MA5800 FTTx System Overview huawei gpon.

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FTTx System Overview
(MA5800)

Objectives
 Upon completion of this course, you will be able to:
 Describe FTTx Network structure
 Outline FTTx product functions
 Describe MA5800 Application Solutions
Page1

Contents
1. Broadband Development Demands Smart NG-OLT
2. FTTx Hardware Description
3. MA5800 Solutions Overview
Page2

Service Trend 1: 4K TV and Competition
Call for 100M–1G Bandwidth
Page3
Service need: 4K TV & content are rising，100Mbps becomes basic offer
100M
The 2014 FIFA
World Cup is
broadcasted in 4K.
4K TV = 3840 x 2160 (60 FPS) Bandwidth requirement: 40–120M
Netflix and Amazon claimed that all
their original programs produced in
2014 were in 4K.
VRP V8
0.98M
2013 2016
11.0M
3.9M
7.2M
2015
2014
23 models
of 4K TVs are available on
Jingdong online shop

Service Trend 2: FMC is Accepted by
the Industry
Page4
CO equipment
room
Residential
district
Small
cell Wi-Fi
Commercia
l district
FTTC
FTTH
FTTW
FTTO
FTTH+
FTTD
FTTB
An integrated full-service network is
required for full-service operation
Class 1: fixed and mobile service
provider
Invest in both mobile and fixed networks and develop
MBB using advantages in the fixed network domain.
Class 2: mobile service provider
Make up for the weakness in the fixed network domain
through purchasing and building (independently and
cooperatively) fixed networks.

Service Trend 3: Highlighting User
Experience
Page5
Access+digitization
Up-to-date: digitization
(smart home/enterprise)
Penetration
rate
Voice
Short message
Access
Basic:
bandwidth
monetization
1
3
Access+
Value-added:
experience
monetization
2
Revenue
+

Smart NG-OLT Helps Building
Broader, Faster, Smarter Access
Page6
Service Trend Network Optimization
HDTV to 4K TV
Single service to fixed-
mobile converged
service
Connection-oriented to
experience-oriented
Ubiquitous access to
ultra-broadband access
Single networks to
integrated access
Hardware-defined network
to smart network
Ultra-
broadban
d
FMC-
Oriented
Smart
Smart NG-OLT
20–50M to 100M–1G

Building Broader, Faster and Smarter
Access with Smart NG-OLT MA5800
Page7
Ultra-broadband FMC-Oriented Smart Capability
Smart NG-OLT MA5800
32K users with 100Mbps
non-blocking to enjoy 4K TV
Large capacity XG-PON,
TWDM PON, WDM PON
Full-service PON/P2P access,
home, office, mobile haul
Integrate OLT and aggregation
switch into one platform
Programmable and
virtualization, deliver new
services quickly
SDN-based smart services,
simplify O&M, reduce OPEX

Networking Scheme of the Smart NG-OLT
Page8
OL
T
@Home
@Move
@Work
FTTC: VDSL2 / Vectoring
FTTB/D: Vectoring / G.Fast
Mini-
OLT
DSL/POTS
RSP A
RSP B
RSP C
Smart NG-OLT
MA5800
Building
AN@CO Services
Curb
RSP
MSAN
GPON FTTH
GPON/10GPON/40GPON
AG
G
LSW
The smart NG-OLT integrates the functions of OLT and aggregation switch, Simplifies
network

FTTx Solution - Products
Page9
 Integrated management
 All the GPON series products can be management by iManager U2000 unified NMS
• Medium
xPON uplink
MSAN
• Large
OLT
• Medium
xPON
uplink
DSLAM
• xDSL+POT
S MDU
• LAN+POTS
MDU
• Outdoor
cabinet
• Stair
well box
• Bridging
ONTs
• Bridging +
Voice
ONTs
• Gateway
ONTs
• Medium
OLT
OLT MxU ONT
CO
Curb Building Home
• Mini OLT

Contents
2.1 OLT
2.2 MxU
2.3 ONT
Page11

FTTx Solution - Involved Equipment
Page12
Type Device Scenario
OLT MA5800-X17/MA5800-X7 All Scenario
MxU
MA5620/MA5626, MA5622A/MA5623,
MA5623A, MA5612A, MA5616,
MA5652
FTTB/FTTC
MA5612, MA5628 FTTO
MA5698 FTTM
ONT
Bridge ONT HG8010
FTTH
Bridge+Voice
ONT
HG8110, HG8240, HG8242,
HG8240B
Gateway ONT
HG8245A, HG8245H, HG824U,
HG8447, HG8245T, HG8247T
 FTTx Solution consists of OLT、MDU、CBU、SBU and ONT products.

