ZTE

FTTx Solution Helps Build an Easy-to-Upgrade

and Future-Proof Fixed Broadband Network

Sunny
Fixed-Network Manager
09400788823
shangni.sunny@zte.com.cn
 ZTE
Confidential▲

01. Why We Need FTTx

02. FTTx Solution Meets Different Needs
Content 03. Evolution Solution to NG Network
04. Service Bearing Solution
05. Product Portfolio
06. Key Features
 ZTE
Confidential▲

01. BB Subscribers Are Soaring

Why We Need FTTx
02. Subscribers’ Requirements
03. Big Data is Booming
04. NBNs Have Huge Potential
 Confidential▲
Broadband Subscribers Are Soaring

There will be 870 million broadband subscribers

across the world at the end of 2020.

The penetration rate of BB increases fast, will be

41% in the end of 2020, 6% higher than 2015.

Global BB subscribers develop very quickly and

stably, it increases 37.5 million subscribers in
2017.
Source: SNL Kagan

The broadband access market is fast growing and has huge potential
© ZTE All rights reserved
4
Big Data Spurs High Bandwidth Network Construction Confidential▲

Air
Sharing

4K/8KTV
Cloud Intelligent
Service Network

Virtual MBB-FBB
Reality Convergence

© ZTE All rights reserved

5
 NBNs Promote Broadband Development Confidential▲

50M,2014 75%; 2018 100%, FTTH and VDSL

Digital UK, 100% BB coverage till 2012

FCC:100M for 100M subscribers
before 2020

In 2016Q1, The global average connection

Broadband China has been selected into 12th Five- speed is 6.3 Mbps, a 12% increase from
Year Plan projects 2015Q4.
Source: akamai’s [state of the internet] Q1 2016 report
Japan ‘s strategy: more than 100Mbps in 2015

NBNs are a market with huge

According to an ITU report, 151 countries have unveiled their
own National Broadband Plan.
potential
© ZTE All rights reserved
6
 ZTE
> Confidential

01. FTTH Solution 02. FTTO Solution

FTTx Solution Meets
03. FTTB Solution 04. FTTdp Solution
Different Needs
05. FTTC Solution

© ZTE Corporation. All rights reserved.

 Build Flexible Adaptation and Easy-to-use Broadband Network Confidential▲

Core Aggregation ODN Access

FTTH
SS/IMS 40 SFU
G/
10
G/ Splitter Detection/Diagnosis HGU
GE
BNG/BRA /F
E OLT
S/SR/Switch FTTM eNodeB
VoD/IPTV IP E/ ONU/CBU
/F Splitter Detection/Diagnosis
GE BTS/NodeB
0 G/ M -N
1 / ST
G/
4 0 1 /T1
BNG/BRAS E FTTH
/SR/Switch SFU/HGU
Internet/OTT FTTO
SBU
Management/OAM/ OLT Splitter FTTdp
TDM Diagnosis
Detection/Diagnosis DPU
OLT Modem
FTTB
BSC/RNC
CPN
OLT Splitter MDU/MTU

© ZTE All rights reserved

8
 FTTH Solution Confidential▲

Laptop
1550nm
CATV PC

G E /1 0 ONU CATV
G E /4 0
GE
IPTV server Phone
Splitter
WDM
GE Laptop
G E /1 0 1 ONU +1 HGU
SS/IMS Internet
IPTV
EMS
Optical fiber Ethernet cable
Phone line Coaxial cable Phone

Features Benefits
n In initial phase, OLT is installed at C.O and easy for maintenance; n 100~1000Mbps bandwidth access.
in large scale phase, OLT is installed at equipment room near to n Provides HSI, VoIP, IPTV, CATV, and other services.
the subscriber n Reduces OPEX and is easy to maintain.
n With high bandwidth to the user, but has high CAPEX, and the
engineering is much complex.
© ZTE All rights reserved
9
 FTTO Solution Confidential▲

PBX Phone

G E /1
0G E /
IPTV server 40G E
ONU PC
OLT
E1/T1 /STM-1/STM-4

PSTN LAN switch

E Splitter
GE /4 0 G
E /1 0 PC
F E /G
SS/IMS Internet ONU PBX
EMS
Optical fiber Ethernet cable
Phone line TDM Office

Features Benefits
n OLT is installed at C.O and easy for maintenance n Provide 100~1000Mbps to enterprise and business users.
n Fiber is deployed at office, less than 50m between ONU and n Support TDM leased line, VPN, HSI, VoIP and wholesale
subscriber. services
n Use SBU(few ports) and MTU(more ports, even with PoE n Easy for maintenance and save OPEX
function) for access
© ZTE All rights reserved
10
 FTTB Solution Confidential▲

ADSL 2+/VDSL2 Modem

PC
GE /
IPTV server 10G
E /4 0 Phone
GE MDU MDU
E1/T1 /STM-1/STM-4
PSTN
E OLT FTTB+DSL
E/ 40G Splitter
E /1 0 G IAD/HGW
F E /G

SS/IMS Internet LAN switch

EMS
MDU
PC
Phone line TDM
Optical fiber Ethernet cable MDU FTTB+LAN PBX

Features Benefits
n Reuse the existing CAT-5 or twisted-pair, the distance between to n Low investment, full leverage optical fiber and copper resource
the users is less than 100m. n Fiber deeper, VD2 Vectoring has more advantage, 100M +
n Splitter is installed in the corridor, ONU uses LAN/DSL type MDU access is possible
n Save fiber resource, number of PON port and OLT ,the density n Fast deployment, low operation and maintenance cost
and cost FTTB is lower than FTTH. n Fiber closer to end user, easy migration to FTTH
© ZTE All rights reserved
11
 FTTdp Solution Confidential▲

G E /1 0 G RG
E /4 0 G E DPU
Internet/CDN OLT

40G E Reverse feed

0G E /
G E /1

SS/IMS
Optical fiber Ethernet cable EMS/ACS
Phone line DPU RG

Features Benefits
n As the supplement of FTTH, manage and maintenance like FTTH n Easy deployment, solve the issue of cabling and power
n OLT is installed at C.O, DPU is installed outdoor or pole mounted, and supply
is less than 200m to the users. n Fiber deeper, VD2 Vectoring and G.fast has more advantage,
n DPU uses VDSL2/G.fast via twisted-pair for access, and can provide 100M -1000M high speed access is possible
reversed power from the home to solve the problem or power supply. n Zero-touch, self-install, easy operation, low TCO
© ZTE All rights reserved
12
 FTTC Solution Confidential▲

