMP multicast and make effective use of broadband.
4. Support port isolation.
5. Support Ethernet loop detection, automatic judging devices whether there is an Ethernet loop blocking on the network.When the loop is disappearing, it can automatically recover.
6. Support multicast VLAN.
7. Support remote loop back, remote diagnosis network state.
8. The rich OAM function design includes configuration, alarm, performance monitoring, fault isolation and security management. It not only provides remote management through OLT, but also supports local console management.
9. Support the authority certification test of the Ministry of public security.
Technical Parameter
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NTW-E17400H |
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4*10/100M BASE-T fast ethernet RJ45 ports (self adaption). |
PON port |
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VLAN |
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Quality of service(QoS) |
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Reliability |
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Network security |
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Management configuration |
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Dimension |
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Heat dissipation |
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Environment requirement |
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Power supply |
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Order Information
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Description |
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