MA5800-X17/MA5800-X7/MA5800-X2
 The MA5800 multi-service access module is the industry's
first smart OLT that employs a distributed architecture, and
is the industry’s most advanced OLT for next-generation
passive optical network (NG-PON), meeting the demand for
an intelligent access network with faster broadband, wider
coverage, and smarter connection to deliver better service
experience to users.
Page13

MA5800 Product Family: For 1G
access and Future Proof
Page14
• 200G slot bandwidth
• Uplink:
GE/10GE/40GE(2016)/100GE(2017)
• Line Card：PON, 10G PON, 40G
PON, WDM-PON, P2P
High
Bandwidth
• 17K FTTH user，64K D-CCAP user,
Scalable
• 1M MAC, 64K Routes, Scalable
High
Capacity
• Redundancy for every component
• Decoupled Control & forward
plane, ISSU (in-service software
upgrade)
High
Reliability
• Programmable NP hardware
• Centralized management of massive
ONUs
Smart
• 11U height , 21 inch width,
300mm slim design
• 2*control slots, 17*service slots
，2*DC input
300mm design
• 2*control slots, 7*service slots，
2*DC input
300mm design
• 2*control slots, 2*service slots，
2*DC/1*AC input
MA5800-
X17
MA5800-
X7
MA5800-
X2

MA5800-X17 Service Subrack
 It provides the intelligent access
network with faster broadband,
wider coverage, and smarter
connection to deliver better
service experience to users.
 Mounting brackets for installation
 A fan tray on top
 22 slots in total
Page15

 An MA5800-X17 service subrack provides 22 slots, including 2
slots for control boards, 2 slots for power boards, 1 slot for the
general purpose input/output (GPIO) board, and 17 slots for
service boards.
Page16

Page17

 An MA5800-X7 service subrack provides 22 slots, including 2
slots for control boards, 2 slots for power boards, 1 slot for the
general purpose input/output (GPIO) board, an 17 slots for service
boards.
Page18

Page19

 An MA5800-X2 service subrack provides 5 slots, including 2 slots
for control boards, 2 slots for power boards, 2 slots for service
boards.
Page20
Control Board slot 3 Control Board Slot 4
Power Board
Slot 0
Service Board Slot 2
Service Board Slot 1

MA5800-X17/MA5800-X7 Board List
Board Type Board Name
Control Board (SCU) MPLB
Upstream
Interface Board
(GIU)
GE/10GE Ports NXED
Universal Interface Board (GPIO) CIUA
Power Board PILA
Service Board
GPON GPHF, GPSF
10G GPON XGHD
TDM EDSH
P2P OGHK
Ethernet OXHD
Page21

Control Board – Interface
Port Function Connection
CON (RS-232
serial port)
Supports local and
remote maintenance
Use the local maintenance
serial port cable to connect
to the serial port of the
maintenance terminal.
ETH (10/100M
Base-T
maintenance
network port)
Supports local and
remote maintenance
Use the network cable to
connect to the Ethernet port
of the maintenance terminal.
ESC (RS-485
monitoring
serial port)
Provides the
environment monitoring
channel.
Use the environment
monitoring cable to connect
to the serial port of the
monitored device.
GE/10GE
optical ports
Connect to subscriber
terminals or work as
upstream ports.
Use the optical fiber to
connect to the peer device.
USB Reserved
Connected to the USB 2.0
storage device.
Page22
MPLB
MPLA

Control Board – Working Principle
Page23

Control Board – LED
RUN ALM: running status LED
Green: on for 1s and off for 1s repeatedly The board works in the normal state.
Red: on for 0.25s and off for 0.25s repeatedly The board is starting up.
Orange: blinks A high-temperature alarm is
generated.
Red: on The board is faulty.
ACT: active LED
Green: on/off / The board is active/standby.
LINK: link/data status LED
Green: on A connection is set up on the port.
Green: blinks Data is being transmitted.
Yellow: off No connection is set up on the port.
USB: USB port status LED
Green: steady on The USB device is recognized
normally.
Green: blinks The USB device exchanges data
with the control board.
Page24

Control Board – Daughter Board
Daughter
Board
Corresponding
MPL Board
Function
H901CKUA H901MPLB
• Implements clock processing and provides the
stratum-3 clock for the system.
Page25

Upstream Board – Interface
 The H901NXED board supports the following features and
specifications:
 8 ETH SFP ports that support 10GE/GE optical modules
 Line clock used as the system clock
 A maximum of 80 Gbit/s non-convergence upstream bandwidth
 Ethernet clock synchronization
 High-temperature protection
 Board power-off for energy conservation
Page26
Port Function Connection
GE/10GE
optical ports
Connect to subscriber
terminals or work as
upstream ports.
Use the optical fiber to
connect to the peer device.
NXE
D
10GE/GE
upstream
port
Connected
the
10GE/GE
port to the
upper-layer
device