G E /1 Cabinet Phone
0G E
/4 0 G
IPTV server E
OLT MDU Modem
E1/T1 /STM-1/STM-4

PSTN Splitter
E /4 0G E Phone
GE /1 0 G

SS/IMS Internet MDU Modem

EMS
Optical fiber
Ethernet cable
Phone line

Features Benefits
n OLT is installed at C.O, MDU is installed at outdoor cabinet, n Low investment, full leverage optical fiber and copper resource
residential equipment room or OCC. The distance between n Fiber deeper, VD2 Vectoring has more advantage, up to 100M
MDU and users is 500~1000m access
n xPON+AD2/AD2+ and xPON+VD2/G.fast to meet different n All in one cabinet, fast deployment, fast provision
bandwidth access requirements. n Use the existing copper resource

© ZTE All rights reserved

13
 ZTE
Confidential▲

Evolution Solution to 01. GPON Technology

NG Network
02. GPON Migrates to 10G PON

03. 10G PON Migrates to TWDM-PON

GPON Technology Standard-G.984 Series Confidential▲

ITU-T G.984.2
ITU-T G.984.1 • Physical Media Dependent(PMD) layer specification
• GPON general characteristics • Optical interfaces specification for 2.488Gbit/s
• Protection switchover downstream/1.244 Gbit/s upstream
requirements • Physical layer overhead definition

ITU-T G-984.1/2/3/4

ITU-T G.984.3
• Transmission Convergence layer ITU-T G.984.4
specification • ONT management and control interface(OMCI)
• GTC multiplex structure and protocol specification
• GTC frame structure definition • OMCI equipment management architecture
• Specification of the ONU registration • OMCI principle introduction
method and various clarifications
• DBA specification
• Alarms and performance
 GPON System Architecture Confidential▲

ONT

OLT

Service Network G.652

ONT
Splitter
SNI

ONT
NMS
Line Rate: Logical split ratio: 1:128
single-fiber bi-directional
● 155 Mb/s up, 1.25 Gbit/s down WDM
20km transmission mechanism
● 622 Mb/s up, 1.25 Gbit/s down
● 1.25 Gb/s up, 1.25 Gbit/s down Logical reach: 60km
● 155Mb/s up, 2.5Gbit/s down Downlink wavelength: 1490nm centralized bandwidth allocation,
control of ONUs,
● 622 Mb/s up, 2.5 Gbit/s down Uplink wavelength:1310nm, real-time monitoring,
● 1.25 Gb/s up, 2.5 Gbit/s down Third party wavelength:1550nm operation, maintenance
● 2.5 Gb/s up, 2.5 Gbit/s down management of the PON system
© ZTE All rights reserved
16
 GPON Principles Confidential▲

PCBd 1 2 N

§ Broadcast：GPON downstream frame 125us，downstream through broadcast，all ONU will accept the
same message，through different ONU ID to distinguish different messages，ONUs filter their own
messages.
Upstream frame
125µs

1 2 N 1 2 N 1 2 N

§ TDMA：GPON upstream through TDMA，the upstreams are divided into different timeslots, which are
depending on the upstream bandwidth map field in ONU downstreams, so all the ONUs can deliver the
messages according to the same order, without any conflicts.
© ZTE All rights reserved
17
 GPON Downstream/Upstream Dataflow Confidential▲

© ZTE All rights reserved

18
PON Evolution Confidential▲

1G/2.5G 10G N*10G ？

TDM-PON+WDM-PON+OFDM?
TDM-PON+WDM-PON
TDM-PON
NG EPON OFDM WDM
EPON 10G-EPON
A/BPON Ultra OFDM
GPON XG-PON1 TWDM-PON
UD WDM

XGS-PON PtP WDM PON

WDM PON

Main goal : To enhance the bandwidth

Basic characteristics :From time division multiplexing
to time and wavelength division multiplexing
Architecture: Full service convergence
 Migration Solutions from GPON to 10G GPON Confidential▲

Scenario 1: Shared ODN Scenario 2: Separated ODN

GPON ONU GPON ONU

GPON ONU
GPON OLT GPON ONU

OLT(Combo PON ) Splitter Splitter

GPON ONU
ODF ODF
10G GPON ONU
Solution 1: Combo PON Architecture 10G GPON OLT Splitter 10G GPON ONU

Solution 3: Separated ODN Architecture

GPON ONU
Analysis
GPON OLT GPON ONU Solution 1: The chip built in Combo cards combines
Splitter two wavelengths into one fiber.
WDM 1r
ODF GPON ONU Solution 2: The WDM1r combines GPON and 10G
10G GPON GPON signals.
OLT 10G GPON ONU
Solution 3: 10G GPON and GPON exist in different
Solution 2: External WDM1r Architecture ODNs.

© ZTE All rights reserved

20
Migration from GPON to Combo PON Confidential▲

GPON ONU
Replace GPON card
1 with Combo PON card
GPON ONUONU
10G GPON

OLT with Splitter GPON ONU

ODF
Combo PON cards
GPON cards Only

10G GPON
GPON ONU ONU
2 No ODN change
New 10G GPON
3 ONU
Central Office ODN Customer Premises

1. Not enough trunk fiber 2. Limited site room 3. Difficult for cabling

The trunk fiber resources are It is hard to deploy new OLT or other It is difficult for cabling. The cost of
insufficient. equipment in the equipment room. cabling is very high.

© ZTE All rights reserved

21
Key Points of the Combo PON Solution Confidential▲

4 Data Configuration
01010101

1 On-demand Reuse existing configuration data of GPON users. Create10G GPON configurations
ONU Replacement for 10G GPON users. Ensure minimum configuration data alteration.

ONT replacement

MDU uplink card replacement 3 Less Hardware Change

Replace GPON ONTs to 10G GPON ONTs Combo
or replace MDU GPON uplink cards to
10G GPON uplink cards as requirement. GPON Card Combo Card
Key Point
Replace some existing GPON cards
with Combo cards. Reuse the
2 ODN Unchanged chassis and other cards.

Change

Connect fibers to Combo cards. ODN unchanged and no extra light attenuation.

© ZTE All rights reserved

22
Combo PON Working Principles Confidential▲

Upstream direction:
• Two wavelengths are divided
and sent to different MAC chips.
λ GPON • GPON and 10G GPON traffic
undergo separated DBA, thus
no interference.
λ 10G WDM1r
GPON GPON ONU
MAC GPON

Optical Module
10G GPON
MAC
Splitter
10G GPON ONU

GPON & 10G GPON The WDM1r built in the Downstream direction:
signals are processed in optical module combines • T w o w a v e l e n g th s a r e
different MACs, which two wavelengths into sent simultaneously.
are integrated in one one fiber. • Each ONU receives its
chip, and then combined own signal with a built-in
into optical module. wavelength filter.

