3.3.3 ZXHN F660 Product Description

8/10/2019 3.3.3 ZXHN F660 Product Description

1/31

ZXHN F6

Descripti

0 Product

n


2/31


3/31

ZTE Confidential & Proprietary

ZXHN F660 ProdVersion Date A

2014 ZTE Corporation. All rights r

ZTE CONFIDENTIAL: This docume

without the prior written permission

Due to update and improvement of

change without notice.

ZXHN F

ct Descriptionuthor Reviewer N

served.

nt contains proprietary information of ZTE and is not

f ZTE.

ZTE products and technologies, information in this d

60 Product Description

1

otes

o be disclosed or used

cument is subjected to


4/31

ZXHN F660 Product Description

2

TABLE OF CONT

1 Overview.........1.1 Product Positioni1.2 Network Applica

2 Highlights........2.1 High Reliability ..2.2 Rich Interfaces a2.3 Convenient and2.4 USB File Storag2.5 Eco-Friendly De2.6 Convenient Insta

3 Hardware Feat3.1 Device Interface3.2 Device Buttons..3.3 LED Indicators ..

4 Functions ........4.1 GPON Function4.1.1 Bandwidth Alloc4.1.2 GEM Adaptation4.1.3 T-CONT............4.1.4 Operation and M4.1.5 Optical Link Mon4.2 Wi-Fi Function...4.3 VoIP Function ...4.4 USB Function....4.5 Data Forwarding4.5.1 MAC Address F

4.5.2 VLAN Function..4.6 QoS Function....4.7 Multicast Functio4.8 L3 Function .......4.9 IPv6 Function....4.10 Management Fu4.11 Security Functio4.11.1 Data Security of4.11.2 Traffic Suppressi4.12 Alarm Function..

ZTE C

ENTS

..................................................................... ing................................................................ ions .............................................................

..................................................................... ..................................................................... t User Side ..................................................

Secure Wi-Fi Access........... ............ ......... .... and Sharing Services............. ............ ....... .

ign............................................................... llation and Management ........... ............ .......

res .............................................................. s ................................................................... .....................................................................

.....................................................................

..................................................................... .....................................................................

tion.............................................................. ....................................................................

..................................................................... aintenance...................................................

itoring and Diagnosis ............ ............ ........ ... ..................................................................... ..................................................................... ..................................................................... Function...................................................... nction ..........................................................

..................................................................... .....................................................................

n.................................................................. .....................................................................

..................................................................... nction ...........................................................

................................................................... the GPON Interface .....................................

ion................................................................ .....................................................................

nfidential & Proprietary

.............................. 5 .............................. 5 .............................. 5

.............................. 6 .............................. 6 .............................. 6

.............................. 7 .............................. 7

.............................. 7 .............................. 8

.............................. 8 .............................. 8 .............................. 9

............................ 10

............................ 12 ............................ 12

............................ 13 ............................ 13

............................ 13 ............................ 13

............................ 14 ............................ 14 ............................ 15 ............................ 16 ............................ 16 ............................ 16

............................ 16 ............................ 17

............................ 17 ............................ 18

............................ 19 ............................ 19

............................ 20 ............................ 20

............................ 20 ............................ 21


5/31


4.13 Performance Sta4.13.1 Statistic of Ether

5 Technical Indic5.1 Physical Structu5.2 Interface Indices5.3 Key Technical In

6 Standard Com

7 Glossary..........

ZXHN F

tistic Function .............................................. net Port Performance Parameter..................

es and Parameters ..................................... e, Environmental and Electrical Indices ....... and Parameters ..........................................

dices ............................................................

liance..........................................................

.....................................................................


3

............................ 21 ............................ 21

............................ 23 ............................ 23 ............................ 23

............................ 24

............................ 25

............................ 26


6/31


4

FIGURES

Figure 1-1 The ZXHN F660.

Figure 1-2 Application Scen

Figure 3-1 The Rear Panel

Figure 3-2 LED Indicators o

TABLES

Table 3-1 Description of the

Table 3-2 Description of the

Table 5-1 Specifications an

Table 5-2 GPON Interface I

Table 5-3 Key Technical Ind

Table 6-1 Standard Complia

Table 7-1 Glossaries of the

ZTE C

.....................................................................

ario of the ZXHN F660....... ........... ............ ....

f the ZXHN F660 .........................................

the ZXHN F660...... ............ ............ ... ..........