Upstream Board – Working Principle
Page27

Universal Interface Board – Interface
 The H901CIUA board supports the
following functions:
 Seven inputs of alarm digital parameters
and one output of digital controlling
parameters
 Two inputs of 2 Mbit/s or 2 MHz BITS
clock signals
 Two inputs of 1 PPS+TOD time signals
 One output of 2 Mbit/s or 2 MHz clock
signals
 One output of 1PPS time signals
 External monitoring Ethernet port to
transparently transmit monitored data
 RS485 port to transparently transmit data
 Multiple working modes, such as tracing,
holdover, and free-run
Page28
CIUA

Universal Interface Board – Working
Principle
Page29

Power Board – Interface
 The H901PILA board supports the
following features and specifications:
 One -48 V DC power input
 Filtering and current-limiting for the
power input port
 Power input detection and protection
fuse fault detection
 Reporting of the protection alarm and
board online signal
Page30
PILA

Power Board – Working Principle
Page31

GPON Service Board
 External connections of the GPON service board
 An example of the network topology
Page32
GPON
Service
Board
ONT
MPLA/MPLB
Backplane
GPON Port
50G/100G
-48V
M
P
L
X
G
P
O
N
ONU
PC
Gateway
IP/MPLS
N
X
E
D

GPON Service Board
 GPON service boards work together with
ONTs to provide GPON access services
 Differences between GPON service
boards:
Page33
Board
Number
of Ports
Optical
Module
Max Split
Ratio
QoS
GPHF 16
SFP (Class
B+ and Class
C+)
1:128
4-level
HQoS
GPSF 16
SFP (Class
B+ and Class
C+)
1:128
2-level
HQoS
GPH
F
GPSF

GPON Service Board - Working
Principle
Page34

10G GPON Service Board
 The H901XGHD board is a 8-port 10G
GPON Interface Board. It works together
with the optical network terminal (ONT) to
provide 10G GPON access services.
Page35
Board
Number
of Ports
Optical
Module
Max Split
Ratio
XGHD 8 SFP 1:128
XGHD

10G GPON Service Board - Working
Principle
Page36

TDM Service Board – EDSH
 The H901EDSH is a 32-channel TDM E1 upstream
board, it provides TDM service upstream ports.
 The H901EDSH board supports the following
functions:
 Native TDM function
 CESoP function
 Temperature query and high-temperature alarm
 Automatic power shutdown in case of a high temperature
Page37
SDH/DDN
M
P
L
X
G
P
B
D
E
D
S
H
E1
GPON
network
EDSH

TDM Service Board – Working Principle
Page38

P2P Interface Board – OGHK
 The H901OGHK board is a 48-port GE/FE Optical Interface Board, providing
Ethernet optical access. It supports up to 48 channels of GE/FE P2P access
services, and is applicable to Ethernet access.
Page39
OGH
K
High-end 48-port GE/FE aggregation board
Number of ports
48 x GE/FE (CSFP interface)
24 x GE/FE (SFP interface)
Forwarding
capacity
40G
MAC addresses 128K
Max frame size
2004 bytes
9216 bytes (jumbo enabled)
VLAN forwarding
VLAN+MAC or
SVLAN+CVLAN
Clock
synchronization
SyncE/1588v2
Link aggregation
Supported at inter-board and
intra-board levels
Power
consumption
Max: 75 W

P2P Interface Board – OGHK
 External connections of the P2P interface boards:
 An example of network topology:
Page40
OGHK
Control
Board
Backplan
e
ON
T
50G/100
G
-48V
48/24*GE/F
E
NGN/IMS
EMS
GE/10G
E
M
P
L
X
O
G
H
K
O
G
H
K
O
G
H
K
LAG
DSLAM
P2P ONT
GE
IP
O
G
H
K
N
X
E
D

P2P Interface Board - Working Principle
Page41

Ethernet Service Access Board –
OXHD
 The H901OXHD board is a 8-port 10GE Optical Interface Board.
Page42
OGH
K
OXHD
High-end 8-port 10GE aggregation board
Number of ports 8 x 10GE/GE
Forwarding
capacity
80G
MAC addresses 128K
Max frame size
2004 bytes
9216 bytes (jumbo enabled)
VLAN forwarding
VLAN+MAC or
SVLAN+CVLAN
Clock
synchronization
SyncE/1588v2
Link aggregation
Supported at inter-board and
intra-board levels
Power
consumption
Max: 50 W

OXHD
 The H901OXHD board supports the following features and specifications:
 8 channels of optical access
 Cascading and aggregation
 10GE/GE optical modules
 Port issuing synchronous Ethernet clock signals
 Temperature reading and high-temperature alarm
 Automatic power-off in case of high temperature
Page43
ETHB
M
P
L
X
P
I
L
A
C
I
U
A
FAN
10 1718
16
15
14
13
12
11
9
8
2 7
6
5
4
3
0 1 19
P
I
L
A
IP Core
PE
O
X
H
D
4GE/40GE
LAG
O
X
H
D
O
X
H
D
LAN
Switch
2GE/20GE
LAG
DSLAM
O
X
H
D
…
M
P
L
X
NXED
40GE Uplink
2GE/20GE
LAG
4GE/40GE
LAG