© ZTE All rights reserved

23
Network Management Architecture of the Combo PON Solution Confidential▲

OSS Assurance Tools

CRM Order Management EasyGateway

IM WFM Provisioning EasyOptical EasyTraffic

EMS Server OLT

1 *10G GPON Port
Combo PON Card 1 Combo
GPON Card
PON Port ﹦ ﹢
1 *GPON Port

Combo PON Port GPON ONU

Video

Voice Data 10G GPON ONU

OLT

© ZTE All rights reserved

24
 Network Management Adjustment Involved in Combo PON Solution
Confidential▲

Items Sub Items Solution Description

Ø Newly add a port type “Combo PON” and an ONU type “10G GPON ONU”
Ø Newly add Combo PON port resources
Inventory
Ø Newly add the corresponding relationship between the new service package and ONU type
OSS
Ø Adjust the
interface “ADD_ONU” that connects with the EMS
Provisioning Ø Newlyadd one parameter in the interface CLI to specify whether the ONU type is GPON, 10G
GPON or autosensing
EasyOptical Ø Query the port bandwidth utilization rate and optical power
EasyTraffic Ø Specify the channel type is GPON or 10G GPON
Assurance Tools Ø Replace Combo card to GPON card
Cut over tool Ø The original GPON data can be exported to modify, and then imported into the Combo PON
card by cut over tool
Network Ø Each Combo port logically corresponds to two ports(GPON+10G GPON, unified number)
management Ø A physical port PON los reported 2 alarms (GPON los and 10G GPON los)
function Ø Newly add Combo PON card and port management functions

EMS Ø Adjust the interface with provision: ADD_ONU , Add a parameter to the interface command to
specify the ONU channel type is GPON、10G GPON or self-adaption
NBI
Ø Add the channel type “GPON” and “10G GPON” for the NBI to query the port bandwidth
utilization rate and optical power
Ø Use the “modify-card” command to modify legacy GPON line card into Combo line card
Ø Plug out the legacy GPON line card and insert a Combo line card
OLT CLI
Ø Legacy GPON services will be uploaded automatically on the inserted Combo line card
Ø Newly add the 10G GPON service
© ZTE All rights reserved
25
 Implementation of the Combo PON Solution Confidential▲

Information Solution Project Completion

High-speed Project Summary
Collection backhaul
Preparation Implementation

Management System Transformation

Ø OSS data backup, version upgrade, migration
and verification
Ø EMS data backup, version upgrade, migration
OLT Migration Implementation
and verification
Ø Back up the OLT configuration data, Ø Service provisioning and assurance
Ø Upgrade OLT version
Ø Deploy 10G GPON cards or OLT
Ø GPON service verification,
ONU Migration Implementation
Ø10G GPON service configuration
Ø Upgrade the GPON ONU to the 10G GPON ONU
Ø Configure 10G GPON ONU
Ø 10G GPON service verification

© ZTE Corporation. All rights reserved

26
 Features of the Combo PON Solution Confidential▲

Flexible deployment: No extra

n
racks and accessories required,
Disadvantages
Save site space
n Easy upgrading: No ODN change,
No extra optical power budget loss,
Compatible with GPON service,
Avoid some O&M problems without
extra access equipments
n Complex ONU management:
n Better ROI: On-demand ONU The coexistence of GPON ONUs and
replacement, Reduce the 10G GPON ONUs in the same ODN
initial investment makes the management difficult.

Advantages

© ZTE All rights reserved

27
Migration from GPON to External WDM1r 10G GPON Confidential▲

New 10G GPON

1 card
GPON ONU

GPON OLT 10G

GPONGPON
ONUONU

WDM 1r Splitter GPON ONU

ODF
2 Insert WDM1r
GPON ONUONU
10G GPON
10G GPON OLT New 10G GPON
3 ONU
1 New 10G GPON OLT
Central Office ODN Customer Premises

1. Insufficient trunk fiber 2. Redundant site space 3. Third-party devices

The trunk fibers are insufficient. (The The site space is redundant. It is
Third-party GPON devices exist in
redundancy of optical power budget easy to deploy new OLT or other
the existing network.
is at least 1.5dB.) equipment in the site.
© ZTE All rights reserved
28
Key Points of the External WDM1r Solution Confidential▲

4 Data Configuration
01010101

1 On-demand Reuse existing configuration data of GPON users. Create10G GPON configurations
ONU Replacement for 10G GPON users. Ensure minimum configuration data alteration.

ONT replacement

MDU uplink card replacement 3 Hardware Change

XG-
PO1
Replace GPON ONTs to 10G GPON ONTs
or replace MDU GPON uplink cards to +
10G GPON uplink cards as requirement.
Key Point
Newly add 10G GPON OLT or 10G
GPON service card, as well as WDM1r
2 Optical Power Budget Loss Increase equipment.

WDM as a 1U sub-rack unit or built into an ODF, and the introduction of external
WDM1r device will increase an insertion loss of 1.5dB

© ZTE All rights reserved

29
 Scenario1: Patch Cord Adjustment from OLT to ODF Confidential▲

Step1: Install the added Step3: Remove a patch

10G GPON OLT on a cord from GPON OLT to
new 10G GPON rack ODF and add a new
jumper from GPON OLT
to WDM1r ODF

WDM1r

...
WDM1r
Step5: Newly add a
patch cord form the
output port of WDM1r to
Combiner Rack ODF
GPON OLT 10G GPON OLT

Step4: Newly add a Step2: Install the added

patch cord to connect WDM1r on a new ODF
GPON Rack the 10G GPON OLT with (Combiner Rack)
the WDM1r input port

© ZTE All rights reserved

30
 Scenario2: Adjusting the Cabling Within ODF Confidential▲

Step4: Add a patch cord Step1: Install the added

from the output port of 10G GPON OLT and
Adaptor A to the input WDM1r on a new 10G
GPON rack
port of WDM1r A
ODF

Step3: Move the fiber

connector from Adaptor A
to Adaptor B (You can add a
new cable distribution panel
on the ODF)
WDM1r
GPON OLT

Step2: Newly add a Step5: Newly add a patch

patch cord to connect cord from the WDM1r
GPON Rack the 10G GPON OLT with output port to Adapter B
the WDM1r input port

© ZTE All rights reserved

31
Network Management Architecture of the External WDM1r SolutionConfidential▲
OSS Assurance Tools
CRM Order Management EasyGateway