ZXHN F660 s Interfaces ..............................

ZXHN F660 s Buttons........... ........... .......... ..

Environmental Indices of the ZXHN F660...

dices of the ZXHN F660........... ............ .......

ices of the ZXHN F660....... ............ ............ ..

nce of the ZXHN F660.................................

XHN F660 ..................................................


........................... 5

........................... 6

........................... 8

..........................10

........................... 8

........................... 9

..........................23

..........................23

..........................24

..........................25

..........................26


7/31


1 Overvie

1.1 Product P

The ZXHN F660, a

the fiber to the ho

network cabinet m

provides 2.488 Gb

ports, two Phone

user side. Home ukinds of high-spee

Figure 1-1 The Z

1.2 Network A

As a GPON ONT

10/100M network

Wi-Fi interface and

of the ZXHN F660

ZXHN F

sitioning

GPON optical network terminal (ONT) for home

e (FTTH) scenarios, supports desktop mounting

ounting. The ZXHN F660 complies with the ITU-

ps downlink and 1.244 Gbps uplink at network si

ports and one 802.11b/g/n(2*2 @2.4GHz) Wi-Fi

sers can easily access voice services, video servd broadband services by the ZXHN F660 s rich in

XHN F660

plications

designed for the FTTH scenarios, the ZXHN

interfaces, two Phone interfaces, one 802.11

one USB for home users. See Figure 1-2 for th


5

users, is designed for

, wall mounting and

G.984 standard,

de, and provides 4FE

interface one USB at

ices and many other terfaces.

F660 provides four

b/g/n(2*2 @2.4GHz)

application scenario


8/31


6

Figure 1-2 Applic

2 Highligh

2.1 High Relia

The full-servi

reliability, an

continuously

investment, a

The highly rel

The dual im

upgrading, th

The highly

protection of

the Ethernet

2.2 Rich Interf

Provides four

meet the nee

ZTE C

ation Scenario of the ZXHN F660

s

ility

e access capability featuring high bandwidth, hi

easy operation, administration and maintenan

changing requirements of the customer,

nd enhances the value of the operator s network.

liable heat dissipation design guarantees its stabl

ge ensures uninterrupted services during soft

ereby enhancing software reliability.

reliable lightning protection design provides

4 kV for the adapter, 1.5 kV for the Phone inter

orts.

ces at User Side

FE ports, two Phone ports, one Wi-Fi port and on

ds of multiple terminal equipment access


gh performance, high

e (OMCI) meets the

rotects the legacy

.

le operation.

are downloading or

lightning and surge

faces, and 1.5 kV for

e USB at user side to


9/31


Users can ac

phone, fax a

enjoy all kind

2.3 Convenien

Users can b

flexibly and r

Complies wit

Wi-Fi access

Supports sha

WPA2-Enterp

and reliable h

2.4 USB File S

Sharing phot

can connect

function.

USB Host int

Supports the

on the marke

2.5 Eco-Friend

Automatically

busy/idle stat

Complies wit

ZXHN F

cess the PC, IPTV STB (bridge/router mode), Ta

d other terminal equipment based on personal

of Internet services

t and Secure Wi-Fi Access

ild a convenient and secure wireless LAN, an

liably

the IEEE 802.11b/g/n(2*2 @2.4GHz) standard,

function

red key authentication, W EP authentication, W

rise and both mixed-mode security authenticati

ome Wi-Fi access

orage and Sharing Services

s, music, video and other documents though the

to a USB storage device. Family members ca

rface, in line with the 2.0 specification

FAT, FAT32, NTFS partition format and most o

ly Design

switches to energy-saving mode according

us of the port.

CE, RoHS and WEEE standards.