Working Principle
Page44

FLHF Board , 16 Port FLEX PON
Page45

FLHF Board , 16 Port FLEX PON
Page46

Contents
2.1 OLT
2.2 MxU
2.3 ONT
Page47

MxU Series
Page48
FTTB LAN FTTB/C DSL FTTM/FTTO D-CMTS
MA5652
•GPON
•8/16/24VDSL2+1RF
MA5620&MA5626
•XPON/GE
•8/16/24FE+8/16/24POTS
•8FE(POE)
•4GE+4FE（POE）
MA5628
•XPON/GE
•4GE/FE+4E1
MA5616:
•XPON/GE
•256POTS/128ADSL2+/96VDS
L2/64G.SHDSL/32ISDN
MA5612A：
•XPON/GE
•2 EIUC:2GE+22FE
MA5612:
•XPON/GE
•48POTS/2GE+22FE/8E1/RF
MA5612:
•XPON/GE
•48POTS/2GE+22F
E/8E1/RF
MA5622A/MA5623A
•24VDSL2+24POTS
• Support Vectoring
MA5626
•XPON/GE
•8/16/24FE+POTS
•8FE(POE）
•4GE+4FE（POE）
MA5698:
•XPON/GE
•16E1
MA5633:
•XPON/GE
• 2/4 RF port

MA5616 Introduction
 Mainly used in the FTTB, FTTC, FTTN, and leased line
access scenarios
 Can also work as a traditional mini IP DSLAM or an MSAN
to provide traditional broadband and voice services
Page49

MA5616 Introduction
 Height: 2U
 Width: 19 inch
Page50
Control Board CCUB CCUC CCUE
Upstream Ports
• 1GE +
1GPON
• 2GE
• 2 GE/GPON
adaptive ports
• 2 GE/GPON
adaptive
• 10G GPON
Maximum
Number of
User
Ports
Broadband
256 ADSL2+ 256 ADSL2+ 256 ADSL2+
128 VDSL2 192 VDSL2
192 VDSL2
(Vectoring)
64 SHDSL 64 SHDSL 64 SHDSL
Narrowband 256 POTS / 32 ISDN
Combo 128 ADSL2+ & 128 POTS
Ethernet N/A
64 FE /
8 FE + 8 GE
N/A
Power Supply AC / AC + Backup Power / DC

MA5616 Features – Combo Board
 The combo board integrates ADSL2+ access, POTS access,
and embedded splitter together to support a high subscriber
density, and reduce carriers' maintenance costs
Page51
MDF Combo
MDF
POTS
ADSL
One board support both
broadband and VoIP services
Without Combo With Combo
One user cable
Three user cables

MA5616 Applications
Page52

MA5620 & MA5626 Introduction
 Mainly used in FTTB scenarios
 Supports flexible configurations with different appearances
Page53
MA5620 24FE+24POTS
MA5626 Reverse PoE
MA5626 24FE
MA5620 16FE+16POTS
MA5620 8FE+8POTS
MA5626 PoE
MA5626 16FE

MA5620 & MA5626 Introduction
 MA5620/MA5626 provides a variety of configuration to
accommodate different user density
Page54
Device MA5620 MA5626
User
Ports
• 8/16/24 POTS
• 8/16/24 FE electrical
ports
• 8/16/24 FE electrical ports
• 4 FE + 4 GE electrical ports
(PoE)
• 8 FE electrical ports (reverse
PoE)
Upstrea
m Ports
• Dual GPON
• Dual GE
• 1 GPON + 1GE
• Dual GPON
• Dual GE
• 1 GPON + 1 GE
Power
Supply
• 110V AC or 220V AC
• 110V AC or 220V AC
• 220V AC (PoE mode)

MA5626 Features – PoE
 Power over Ethernet (PoE) enables MDUs to provide DC
power, in addition to data signals, to access terminals over
existing Ethernet cables
Page55

MA5620 & MA5626 Applications
Page56
iManager U2000
Multicast Server
NGN/IMS
GE
10GE
PCs
PCs
Phone
FE
POTS
FE/GE
MA5620
MA5626
Splitter
OLT
BRAS
FTTB/C
FE/GE
FE/GE
FE/GE
FE/GE
Storage Server
Video Decoder
Monitoring
TV Wall
Management Terminal
Monitoring
Point 1
Camera
Video Monitoring
Network
MA5626
MA5626
OLT
Splitter
Monitoring
Point 2
Camera

MA5622A Introduction
 Mainly used in FTTB and FTTC scenarios
 Can provide traditional voice, data, and video services as a
traditional Mini DSLAM or MSAN
Page57