IM WFM Provisioning EasyOptical EasyTraffic

EMS Server GPON OLT 10G GPON OLT

10G GPON Card 1 10G GPON Port 10G GPON Card
GPON Card 1 GPON Port 10G GPON Card

GPON ONU
Video GPON OLT

WDM 1r 10G GPON ONU

Voice Data

10G GPON OLT

© ZTE All rights reserved

32
Network Management Adjustment Involved in External WDM1r Solution
Confidential▲

Items Sub Items Solution Description

Ø Newly add a new port type “10G GPON”
Ø Newly add a new ONU type “10G GPON ONU”
OSS Inventory Ø Newly add a new port resource “10G GPON”
Ø Newly add the corresponding relationship between the new service package and
ONUs
Ø When the existing GPON line card is replaced by a 10G GPON line card, use the
Assurance Tools Cut over tool cutover tool to export the GPON line card data, modify the data, and then import it
to the 10G GPON line card
Network Ø The management of 10G GPON cards and ports are similar to that of GPON
EMS management Ø The management of 10G GPON OLT is similar to that of GPON
function Ø Newly add 10G GPON management functions

Ø Newly add 10G GPON OLT and 10G GPON line card configurations
Ø Newly add 10G GPON line card services
OLT CLI
Ø Migrate existing GPON services to the 10G GPON service as per user requirements
(use the cutover tools to carry out the cutover process)

© ZTE All rights reserved

33
Implementation of the External WDM1r Solution Confidential▲

Information Solution Project Completion

High-speed Project Summary
Collection backhaul
Preparation Implementation

OLT Migration Implementation Management System Transformation

Ø Back up the OLT configuration data, Ø OSS data backup, version upgrade, migration
Ø Upgrade OLT version and verification
Ø Deploy 10G GPON cards or OLT Ø EMS data backup, version upgrade, migration
Ø GPON service verification, and verification
Ø 10G GPON service configuration Ø Service provisioning and assurance

ODN Adjustment ONU Migration Implementation

Ø WDM1r combiner installation Ø Upgrade the ONU to the 10G GPON ONU
Ø ODN adjustment (patch cord changes) Ø Configure 10G GPON ONU
Ø Line test to query the status of ODN Ø 10G GPON service verification
Features of the External WDM1r Solution Confidential▲

n Minor network alteration: Make Disadvantages

change on the CO side, External links
of ODN remain the same
n Better ROI: On-demand ONU
replacement, Reduce initial investment
n Easy upgrading: No influence to the
n Optical power loss: Introducing
legacy GPON services
WDM1r might increase the insertion
n Mature solution: Compatible with
loss and affect the existing GPON
the third-party device, Rapid service
users
deployment and provisioning
n Site room required: Occupy
equipment room space and the fiber
distribution is complicated

Advantages

© ZTE All rights reserved

35
Evolution from 10G GPON to TWDM-PON Confidential▲

1 Update NMS/EMS. Configure TWDM-PON Adjust ODN, replace

3 user and service data. 4 WDM1r with WM+CEx.
GPON ONU

EMS/NMS
GPON PtP XG-PON ONU
10G GPON TWDM-PON

WDM 1r Splitter
Video WM+CEx ODF
ZTE-OLT XG-PON ONU

Upgrade software, insert Add a new TWDM-

2 new TWDM-PON card. 5 PON ONU on demand.
Voice Data XG-PON ONU
TWDM-PON ONU

Features n GPON, 10G GPON and TWDM-PON signals can all be carried with the same ODN based on the wavelength
multiplex. Easy to plan and management.
n Only the upgraded user’s profile needs to be reconfigured under the 10G GPON port when one user
upgrades to TWDM-PON.
n Maturity of 10G GPON Industrial chain can greatly promote the maturity of the TWDM-PON industrial
chain.

© ZTE All rights reserved

36
 ZTE
> Confidential

01. Internet 02. VoIP

Service Bearing
Solution 03. IPTV 04. CATV

© ZTE Corporation. All rights reserved.

Internet Service Bearing Confidential▲

Step 1 Step 2: Step 3:

Flow configuration PPPoE flow exchange Data flow exchange
• Unicast PON channel • PPP connection • Web
• VLAN channel • IP address • Movie
• Flow management • Authentication & account • Chat

• Flow classifier
• VLAN configuration • Flow mapping
• Flow queuing &
scheduling • Flow mapping • Flow classifier
• DBA • Flow queuing & • VLAN configuration
OLT scheduling

SNI
PON
ODN PPPoE
PON ONU data
BRAS GEM Port X TCONT Y GEM Port X UNI
Internet

• Flow queuing &

Optical fiber scheduling
Ethernet cable Protocol data
VLAN/PON channel Internet data
© ZTE All rights reserved
38
 VoIP Service Bearing Confidential▲

Step 2:
Step 1: VoIP configuration Step 3:
Flow configuration • VoIP parameters Data flow exchange
• Unicast PON channel configuration(OMCI or Web) • SIP/H.248 signal exchange
• VLAN channel • WAN side configuration(static IP • End to end connection
• Flow management address or dynamic IP address via • RTP/RTCP over Ethernet
PPPoE/DHCP)

• Flow mapping • VoIP parameters

• Flow classifier • Flow queuing & • Flow classifier
• WAN parameters
• VLAN configuration scheduling • Flow mapping • VLAN configuration
• DBA • Flow queuing &
OLT scheduling

SNI
PON ONU Voice data
ODN SIP/H.248
Softswitch PON UNI IAD/HGW
GEM Port X TCONT Y GEM Port X
IAD POTS
IP/Ethernet Voice Data
SIP/H.248
PSTN
built-in IAD n At the subscribe side, there are two ways to provide VoIP service
• VoIP parameters • External IAD or HGW
Optical fiber signal data
Ethernet cable Voice data • WAN parameters • ONU with built-in IAD function in POTS interface
Phone line VLAN /PON channel
© ZTE All rights reserved
39
 IPTV/4K IPTV Service Bearing Confidential▲

Step 1: Step 2: Step 3:

Flow configuration STB configuration IPTV data flow exchange
l Unicast PON channel l Gets IP address via DHCP l IGMP protocol exchange
l Multicast PON channel l User authentication l Multicast flow
l VLAN channel l Gets program list
l Flow management
Optical Fiber Protocol Data
Coaxial Cable IGMP Data
• Flow classifier Ethernet Cable Multicast Data
• VLAN • Flow mapping VLAN/PON channel

configuration • Flow queuing & • Flow mapping • Flow classifier

scheduling • Flow queuing & • VLAN
• DBA configuration
OLT scheduling
SNI
PON
BNG GEM Port X ODN PON Port X
GEM ONU
TCONT Y UNI IGMP
DHCP
IPTV Network Multicast Multicast
IPTV Server GEM Port GEM Port STB
Multicast flow

