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100G OTN Muxponder
STN6800-I-M1H10

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.

Overview

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.

Physical Characteristics

Characteristics

Description

Shelf Type and Dimensions(mm) (W*D*H)

440mm*350mm*44mm

Power Supply

AC: Input 100~240V, 47~63Hz

DC:Input -40V~-72V

Power Consumption

130W with coherent CFP

110W with grey CFP

Client Interface

10 SFP+ based 10G ports (10GE LAN/WAN, STM-64/OC-192, FC8G, OTU2, OTU2e)

System Interface

One CFP based 100G port (coherent CFP, 4x25G DWDM CFP, grey CFP)

DWDM/CWDM SFP+ based 10G port

Environment

Working temperature:0°C~45°C

Storage temperature:-40°C~70°C

Relative humidity: 10%~90%, no condensing


Technical Specification

Features

Description

System Side Signal 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 Signal and Mapping Mode

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)

FEC on 100G Port

100G OTU4: G.709 Regular FEC

100G coherent OCh: Soft-Decision FEC

FEC on 10G Port

Regular FEC (G.709)

I.4 Super FEC (G.975.1)

I.7 Super FEC (G.975.1)

In-band DCN 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-band DCN Management

Management Ethernet port

Transmission Protection

SNC/N

SNC/I

Network Management System

SNMP based NMS


Applications


1. Point to point



2. Point to Point with Regeneration



3. Two Stages of Multiplexing (together with M2X16)



4. Line Side Protection with OLP