100G OTN Muxponder M1H10
Description :
M1H10 OTN is compact 1U chassis 100G OTN Muxponder , adopt industry-leading chip technology , Complies with international ITU-T G.709, G.798, etc standards .
M1H10 OTN supports 10-port 10G customer-side interfaces and 1-port 100G system-side interfaces. It is suitable for optical transmission network applications in metropolitan area access and metropolitan area convergence.
Characteristics:
characteristics | Description |
Chassis size(Height*Width *Depth) | 440mm*350mm*44mm |
Power supply | 1＋1 power supply back up AC input :100~240V, 47~63Hz DC input : -40V~ -72V |
Maximum power consumption | 130W （Coherent color light CFP） 110W （White light CFP） |
Client side interface | 10 x10G SFP+ port（10GE LAN/WAN，STM-64/OC-192， FC8G，OTU2，OTU2e |
System side interface | 1 x100G CFP port （support coherent color light CFP，4x25G DWDM CFP or white light CFP）； 10G SFP+ port base on DWDM/CWDM |
Working environment | Working temperature: 0°C～45°C Storage temperature: -40°C to 70°C Relative humidity: 10% to 90%, non-condensing |
Specification
Specification | Description |
System-side signals and multiplexing structure | 100G grey CFP: OTU4 <-> ODU4 <-> ODU2 or ODU2e or ODUflex 100G DWDM CFP: OCh <-> OTU4 <-> ODU4 <-> ODU2 or ODU2e or ODUflex 10G grey SFP+: OTU2/OTU2e <-> ODU2/ODU2e 10G WDM SFP+: OCh <-> OTU2/OTU2e <-> ODU2/ODU2e |
Client side signaling and mapping | OC-192/STM-64 (via AMP or BMP) <-> ODU2 10GBASE-R (via BMP) <-> ODU2e 10GBASE-R (via GFP-F) <-> ODU2 10GBASE-R (via GFP-F extended payload with preamble) <-> ODU2 FC8G (via BMP) <->ODUflex (HW ready) |
100G port FEC mode | 100G OTU4: G.709 Regular FEC 100G coherent OCh: Soft-Decision FEC |
10G port FEC mode | Regular FEC (G.709) I.4 Super FEC (G.975.1) I.7 Super FEC (G.975.1) |
In-band management | GCC0 on OTU4 GCC1 or GCC2 or GCC1+2 on ODU4 GCC0 on OTU2/2e GCC1 or GCC2 or GCC1+2 on ODU2/2e |
Out-of-band management | Management Ethernet port |
Transmission protection | SNC/N SNC/I |
Network Management System | SNMP based NMS |
Application
1, Point to Point
2, Point to Point (with relay point )
3,Multi-stage multiplexing point to point applications
4,Optical Line Protection (OLP) Applications