 MA5622A configuration
 MA5622A applications
Page58
User Port 24 VDSL2 + 24 POTS (support vectoring)
Upstream Port Can be configured with GPON or GE flexibly
Power Supply AC + Backup Power
User
User
MA5622A
MA5622A
VDSL2
POTS
VDSL2
POTS
Splitter
OLT
GE
iManager
U2000
Multicast-
Server
NGN/IMS
Switch

 Mainly used in FTTB and FTTC scenarios
 Can provide traditional data and video services as a
traditional Mini DSLAM or MSAN
Page59
User Port 48 VDSL2 (support vectoring)
Upstream Port GPON / EPON / GE
Power Supply AC + Backup power / DC

MA5623A Applications
Page60
User
Remote
Site
CO Site Upper Layer
Network
U2000
Multicast
Server
OLT
LAN
Switch
MA5623A
MA5623A
VDSL2
Residential Area
Residential
Area
Residential
Area
Residential
Area
FTTB/FTT
C
Mini
DSLAM/MSAN

MA5698 Introduction
 MA5698 Multi-service Access Module (MA5694/MA5698 for short)
is an optical network unit (ONU)
 MA5698 provides connection to a base station through the E1,
GE, or FE port and upper-layer devices.
Page61
User Port 16 E1
Upstream Port GPON / EPON / GE
Power Supply AC + Backup power / DC

MA5698 Applications
Page62
 access service of base station through a GE port .
 access service of base station through an E1 port (PWE3
mode)

MA5612 Introduction
 Supports FE/GE, POTS, E1/T1 and RF ports
 Mainly used in FTTB/FTTC scenarios
 Can meet certain requirements of private line access
Page63

MA5612 Introduction
 A card-insertion box-type device of 1U high
 Provides flexible configuration specifications with different
service boards inserted
Page64
Device Number of Ports
Corresponding
Service Board
MA5612
(without
RF)
2 GE + 6 FE + 48 POTS ASNB
2 GE + 22 FE + 16 POTS EIUC
2 GE + 6 FE + 16 E1/T1 + 16 POTS E81A
MA5612
(with RF)
2 GE + 6 FE + 48 POTS + RF ASNB
2 GE + 22 FE + 16 POTS + RF EIUC
2 GE + 6 FE + 16 E1/T1 + 16 POTS +
RF
E81A

MA5612 Applications
Page65
BTS
Node B
E1/T1
FE/GE
PBX
Enterprise
Router
FE/GE
E1/T1/POT
S
MA5612
MA5612
MA5612
Communit
y
Community
LAN/POTS
LAN/RF
Optical
Splitter
Beam
Combiner
OLT
E1/GE
SDH/
Metro
CATV Server
iManager U2000
Multicast Server
NGN/IMS
Enterprise
Headquarters
FTTM
FTTO
FTTB/C

MA5628 Introduction
 Two device models:
 Outdoor & Box-type
 Mainly used in leased
line services
Page66
Outdoor
Box-type

MA5628 Introduction
 Configurations and dimensions of the MA5628
Page67
Integrated Standalone
User Port 4 GE + 4 E1/T1 4 GE + 4 E1/T1
Upstream Port GPON GPON
Power Supply Mode AC AC/DC
Width x Depth x
Height
450 x 305 x 110
mm
Without mounting brackets:
• 442 x 220 x 43.6 mm
With mounting brackets:
• 482.6 x 220 x 43.6 mm

MA5628 Applications
Page68
BTS
Node B
E1/T1
GE
PBX
Enterprise Router
GE
E1
MA5628
MA5628
Optical
Splitter
OLT
E1/GE
SDH/
Metro
iManager U2000
Multicast Server
Enterprise
Headquarter
Base Station Private Line
Access
Enterprise Private Line Access

MA5633 Introduction
 MA5633 is a
distributed-CMTS (D-
CMTS) head end
device located at the
optical node
 MA5633 is mainly used
in a PON + D-CMTS
network
Page69

MA5633 Ports
Port Type Ports Number Function
Uplink optical
port
1
Provides one uplink port, which can be
configured as GPON/GE, using SFP
pluggable modules
GE electrical
port
1 Support a GE electrical ports upstream
Commissioning
serial port
1
Provide local maintenance and remote
maintenance functions
Maintenance
Ethernet port
1
The debug Ethernet port provides local
and remote maintenance functions. It is
100M full duplex adaptive
RF port
•2-in-2-out
•4-in-4-out
Input/output the CATV and Ethernet
signals
Page70

MA5633 Indicators
Page71
PWR
Indicates the power
supply status
RUN/ALM
Indicates the
running status
DOCSIS_A
CT
Indicates the PON
port's link status
DOCSIS_R
UN
Indicates the
authentication
AUTH/ACT
Indicates D-CMTS
distributed veneer
status
LINK Indicates CM status