• IGMP • Flow
• IGMP queuing
snooping • IGMP host
• IGMP router proxy/snooping &scheduling

© ZTE All rights reserved

40
 CATV Service Bearing Confidential▲

n CATV signals are combined with GPON signals at WDM

n CATV signals are separated from GPON signals at the ONU optical module and transported to the subscriber through RF UNI

CATV signal ONU RF

CATV 1550nm PON UNI

MAC

ODN Upstream 1310nm

BRAS
IP network Downstream 1490nm/1550nm

Optical fiber CATV signal

Ethernet cable Optical signal
Coaxial cable Ethernet data
© ZTE All rights reserved
41
 ZTE
Confidential▲

01. OLTs
Product Portfolio
02. Cabinets

03. ONUs
04. NetNumen U31
Series of FTTx Products Confidential▲

FTTx O&M
System xPON OLT
•ZXA10 C300 •ZXA10 C350 • ZXA10 C320
• EasyService/EasyOptical

Accessories
• ODN • Cabinet • Backup Power
• NetNumen U31

LAN MDU DSL MDU SFU HGU Others

•ZXA10 F804 • ZXA10 C350M •ZXHN F660
• ZXHN F600 •ZXHN F600W •ZXHN F220
•ZXA10 F817 •ZXDSL 9806H
•ZXHN F601 •ZXHN F602W •ZXHN F260A
•ZXA10 F819 •ZXA10 9806V
•ZXHN F601C •ZXHN F612W •ZXHN F2866S
•ZXA10 F821 •ZXA10 9852G
•ZXHN F601D •ZXHN F608
•ZXA10 F832 •ZXA10 9819G
•ZXHN F612 •ZXHN F668
•ZXA10 F839
•ZXHN F620 •ZXHN F668A
•ZXHN F625 •ZXHN F670
•ZXHN F680

© ZTE All rights reserved

43
ZXA10 C300: Future-Proof & Full-Service Optical Access Platform Confidential▲

Full-configuration capacity of
256 GPON Ports Power card

128 XG-PON Ports

Switch & Control
128 Combo PON Ports card

Up to 160G uplink capacity.

50% higher than the industry level on PON port integration.

50% rack space saved, 30% PON port footprint reduced.
Service card Uplink card

n Industry’s first next-generation large-capacity and future-proof FTTx platform.

n 3 generations of PON technology integrated: GPON/EPON, XG-PON/10G EPON, TWDM-PON, WDM PON, and PtP.
n 7 access modes enable on-demand deployment, flexible access, and sustainable evolution.
n Provides carrier-class QoS and security guarantee.

© ZTE All rights reserved

44
ZXA10 C300 Provides Serial Line Cards to Carter for Different Scenarios
Confidential▲

Card Type Card Name Description

Control & switch SCTM Type T control and switch card
cards SCXN Type N control and switch card
GTGH/GTGO 16/8 * GPON line card
GTXO 8 * XG-PON line card

Subscriber cards GTBO 8 * Combo (XG-PON and GPON) line card

GTTO 8 * XGS-PON line card
FTGK 48 * P2P/24 * GE/FE optical Ethernet interface card
GUFQ 4 * GE/FE optical interface Ethernet uplink card
GUSQ 2 * GE optical +2 * GE/FE electrical interface Ethernet uplink card
Ethernet uplink cards
HUVQ 2 * 10GE/GE+2 * GE/FE optical interface Ethernet uplink card(Sync-E)

XUVQ 4 * 10GE optical interface Ethernet uplink card

TDM uplink cards CTUB/CTBB 32-channel E1 unbalanced/balanced CES interfacecard

Common card CICK Common interface card

© ZTE All rights reserved

45
 Control & Switch Card – SCTM Confidential▲

2.56T
CLI: RJ45 for local debugging interface

10/100M: RJ45 for out-of-band

management interface
Switching Matrix Capacity
DIAG: RJ45 for mirroring service traffic

SD: socket for importing/exporting data

XG1-XG4: 10GE optical interface for uplink L2 packet forwarding rate: 1904Mpps

Largest switching capacity Clock/time features Multiple services

• 4*GE/10GE uplink ports • Supports IEEE1588 v2 & Sync-E • Supports MEF based Open
• Supports 16-port GPON card Access solution
and 8-port 10G PON card IP/MPLS features • Supports 3G/LTE/5G/Wi-Fi
simultaneously Mobile backhaul and
• IPv4/IPv6 dual-stack
fronthaul solution
• DHCP relay, IPv6 source guard,
• Supports L2 VPN solution
IPv6 ND forwarding
control,Ipv6 multicast
• Support MPLS wire forwarding
SCTM
© ZTE All rights reserved
46
 Control & Switch Card - SCXN Confidential▲

GE1 - GE4: GE optical interface for uplink

SD: socket for importing/exporting data

480G
Switching Matrix Capacity
CLI: RJ45 for local debugging interface

10/100M: RJ45 for out-of-band

management interface
DIAG: RJ45 for mirroring service traffic L2 packet forwarding rate: 357 Mpps

High switching capacity Clock/time function IP function

• 4*GE uplink ports • Level-3 clock synchronization • IPv4/IPv6 dual-stack
• Supports 16/8 port GPON card • IEEE1588 v2 and time
• Supports 8 port 10G PON card synchronization

SCXN
© ZTE All rights reserved
47
 GPON Subscriber Cards – GTGH Confidential▲

1 - 16: GPON ports

High density High QoS performance Low power consumption

• Support H-QOS • Newly-developed lower power
• 16 GPON ports per card, up to 1024 queues and 256
• GPON MAC chip
1: 128 split ratio schedulers per PON port • Supports optical module ALS
• Support color-sensitive RED function
GPON function and WRED discard algorithm • Supports optical power
monitoring.
• Pluggable SFP interface
Clock/time function
• Maximal differential fiber
distance 40km • Receive 1PPS+TOD signals
and send them to the ONU
• Supports Type B/Type C PON
through a PON channel
protection

GTGH
© ZTE All rights reserved
48
XG-PON Subscriber Card – GTXO Confidential▲

1 - 8: XG-PON ports

High density High QoS performance Low power consumption

• 8 XG-PON ports per card, up • Supports H-QOS • Newly-developed ASIC XG-
to 1:128 split ratio • 1024 queues and 256 PON chipset
schedulers per PON port • Supports optical module ALS
XG-PON function • Supports color-sensitive RED function
and WRED discard algorithm • Supports optical power
• Pluggable XFP interface
monitoring.
• Maximal differential fiber Clock/time function
distance 40km
• Supports Type B/Type C PON • Receives 1PPS+ToD signals
protection and sends them to the ONU
through a PON channel

