ZXONE 9700 Product Introduction
Author: ZTE 10 May 2017
Contents
OTN Production Series Cabinet Accessories Introductio Introduction n Boards Introductio Introduction n
ZTE OTN Product Series Smart access/Convergence
Metro/Core/backbone Transmission
Smart Backbone
ZXONE 9700 Packet OTN Product
ZXMP M721
ZXONE 9700 S1/S2 ZXMPM721 DX61/62/63： •
Compact or Dense WDM
•
Easy installation
•
In metro-edge
•
4.4T/9.2T crossing
•
In Metro convergence
ZXONE 9700 S3/S6 •
14.4T/28.8T crossing
•
In core layer or
or metro access
convergence layer
ZXONE 8700 100G OTN Product
ZXONE 8700 CX21/31/51/71 ZXMP M721 CX66： •
•
1.4T/2.8T/3.2T /9.4TODUk crossing
•
100G access and convergence
•
In metro convergence, core layer or
840G crossing
•
19 inch rack
•
In metro convergence or metroedge
backbone layer
Packet cross-connection subrack
Slot 1
Slot 2
Control Unit
Slot 3
Slot 4
GMPLS control Slot 5 Slot 7
Slot 6
ODUk Switch Core ODU0
ODU1
ODU2
Slot 8
ODU3
Slot 9
Slot 10
Slot 11
Slot 12
Slot 13
Slot 14
Slot 15
Power Distribution Unit
NX41-19 subrack
NX41-19 subrack
S1 subrack
S1 subrack
SNP Board
Manages and control NEs.
Saves NE configurations.
Up to 127 sub-frames can be managed.
Collects and reports alarm and performance events of
all boards.
Manages automatic protection switchover information,
and controls automatic protection switchover.
Supports WASON configuration to implement the
intelligent network control and optimization function.
1+1 hot standby function
EIC board
Provides the NX41 sub-frame with the external interface
function
Supports drive signal output function of the cabinet alarm
rings and alarm indicators.
Support alarm input/output interface function of the
1channel-13 dry contact.
Supports the access function of the EMS, IP telephone, and
debugging device.
SOSCB Board
Transmits ECC information, orderwire information, user
information, and control information through the switchover between layer 2 and layer 3
SEOBA & SEOPA Board
Inserts the EDFA in the optical transmission link to amplify signals to
increase transmission power and extend the transmission distance
The operating principle of the M3SEOPA is identical to that of the
M3SEOBA board
OMU & ODU Board
OMU & ODU Board
EOPM4 Board
Monitors the wavelength, optical power,
and optical signal noise ratio of channel1/4/8 optical signals in real time.
Monitors wavelength, optical power,
and optical signal noise ratio of optical signals of the systems (100 Gbit/s, 50 GHz) in real time.
Supports C-band and CE-band optical
signals.
CCP Board
Implements the sub-frame communication connection, and
control and management functions of the power/interface boards
Inputs, sends, and selects the clock on a single-layer
subrack service board
Layer-2 switching function
Supports the Multiple Spanning Tree Protocol (MSTP)
Monitors the temperature of the board
1+1 hot standby function
PWE Board
Filters -48 V input power (on PWE)
Outputs 48 V power to supply power for boards on the
–
subrack ( on PWE) Inputs DC power (-38 V to -72 V), and outputs DC power (-
48 V/60 V) (on PWRL)
Supports lightning and surge protection at the power input
end and instantaneous status suppression
Supports the 1+1 hot backup function to ensure stable
power input
CCPK Board
Implements the sub-frame communication connection, and
control and management functions of the power/interface boards
Inputs, sends, and selects the clock on a single-layer
subrack service board
Layer-2 switching function
Supports the Multiple Spanning Tree Protocol (MSTP)
Monitors the temperature of the board
1+1 hot standby function
Implements board configuration and management, and
alarm/performance data collection ( on CCPK)
Provides an optical supervisory channel interface for inter-
NE communication
PSK Board
Implements the cross function with the minimum switching
granularity being ODU0
Provide the maximum cross-connect capacity of 1.2 Tbit/s
The S1 subrack supports 2+1 redundancy backup
Detects and reports the board temperature
Verifies errors of signals, and detects the performance of
signal traffic
PSV Board
Implements cross-connect of VC signals. It is used together
with client-side boards and line-side boards on the subrack
The maximum VC-4 cross-connect capacity is 200 Gbit/s
Supports redundancy and 1+1 protection for cross-connect
boards
Supports ODU (ODU1/2) BIP8 bit error count on the PM
segment
L4L×1 Board
Converts OTU signals into the backplane signals that can
be crossed in packet switching mode on the cross board
Supports GMP convergence and deconvergence between
the ODUk (k=0, 1, 2, 2e, 3, 3e2, or flex) on the backplane side and the OTU4 on the channel side
Supports overhead processing of services of ODUk (k=0, 1,
2, 2e, 3,3e2, or flex) and OTU4 types
Tunable in C band
The optical module of the channel side supports the SD-
FEC or HD-FEC
C2K×N Board
Implements service access of N (N=4, 8, 10,12, or 20)
channels at 10 Gbps at the client side
Supports the STM-64, 10GE-LAN, 10GE-WAN, 10G POS,
FC800, FC1200, OTU2 or OTU2e service type. Service types
can be customized
Optical signals can be sent to the backplane in ODU2,
ODU2e, or ODUflex format
Protects services by using the sub-wavelength scheduling
function
C1K×N Board
Implements service access of N (N=4, 8, or 16) channels at
the client side
Supports the mapping capacity of 20G
Supports STM 1/STM 4/STM 16, OC3/OC12/OC48, GE, –
–
–
FC100, FC200, FC400, ESCON, DVB-ASI, SDI, 3 G-SDI, HDSDI, CPRI(614.4 M/1228.8 M/2457.6 M/4915.2 M), Infiniband 2.5 G/5 G, OTU1 and FE
The cross granularity is ODU0/ODU1/ODUflex
Thank you
