LM-1 OTN

Technology

A unique carrier grade and fully protected platform; A platform to move 100G in the access/metro network portion, with unlimited flexibility and capability. A platform to transport different kind of traffics over the same network with the best performances in terms of throughput and latency. Native SDN allows a flexible and fast provisioning to cope with unpredictable traffic matrices, driven by modern SDN/NFV orchestrator platforms. Fully redundant carrier grade system, with hardware protection (everything from power to switch is protected), client protection and network protection insures the best reliability.

Applications

Platform Variants

- Network ports: OTU2 B&W or C/DWDM (SFP+ based)
- Client ports: STM-1/4/16/64, 1Gb, 10GbE, OTU1/2, FC, SD (SFP/SFP+)
- Switching capacity: ODU0 granularity
- Power: -48V
- Synch IF: 2MHz/2Mbit, 1PPS/TOD
- Matrix/Ctrl Protection: EPS
- PowerProtection: EPS
- Services: Transparent P2P, EPL, ‘light’ EVPL (ODUFlex based)
- Network connection: ODU0/1/2/Flex unidir/bidir/D&C protection
- Network protection: ODU0/1/2/Flex SNC
- Client protection: Multiblade LAG, MSP
- PKT Features: Classification, Policing, queuing (QoS based), VLAN mng, OAM.
- Synchronization: syncE, SDH sync, 1588v2 (PTPoOTN)
- Performance Monitoring: OTN, PKT
- SDN Management protocol: Netconf/Yang aligned to ONF model
- Network ports: OTU4 B&W (QSFP28 based)
- Client ports: Dual STM-1/4/16/64, 1Gb, 10GbE, OTU1/2, FC, SD (SFP/SFP+)
- Switching capacity: ODU0 granularity
- Power: -48V
- Synch IF: 2MHz/2Mbit, 1PPS/TOD
- Matrix/Ctrl Protection: EPS
- Power Protection: EPS
- Services: Transparent P2P, EPL, ‘light’ EVPL (ODUFlex based)
- Network connection: ODU0/1/2/Flex unidir/bidir/D&C protection
- Network protection: ODU0/1/2/Flex SNC
- Client protection: Multiblade LAG, MSP
- PKT Features: Classification, Policing, queuing (QoS based), VLAN mng, OAM.
- Synchronization: syncE, SDH sync, 1588v2 (PTPoOTN)
- Performance Monitoring: OTN, PKT
- SDN Management protocol: Netconf/Yang aligned to ONF model

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