GTXO
© ZTE All rights reserved
49
 COMBO PON Subscriber Card – GTBO Confidential▲

1 - 8: Combo PON ports

GPON&XG-PON Functions Optical module Optical module

• Comply with ITU-T G.984 and G.987 • Pluggable XFP interface
• 8 ports per card • Optical class: B+ & N1
• downstream wavelength: 1575-1580&1480-1500 nm • 10G/2.5G DS 2.5G/1.25G US
• upstream wavelength: 1260-1280&1290-1330 nm
• Co-existance of GPON and XG-PON
• Maximal split ratio 1:128
• Maximal differential fiber distance 40km
• Supports Type B/Type C PON protection

GTBO
© ZTE All rights reserved
50
XGS-PON Subscriber Card – GTTO Confidential▲

1 - 8: XGS-PON ports

XGS-PON Functions Optical module Optical module

• Comply with ITU-T G.9807 • Pluggable XFP interface
• 8 ports per card • Optical class: N1
• downstream wavelength: 1575-1580 nm • 10G DS 10G/2.5G US
• upstream wavelength: 1260-1280 nm
• Co-existance of XG-PON and XGS-PON
• Maximal split ratio 1:128
• Maximal differential fiber distance 40km
• Supports Type B/Type C PON protection

GTTO
 Ethernet Uplink Cards – GUFQ/GUSQ Confidential▲

GE/FE1 - GE/FE2: GE/FE electrical Ethernet

GE/FE1 - GE/FE4: GE optical Ethernet ports ports

GE3 - GE4: GE optical Ethernet ports

Middle uplink capacity

• Small size uplink card
• Up to 4GE per card

GUFQ Connection function GUSQ

• Support Ethernet uplink
• Support Ethernet ring

© ZTE All rights reserved

52
 Ethernet Uplink Cards –XUVQ/HUVQ/HUKQ Confidential▲

XG1 - XG4: 10 GE optical Ethernet ports 1 - 2: 10GE optical Ethernet ports

XG/GE1 - XG/GE2: 10GE/GE optical 3 - 4: 40GE optical Ethernet ports

Ethernet ports

GE/FE1 - GE/FE2: GE/FE optical Ethernet ports

High uplink capacity High uplink capacity

• Small size uplink cards • Small size uplink card
• Up to 40GE per card • Up to 100GE per card
Clock/time function Clock/time function
• Supports Sync-E • Supports Sync-E
Connection function Connection function
• Support Ethernet uplink • Supports Ethernet uplink
• Support Ethernet ring
XUVQ HUVQ HUKQ(NA)
© ZTE All rights reserved
53
 Common Interface Cards Confidential▲

CLKI1-CLKI2: 75Ω BITS clock input interfaces CLKI1-CLKI2: 75Ω BITS clock input interfaces
CLKO/1PPSO: 75Ω BITS/1PPS clock output interface
CLKO: 75Ω BITS clock output interface
CLKI1/TIMI1-CLKI2/TIMI2: 120Ω BITS/1PPS+TOD
clock input interfaces ETH1-ETH2: Out-of-band maintenance
network port
CLKO/TIMO: 120Ω BITS/1PPS+TOD clock output interface COM: Public serial port

ETH: Out-of-band maintenance network port 232/485: Maintenance reserved serial port

DIN: Digit input interface

COM: Public serial port
TEM: Temperature sensor interface DOT: Digit output interface
TEM: Temperature sensor interface
HUM: Humid sensor interface
SMO: Smog sensor interface HUM: Humid sensor interface

LIQ: Liquid sensor interface SMO: Smog sensor interface

DOR: Entrance control sensor interface LIQ: Liquid sensor interface

DIN: Digit input interface DOR: Entrance control sensor interface
DOT: Digit output interface
CICG
CICK
© ZTE All rights reserved
54
ZXA10 C320: Industry’s First Compact Design OLT Confidential▲

Service card
Switch & Control card
with Uplink and Power modules embedded

Full-configuration capacity of
32 GPON Ports Support clock and time synchronization.
16 XG-PON Ports 85% installation space saved compared to large OLT.
16 Combo PON Ports 2U height, brings a more flexible deployment.

n Industry’s first compact FTTx central office equipment.

n Suit low-density, outdoor deployment, limited space and FTTH/O/B/C/M/dp scenarios.
n Various PON technology integrated: GPON/EPON, XG-PON/10G EPON, and PtP.
n Support multiple network topologies, including star convergence, link cascading, and Ethernet ring.
n Support AC, DC and backup power supply for wide range of outdoor cabinets.

© ZTE All rights reserved

55
 ZXA10 C320 Provides Serial Line Cards to Carter for Different Scenarios
Confidential▲

Card Type Card Name Description

SMXA/1 Type A control and switch card with 1 GE and 1 GE/FE optical interface uplink
Control & switch
SMXA/3 Type A control and switch card with 1 10GE/GE and 1 GE/FE optical interface uplink
cards
SMXA/5 Type A control and switch card with 1 GE and GE/FE optical interface uplink (1588v2)

GTGH/GTGO 16/8 * GPON line card

GTXO 8 * XG-PON line card

Subscriber cards GTBO 8 * Combo (XG-PON and GPON) line card

GTTO 8 * XGS-PON line card

FTGK 48 * P2P/24 * GE/FE optical Ethernet interface card

Power card PRAM AC Input Power supply card

Fan control card F2U Fan control card of ZXA10 C320

© ZTE All rights reserved

56
 Control & Switch Card - SMXA Confidential▲

CLI: RJ45 for local debugging interface

MONITOR: Environment detecting interface

10/100M: RJ45 for Out-of-band network

management interface

GE/FE: GE/FE electrical interface for uplink

GE/FE: GE/FE optical interface for uplink

XGE/GE: 10GE/GE optical interface for uplink

High switch capacity

• 10GE+1GE+1GE(E) uplink ports
• Supports 16-port GPON card
Clock/time function
• IEEE1588 v2 and time synchronization
IP function
SMXA • IPv4/IPv6 dual-stack

© ZTE All rights reserved

57
 AC Input Power Supply Card - PRAM Confidential▲

AC power interface : Connects to 110 V/220 V AC power

TEMP SENSOR: Connects to a temperature sensor

DC power interface : -48 V DC output

Battery interface : backup battery interface for input or output

PRAM
© ZTE All rights reserved
58
ZXA10 C350: Medium-Capacity & Economic Optical Access PlatformConfidential▲
Uplink card

Full-configuration capacity of
112 GPON Ports Service card

56 XG-PON Ports
Switch
&

56 Combo PON Ports

Control
card

Up to 160G uplink capacity. Power card

50% higher than the industry level on PON port integration.