MA5633 Modulation Mode
Parameter Specification
Downstream channel frequency
bands
8MHz (European) / 6MHz
(American)
Upstream channel frequency bands 1.6MHz / 3.2MHz / 6.4MHz
Default value: 3.2MHz
Upstream modulation Support ATDMA and SCDMA
Upstream modulation order Supports a maximum 256-QAM
Downstream modulation QAM
Downstream modulation orde Supports a maximum 1024-QAM
Downstream aggregation bit rate ≤ 800Mps
Upstream aggregation bit rate ≤ 160Mps
Support the number of terminals 256
Page72

MA5633 Power Supply
 Two ports can be used for the power
supply in different scenarios
 POWER port: Only used for local AC
power supply
 RF IN0 port: Couples the power
supply with CATV signals before
sending them to the MA5633. This
port applies to the scenarios where
CATV and power signals are mixed
 They cannot be used at the same
time
Page73
Overcurrent protection
switch

MA5633 Heat Dissipation
 The MA5633 is optimally designed to achieve passive
cooling
 The sub rack of the MA5633 is made of die casting aluminum
alloy. With this type of material, the mother board of the sub
rack implements passive cooling using a cooling groove.
 Advantages:
 Quite with less noises
 Avoid the easily broken fan, and the maintenance cost is
reduced
 Reduce the power consumption
Page74

MA5633 Specifications
Page75
RF port
Either of the following configurations:
 2-in-2-output
 4-in-4-ouput
Uplink port GPON/GE, supporting an SFP optical module
Number of
frequencies
Maximum of 16 DS (800Mbit/s) or 4 US (160Mbit/s) frequencies
Basic frequency (European standard): 2DS/2US, 4DS/4US, and
16DS/16US
Basic frequency (American standard): 4DS/4 US and 8DS/4 US
Power supply
 220V AC local power supply
 60V/90V AC remote power supply
Temperature −40℃ to +55℃
Power consumption 39W (without a power amplifier) or 93W (with a power amplifier)
Dimensions (H x W x
D)
153 mm x 400 mm x 275 mm

MA5633 Applications
Page76

D-CMTS Major Services
Page77
HSI
stream
VoD
stream
CATV
stream

Questions
 How many types of MxU?
 What are the differences between MA561x series and
MA562x series?
 Can MA5612 provide CATV service?
Page78

Contents
2.1 OLT
2.2 MxU
2.3 ONT
Page79

ONT Series
Page80
Bridging Bridging + Voice Gateway
HG8010
1 LAN
HG8110
1 LAN + 1 POTS
HG8240
4 LAN + 2 POTS
HG8245/HG8245T
4 LAN + 2 POTS
1 USB
Wi-Fi
HG8240R
4 LAN + 2 POTS

ONT Series
Type Product Name User-to-Network Interface (UNI)
Bridging HG8010 1GE
Bridging + Voice
HG8110 1POTS + 1GE
HG8240 2POTS + 4FE/GE
HG8242 2POTS + 4GE + 1RF
HG8240B 2POTS + 4GE
Gateway
HG8240R 2POTS + 4FE
HG8245 2POTS + 4FE/GE + USB + Wi-Fi
HG8247 2POTS + 4GE + USB + RF + Wi-Fi
HG8447 4POTS + 4GE + USB + RF + Wi-Fi
HG8245T 2POTS + 4GE + USB + Wi-Fi
HG8247T 2POTS + 4GE + USB + RF + Wi-Fi
Page81

ONT Network Applications
Page82
PC
PC
PC
TV
TV
TV
ST
B
ST
B
ST
B
Phone
Phone
Phone
HGW Bridging
ONT
Bridging +
Voice ONT
Gateway
ONT
Optical
Splitter OLT
NGN/IMS
IPTV
Headend

Bridging ONT – HG8010
Page83
Port Number Function
OPTICAL 1
Used to provide optical upstream connection
The optical connector is an SC/APC connector
LAN 1
Auto-adaptive 10/100/1000 Base-T Ethernet port (RJ-45)
Used to connect to the PC or IP set-top box (STB)
POWER 1 Used to connect the power adapter

Bridging + Voice ONT – HG8240
Page84
OPTICAL 1
The optical port is equipped with a rubber plug and is connected to an
optical fiber for upstream transmission
The type of the optical is SC/APC
LAN 4
Indicate auto-sensing 10/100/1000M Base-T Ethernet ports (RJ-45), used
for connecting to PCs or IP set-top boxes (STBs)
TEL 2
Indicate VoIP telephone ports (RJ-11), used for connecting to the ports on
telephone sets
POWER 1 Used for connecting to the power adapter or backup battery

Gateway ONT – HG8245
Page85
OPTICAL 1
optical fiber for upstream transmission. The type of the optical is SC/APC
LAN 4
for connecting to PCs or IP STBs
TEL 2
Indicate VoIP telephone ports (RJ-11), used for connecting to the ports on
telephone sets
POWER 1 Used for connecting to the power adapter or backup battery
USB 1 Indicates the USB host port, used for connecting to a USB storage device
WLAN 1 Indicates the WLAN button, used to enable or disable the WLAN function

