STN6800-I-M1H10 is high density 1U height 100G OTN Muxponder with 10 ports 10G and 1 port 100G, it adopts the advanced technology and ASIC chip, and it is fully compliant with ITU-T standard, such as G.709, G.798, etc. STN6800-I-M1H10 is suitable for Metro Access and Metro Aggregation optical transport network.
STN6800-I-M1H10 is high density 1U height 100G OTN Muxponder with 10 ports 10G and 1 port 100G, it adopts the advanced technology and ASIC chip, and it is fully compliant with ITU-T standard, such as G.709, G.798, etc. STN6800-I-M1H10 is suitable for Metro Access and Metro Aggregation optical transport network.
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Characteristics |
Description |
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Shelf Type and Dimensions(mm) (W*D*H) |
440mm*350mm*44mm |
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Power Supply |
AC: Input 100～240V, 47～63Hz DC:Input -40V～-72V |
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Power Consumption |
130W with coherent CFP 110W with grey CFP |
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Client Interface |
10 SFP+ based 10G ports (10GE LAN/WAN, STM-64/OC-192, FC8G, OTU2, OTU2e) |
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System Interface |
One CFP based 100G port (coherent CFP, 4x25G DWDM CFP, grey CFP) DWDM/CWDM SFP+ based 10G port |
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Environment |
Working temperature：0°C～45°C Storage temperature：-40°C～70°C Relative humidity: 10%～90%, no condensing |
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Features |
Description |
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System Side Signal and Multiplexing Structure |
100G grey CFP: OTU4 <-> ODU4 <-> ODU2 or ODU2e or ODUflex |
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100G DWDM CFP: OCh <-> OTU4 <-> ODU4 <-> ODU2 or ODU2e or ODUflex |
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10G grey SFP+: OTU2/OTU2e <-> ODU2/ODU2e |
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10G WDM SFP+: OCh <-> OTU2/OTU2e <-> ODU2/ODU2e |
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Client Side Signal and Mapping Mode |
OC-192/STM-64 (via AMP or BMP) <-> ODU2 |
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10GBASE-R (via BMP) <-> ODU2e |
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10GBASE-R (via GFP-F) <-> ODU2 |
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10GBASE-R (via GFP-F extended payload with preamble) <-> ODU2 |
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FC8G (via BMP) <-> ODUflex (HW ready) |
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FEC on 100G Port |
100G OTU4: G.709 Regular FEC |
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100G coherent OCh: Soft-Decision FEC |
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FEC on 10G Port |
Regular FEC (G.709) |
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I.4 Super FEC (G.975.1) |
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I.7 Super FEC (G.975.1) |
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In-band DCN Management |
GCC0 on OTU4 |
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GCC1 or GCC2 or GCC1+2 on ODU4 |
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GCC0 on OTU2/2e |
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GCC1 or GCC2 or GCC1+2 on ODU2/2e |
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Out-band DCN Management |
Management Ethernet port |
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Transmission Protection |
SNC/N |
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SNC/I |
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Network Management System |
SNMP based NMS |
1. Point to point
2. Point to Point with Regeneration
3. Two Stages of Multiplexing (together with M2X16)
4. Line Side Protection with OLP