n Self-developed low-power chip and intelligent speed adjustment fans.

n Support port ALS monitoring as well as real-time system power consumption monitoring and report.
n 3 generations of PON technology integrated: GPON, 10G GPON, TWDM-PON, WDM-PON as well as PtP.
n 5 access modes enable sustainable network evolution

© ZTE All rights reserved

59
 Indoor Cabinet for ZXA10 C300/C320/C350 -B6030-22C-IA/ Confidential▲

B6030-22C-EB

B6030-22C-IA (19-inch):
two ZXA10 C300/ZXA10 C320 shelves
Product configuration
B6030-22C-EB(21-inch):
two ZXA10 C300 shelves 350

Dimensions (H*W*D) 2200 mm * 600 mm * 300 mm

Installation mode Ground mount

Environment detecting
None
module

Heat dissipation type External fan ventilation cooling

Temperature range 0°C - +45°C

As a large-size indoor cabinet, the B6030-22C-IA/B6030-22C-EB are easy to install. It is suitable for both
large- and compact-capacity integrated access equipment such as the ZXA10 C300 and ZXA10 C320.
© ZTE All rights reserved
60
 Outdoor Cabinet for ZXA10 C300 - EC40EB Confidential▲

Product configuration One 19-inch or 21-inch ZXA10 C300 shelf

Dimensions (H*W*D) 1650 mm * 1400 mm * 500 mm

ODF 24*12-core

Storage battery 100AH

Installation mode Platform-mounted

Environment detecting
ETMB
module
Heat dissipation type Through an enclosed heat exchanger

Temperature range -40°C - 50°C

Maximum power
1900w (50°C + 1120 W/m2)
consumption

As an outdoor telecom cabinet, the EC40E has strong environment adaptability with a heat exchanger. It is
suitable for large-capacity integrated access equipment such as the ZXA10 C300.
© ZTE All rights reserved
61
Outdoor Cabinet for ZXA10 C320 – EC90EB Confidential▲

Product configuration 1* ZXA10 C320 shelf

Dimensions (H*W*D) 1200 mm * 650 mm * 250 mm

ODF 9*6-core SC or 108 cores LC

Storage battery 12AH

Wall-mounted/pole-mounted/ground -
Installation mode
mounted
Environment detecting
EMM
module
Heat dissipation type No cooling system or external fan

Temperature range -30°C - +45°C

Maximum power
300w (45°C + 1120 W/m2)
consumption

As an outdoor telecom cabinet, the EC90EB provides a safe and reliable operating environment for
compact integrated access devices such as the ZXA10 C320.
© ZTE All rights reserved
62
 Outdoor Cabinet for ZXA10 C320 – EC70E Confidential▲

Product configuration 2*ZXA10 C320 shelf

Dimensions (H*W*D) 1300 mm * 800 mm * 350 mm

ODF 48-core SC
Storage battery 24/38/65AH

wall-mounted /pole-mounted/cement
Installation mode platform mounted/elevated platform
mounted

Environment detecting
EMM
module

Heat dissipation type Through an enclosed heat exchanger

Temperature range -40°C - +50°C

Maximum power
1120w (50°C + 1120 W/m2)
consumption

ZTE EC70E Cabinet is an enclosed telecommunications cabinet that features low noise, low power consumption, and less
maintenance. It is suitable for compact integrated access equipment such as the ZXA10 C320.
© ZTE All rights reserved
63
 Outdoor Cabinet for ZXA10 C350 – EC50EC-S Confidential▲

Product configuration 1*ZXA10 C350 shelf

Dimensions (H*W*D) 1500 mm * 850 mm * 500 mm
ODF 112-core SC
Storage battery 50/90/100AH

cement platform mounted/elevated

Installation mode
platform mounted

Environment detecting
ETMB
module

Heat dissipation type Through an enclosed heat exchanger

Temperature range -40°C - +55°C

Maximum power
1000w (50°C + 1120 W/m2)
consumption

ZTE EC50EC-S Cabinet is an outdoor enclosed telecommunications cabinet that is used for housing medium access
equipment like ZXA10 C350 and provides a safe and reliable operating environment for them.
© ZTE All rights reserved
64
 DSL MDU and DPU Family Confidential▲

ZXDSL xDSL Series Products ZXA10 Vectoring Series Products ZXA10 DPU Series Products

FTTC
6/3U ZXA10 C350M
(256-384L)

FTTB
2U ZXDSL 9806H ZXA10 9806V
(32-256L) (32-256L)

FTTdp
ZXA10 9852G ZXA10 9819G
(8/16 L G.fast) (8/16 L G.fast)

• Provide full-service access including • Hybrid G.fast/VDSL2 and Built-in RCR

• The industry’s most compact system- Enables On Demand Migration
ADSL2+, VDSL2, POTS, SHDSL, ISDN , level Vectoring MDU equipment.
and ETH. • Self-adaptive backhaul Brings Flexible
• The independent VCE slot and Choice of uplinks
• Leverage state-of-the-art technologies pluggable design facilitate the
and have won multiple awards at deployment and the OAM. • Self-Care Powering System Provides
home and abroad. flexible and convenient power supply
• Indoor/Outdoor Scenarios

© ZTE All rights reserved

65 65
 LAN MDU Family – ZXA10 F832 Confidential▲

Uplink Interface 1/2 GPON

ZXA10 F832
User Interface 8/16/24GE + 8/16/24POTS

Power Supply 110V/220 V AC

Dimension(W*H*D) 482.6mm*43.6mm* 240mm

Temperature range -25oC to +55oC

Features
n ZXA10 F832 is a XG-PON Optical Network Unit used in FTTB/FTTO scenario.
n New generation of fixed type MDU based on GE architecture.
n Supports VoIP and data service access.
n Supports high-demanding enterprise networks, campus networks, commercial
buildings and other scenes.