Gateway ONT – HG8247
Page86
CATV 1 Indicates an RF port, used to connect to a TV set
OPTICAL 1
optical fiber for upstream transmission. The type of the optical connector
is SC/APC
LAN 4
for connecting to PCs or IP STBs
TE 2
Indicate VoIP telephone ports (RJ-11), used to connect to the telephone
set.
Power 1 Used for connecting to the power adapter or backup battery
USB 1 Indicate USB host port, used to connect to USB storage devices
WLAN 1 Indicates the WLAN button, used to enable or disable the WLAN function

Questions
 How many services does HG8240 support?
 Which ONT can support Wi-Fi service?
Page87

Contents
3.1 Ultra-Broadband
3.2 FMC-Oriented
3.3 Smart Capability
Page88

100M–1G Bandwidth Requires OLT
200G/slot
Page89
Scenario Slot Bandwidth Number of Users per Slot CIR PIR
FTTH 200G 2,000 100M 1G
FTTB/FTTC
200G 4,000 50M 200M
200G 2,000 100M 500M
System bandwidth requirements in different scenarios

Solution 1: 200G/Slot Backplane, No
Congestion in NG-PON2
Page90

Solution 2: Distributed Forwarding
Architecture for Large-Capacity
NGPON
Page91
10GPON/10GE 40GPON/WDM-PON/100GE
GPON/GE
Slot Bandwidth
40G
200G Line
Card#1
Line
Card#2
Switch +
Forward
Engine
Uplink#1
Uplink#2
Line Card#1
Forward
Engine
Line Card#2
Forward
Engine
Uplink#1
Forward
Engine
Uplink#2
Forward
Engine
Switch
Fabric
Last Generation OLT：
Centralized Forwarding
New Generation OLT：
Distributed Forwarding
MA5800
All packages from line cards do forwarding lookup in
the central forward engine.
The system switch capacity is limited by the central
forward engine which max switch capacity is 3T bps
now in industry.
The forwarding table maybe not enough because the
forwarding table is shared in whole system.
For example: MAC table: 256K/Routing table:
16K
Same architecture with Core routes and switches:
Each line card has its own forward engine to do
packet forwarding lookup.
The system switch capacity is the sum of each line
card, totally 7Tbps, future may expand to 14T.
The system forwarding table is enough big and
easily extended by add uplink cards.
For example: MAC table: 1M/Routing table:
64K

Solution 3: NG-OLT+10GPON for Large-
Scale Ultra-Broadband Deployment
Page92
IP/Ethernet
MAN NG-OLT
10GE/100GE
DSL/POTS
MxU
NG-FTTB
NG FTTH
ONT
NG-FTTB
MxU
LAN/POTS
10GPON
Large-scale 1G ultra-broadband
deployment: 10GPON+NG-FTTH
Economical 100M ultra-broadband
deployment: 10GPON+NG-FTTB
 NG-OLTs provide high-density 10GPON
boards so that they can be used to support
large-scale 1G ultra-broadband deployment
and meet future service requirements.
 Large-capacity NG-OLTs and
10GPON+FTTB can be used to achieve
economical and fast 100M ultra-broadband
deployment.

Smooth Evolution of Access in Next
10 Years
Page93

Contents
3.1 Ultra-Broadband
3.2 FMC-Oriented
Page94

Smart NG-OLT Supports Full Service
Convergence, FMC
Page95
Vector/G.FAST
XG-PON
GPON
TWDM
PON
SPL
RSP1
RSP2
RSP3
WM+CE
x
GPON/
XG-
PON
XG-PON/
TWDM-
PON
Mini-OLT
GE/10GE
10G EPON
EPON/
10G EPON
GE/10GE
FTTC/B/
D
OLT
AGG
MA5800-X17
MA5800-X7
SPL
+
GPON/EPO
N
SPL
WDM PON
AWG
WDM PON
RRU
Move
Office
Home
Smart NG-OLT
DOCSIS3.0/3.
1
CMC MA5633
GPON

TWDM-PON System and Key
Features
Page96

TWDM-PON Application 1: Multi-
service converged networking
Page97
IP/Ethernet
MA5800
Splitter
WM+CEx
NMS
ODN
TWDM-PON / λ1
GE/10 GE
TWDM-PON
GPON
XG-PON
@Home
XG-PON
Move
GPON
TWDM-PON / λ4
@VIP Home
@enterprise
。。。。。。
@mobile
 TWDM-PON share ODN with GPON/XG-PON , no need to change network, and supply
different bandwidth according to requirements:
 Supply 100M to general home user base on GPON.
 Supply 1G to vip home user base on XG-PON .
 Supply service for enterprise and mobile backhaul base on the DS/US Symmetrical 10G of TWDM-
PON.