© ZTE All rights reserved

66
 GPON ONT Family – ZXHN F601 Confidential▲

ZXA10 F601 Uplink Interface 1 GPON

User Interface 1 GE

Power Supply 12V DC

Dimension(W*H*D) 90mm x 70mm x 26mm

Temperature range 0oC to +40oC

Features
n ZXHN F601 is a GPON Optical Network Terminal designed for FTTH scenario.
n It provides high-performance forwarding capabilities to ensure excellent experience with
Internet and HD video services.
n It has a small, smart appearance and green, energy-saving advantage.
n Compact housing design . OMCI for remote management

© ZTE All rights reserved

67
 Unified EMS for PON Simplifies O&M and Lowers OpEX Confidential▲

OSS
Unified network Hierarchical topology
management for
OLTs, ONUs and Flexible remote batch
ODN upgrade strategy

n End-to-end unified network management manages OLTs/ONUs/ODN together, and

detects the network in real time
NetNumen U31 n A hierarchical topology presents a whole view of the network
n Level-based ONU management guarantees high service priority for major customers
n A powerful remote batch upgrade tool provides efficient upgrades for a large number of
network equipment

OLT ONT
Splitter FTTH

MDU DSL/LAN
FTTB
© ZTE All rights reserved
68
 ZTE
Confidential▲

01. L2/L3 02. EOAM

Key Features 03. Protection 04. Power-Saving

 L2/L3 Features Confidential▲

• Line-speed forwarding • 4K VLAN, 1:1/N:1 VLAN • Statistic routing • IGMP V1/2/3, IGMP snooping • 8 queues per port
• STP/RSTP/MSTP compliant • IEEE 802.1ad, SVLAN, • RIP V1/V2,OSPF v2,IS-IS, BGP, and proxy (v1/v2/v3) • Queuing & scheduling
with IEEE Selective QinQ, VLAN ECMP • 8K multicast groups, 4K mechanism: SP, DWRR,
802.1d/802.1w/802.1s stacking, Super VLAN • Multicast routing: PIM-SM Multicast VLAN (MVLAN), 1024 SP+DWRR
Link aggregation IEEE 64k-256k MAC address IPTV package set table IPv4 DSCP Diffserv
• • • BFD for static route •
802.3ad table depth • BFD for OSPF
• Channel Access Control (CAC), • Stream classification, rate
• DHCP server, DHCP Relay • 802.1x@VPort Preview (PRV) and Call Detail limiting, shaping and priority
(option 60/82), DHCP proxy Record (CDR) for IPTV setting
• PWE3, MPLS • Less than 50ms channel zapping • Traffic statistics
delay
• WRED and triple color
• SLA: CIR, PIR, EIR, MBS

© ZTE All rights reserved

70
Ethernet OAM Confidential▲

Ethernet OAM CFM

Ethernet OAM CFM

Ethernet OAM CFM Phone

RG/HG
PC

ONU STB
GE/10GE/40GE

OLT Splitter
SR/BSC ONU eNodeB
Optical fiber
Ethernet cable EMS BS
Phone line

The Ethernet OAM

function can work
between different NEs

OLT supports Ethernet OAM standards: IEEE 802.3ah, IEEE 802.1ag, and ITU-T Y.1731
© ZTE All rights reserved
71
Ethernet Ring Protection Switching (ERPS) Confidential▲

OLT1

PortPort
2 2 Port 1
Unblocking
Blocked
Port 1
Port 2
A
OLT4 D B OLT2

Port 1 C Port 2
OLT3
Link Fault
Port 2
Port 1

OLT Ring Protection

l Ensures that there are no loops formed at any time.
l Ensures that the loop is recovered after multiple nodes or after a single node is recovered from a fault.
l Supports multiple domains and multiple rings.
l Supports manual switching, forced switching, and clearing switching.
© ZTE All rights reserved
72
 Board 1+1/1:1 Protection Confidential▲

I. The two main control cards can both work in 1+1 or 1:1 mode.

ZXA10 C300
FAN
P L
R C Up
W L L L L L L link
L L L L L L L L S S L L /
R C C C C C C
C C C C C C C C CT CT C C C
P 1 1 1 1 1 1
1 2 3 4 5 6 7 8 M M 9 11 I Up
R 0 2 3 4 5 6
W C link
R K

II. T h e t w o p o w e r b o a r d s III. The two uplink boards

PRWR work in 1:1 mode. work in 1:1 mode.
© ZTE All rights reserved
73
PON Link Protection Confidential▲

Splitter 2:N
ONU1 Type B: OLT-only duplex system:
It backs up the OLT and the optical fiber
between the OLT and the optical splitter.
Fiber broken OLT
ONU2

Splitter 1:N
Fiber broken Type C: Full duplex system:
ONU1 It backs up the OLT, ONU, optical splitter and all
optical fibers.
OLT
ONU2 Fiber broken

Splitter 1:N
Dual parented OLT protection:
ONU1
Fiber broken Protection in the GPON system is between
Fiber broken
OLT one ONU and two OLTs via the ODN.

OLT
ONU2

© ZTE All rights reserved

74
 Uplink Protection: LACP, UAPS, and STP/RSTP/MSTP Confidential▲

ONU1 Active link

Standby link Router

OLT
ONU2
ONU1 Fiber broken
• One link is active while the other is standby. When the main
link breaks down, the standby link switches on automatically.
OLT Router • Protection switch-over time is less than 50 ms.
ONU1 Link Aggregation

ONU1 Master broken

• Dynamically aggregates several physical ports
in a trunk group to form a logical channel. Slave
OLT
• Physical links share the load. If one link is
ONU2
broken, the others will keep working.
• STP supports three modes: SSTP, RSTP and MSTP
• The master interface is active, and the slave one is blocked. When
the master is down, the slave will be unblocked, and then active.

© ZTE All rights reserved

75
Comprehensive Power-Saving Features Confidential▲

• Dynamic power-saving: Auto Laser Shutdown (ALS) periodically shuts down the LOS PON port.
• Intelligent fan: Fan speed is adjusted according to the environment temperature.
OLT power-saving • Power management: OLT shuts down idle PON ports and PON boards.
measures • High-density board ports: Higher integration and lower power consumption chipsets and PCB
board with 16 PON port each board.

• Low power management: AD2/AD2+/VD2 support L0-L3. Ethernet ports support the IEEE
MDU power-saving 802.3az(EEE) standard.
• More efficient chipset : Efficient driver chipset for the MDU.
measures • Configuration MMA: limits output power intensity.
• Idle state: If there is no connection, the link switches to idle state.

• ONU power management: If there is no traffic, the PON port switches to dozing mode, where it
ONT power-saving only detects traffic periodically.
• Wi-Fi power-saving mode: Periodic switch-on/off as scheduled, and MIMO power saving.
measures • SOC power management: Integrated chipsets with different dormant levels

© ZTE All rights reserved

76
 Confidential▲

Summary
Building Broadband Fiber Networks of Tomorrow…
ThemeGallery is a Design Digital Content &
Contents mall developed by Guild Design Inc.

ThemeGallery is a Design Digital Content &

Contents mall developed by Guild Design Inc.

ThemeGallery is a Design Digital Content &

Contents mall developed by Guild Design Inc.

ZTE offers state-of-the-art FTTx solutions which deliver fully integrated services.
 Confidential▲

Thank you