TWDM-PON Application 2:
Aggregation of FTTC/B/D
 The 40G bandwidth, P2MP mechanism of TWDM-PON , suitable for the aggregation of
FTTC/B/D
 Totally 40G，max 10G uplink per site.
 Wave-multiplexed, save trunk fiber resources , and simplify network architecture, fasten deployment.
Page98
IP/Ethernet
MA5800
Splitter
NMS
ODN
TWDM-PON /
λ1
GE/10 GE
TWDM-
PON
TWDM-PON / λ3
FTTDp
TWDM-PON / λ2
FTTDp
FTTB
FTTC
TWDM-PON / λ4
50M/user
100M/user
1G/user
1G/user
WM+CEx

TWDM-PON Application 3: Open
Access
 Base on the wave-multiplex mechanism of TWDM-PON, operators could open access for
different ISP, improve ROI.
 Different ISP connect their own OLT to the same ODN by allocated different wavelength.
 ISP is isolated from each other, safe and reliable.
Page99
ODN
TWDM-PON / λ1
TWDM-PON / λ3
ISP4 user
TWDM-PON / λ2
ISP3 user
ISP2 user
ISP1 user
TWDM-PON / λ4
splitter
λ1~ λ4
λa~
λd
OLT3
OLT2
OLT1
OLT4
ISP1
ISP2
ISP3
ISP4 WM+CEx

Migrate from GPON/XG-PON to
TWDM-PON (Simple and Seamless)
 Current GPON/XG-PON, TWDM-PON signals can be both carried with the same ODN
based on the wavelength multiplex. Easy to plan and management.
 Only the upgraded user’s profile need to be reconfigured under the GPON/XG-PON port
when one user upgrade to TWDM-PON.
Page100
ODN
GPON
ONT
Reuse
ODN
网管
G
P
O
N
CE = Instance of co-existance element
WM = wavelength multiplexer
MA5800
G
P
O
N
X
G
P
O
N
Update
NMS
1
2 Upgrade software,
Insert new
TWDM-PON card
T
W
D
M
3 Configure
TWDM-PON
user data
WM+CEx
4 Replace WDM1r with WM+CEx , and
change related fibre jumpers
TWDM-PON ONU
5
Add a new
TWDM-PON
ONU, or
replace old
GPON ONT
TWDM-PON channel group
WDM1r shelf
XG-PON ONU

10GPON/TWDM-PON/WDM-PON
Comparison
Page101
Items 10G GPON
NG-PON2
TWDM-PON WDM-PON
Line rate Ds: 10Gbit/s; Us: 2.5Gbit/s
40G Asymmetrical : Ds: 4*10Gbit/s; Us:
4*2.5Gbit/s
40G Symmetrical : Ds: 4*10Gbit/s; Us:
4*10Gbit/s
Prototype: Ds/Us Symmetrical
16*2.5Gbit/s
Future: Ds/Us Symmetrical
16*10Gbit/s
Max bandwidth
per ONT
Ds: 10Gbit/s; Us: 2.5Gbit/s Ds: 10Gbit/s; Us: 10Gbit/s Ds: 10Gbit/s; Us: 10Gbit/s
Advantages
 Mature standard and
industry chain, able to
scale commercial deploy.
 Could hybrid with
TWDM-PON, Smooth
evolution
 Buy wave as need, pay as you grow
 Ds/Us Symmetrical 10G
 High capacity, 40/80G per Group
 Share ODN with XG-PON, no need to
change .
 every user occupies an
exclusive wavelength, safe and
reliable.
 Support Ds/Us Symmetrical 10G
 Short delay, high capacity,
suitable for CPRI mobile
fronthaul.
Disadvantages
 Not support Symmetrical
10G for both Ds/Us,
application scenario
limited
 Currently immature industry chain, is
expected in 2018 can scale to obtain
（G.989.3 has not been released, no GMAC
Asic chipset）
 Currently immature industry
chain
 Need to do little change on ODN,
add a MUX/DeMux device, this
leads a ~4dB optical loss.
Scenario
Able to scale commercial
deploy after GPON era:
 Home, office, mobile
Mainstream of NG Access after XG-PON：
 Office, mobile backhaul, aggregation of
FTTC/B/D, Open Access
 Specific scenario with symmetrical mode
asked.
Applicable for some special
scenarios :
 Leased line applicaton which
care about security and
bandwidth.
 CPRI mobile fronthaul.

High Capacity and Non-blocking
Aggregation
Page102

4-Level HQoS Ensures Fair Access
and Service SLA
Page103

Contents
3.1 Ultra-Broadband
3.2 FMC-Oriented
Page104

Key points of Realizing vAN
Page105

Independent Hardware Resources
Page106

Independent Software Features
Page107

Management base on Right and
Domain
Page108

SFP Specification
Page109

SFP COMBO Specification
Page110

MA5800 FTTx System Overview huawei gpon.

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