7

let PC, Smart Phone,

preferences, to fully

access the Internet

provides high-speed

A-PSK, WPA2-PSK,

ion, and ensure safe

USB Interface, which

n free share by this

f the storage devices

to traffic status and


10/31


8

2.6 Convenien

Flexible instal

Remote batc

Dual image,

Software upg

Software upg

related stand

WEB manag

Off-link & bat

3 Hardwar

3.1 Device Int

The ZXHN F660s

optical interface at

Wi-Fi interface and

Figure 3-1 The R

Table 3-1 Descri

Device Inter

PON

ZTE C

t Installation and Manageme

llation mode: on the desktop, on the wall, or in th

upgrade, fault analysis, port loopback, link dete

ersion download, upgrading detection, and auto

rading and management via the EMS/OLT

rading and management via TR069 (e.g. TR06

ards)

ment

ch configuration

Features

rfaces

device interfaces as shown in Figure 3-1 and Fig

network side, four 10/100M Ethernet interfaces, t

one USB at user side and one Power interface

ear Panel of the ZXHN F660

tion of the ZXHN F660 s Interfaces

ace Description

SC/APC interface for fiber connection.

Fully compliant to ITU-T G.984.x GPO


nt

e information box

ction via the OMCI

rollback

/TR255 and WT-142

ure 3-2 include one

wo Phone interfaces,

N standards


11/31


Device Inter

Phone

LAN

Power

USB

Remark

For 10 or 100Mbp

cable

3.2 Device But

The ZXHN F660s

reset button,one

Table 3-2 Descri

Device Butt

Reset

ON/OFF

Wi-Fi

ZXHN F

ace Description

Supports two PHONE interfaces with

connector

Supports four 10/100 Base-T Ethernet

RJ-45 connector

Supports half /Full Duplex and flow co

negotiation or manual configuration

Supports MDI/MDIX auto-sensing

12V Power Input Interface

+12V DC (via external AC/DC adapter:

50/60Hz AC input, 12V DC output )

Support USB host interface, 2.0 stand

s port speed, it can be operated up to 100 met

tons

device Buttons as shown in Figure 3-1 and Figu

i-Fi button,one WPS button and one power butt

tion of the ZXHN F660 s Buttons

on Description

When the device is powered on, press

second to restart the device. The user

information is not lost.

When the device is powered on, press

more than 5 seconds to restore the de

factory default settings.

Power on/off

Press the button (ON), the device is tu

Press the button again (OFF), the butt

the device is turned off

Wi-Fi on/off


9

J-11

interfaces with

trol, auto

: 90 240V,

rd

ers using Cat-5 UTP

re 3-2 include one

on,.

the button for 1

setting

the button for

vice to the

rned on

n pops, and


12/31


10

Device Butt

WPS

3.3 LED Indica

Figure 3-2 LED I

Table 3-3 Descripti

LED

Indicator D

Power Po

sta

indi

PON POindi

LOS Op

sta

indi

ZTE C

on Description

Start WPS processes

tors

dicators of the ZXHN F660

ion of the ZXHN F660 s LED Indicators

efinition Color LED Indica

er supply

us

icator

Green OFF: The ZXHN F660 is

Constantly ON: The ZX

powered on.

N statusicator

Green OFF: The ZXHN F660 hthe registration process.

Constantly ON: The ZX

completed the registrati

Flashing: The ZXHN F6

registering.

ical signal

us

icator

Red OFF: The receiving opti

normal.

Constantly ON: The opti

the PON interface is poFlashing: The receiving

lower than the receive s

optical receiver.


or

powered off.

N F660 is

as not started

N F660 has

n process.

0 is

al power is

cal module of

ered off. optical power is

ensitivity of the


13/31


LED

Indicator D

Internet Inte

indi

LAN1

LAN2

LAN3

LAN4

Eth

inte

sta

indi

Phone1

Phone2

PH

sta

indi

Wi-Fi WL

inte

sta

indi

WPS WP

indi

ZXHN F


rnet status

icator


on or ethernet connectio

Constantly ON: The intconnection has been est

(routing connection has

address or bridge link is

Flashing: The data is tra

internet connection.

ernet

rface

us

icator


on or the Ethernet interf

connected to any termin

Constantly ON: The Eth

is connected but no data

via the Ethernet interfac

Flashing: The data is tra

Ethernet interface.

ONE

us

icator


on or unable to register

switch/IMS.

Constantly on: The ZXH

registered on the soft s

service flow is being tra

Flashing: Data is being t

AN

rface

us

icator


on or the WLAN interfac

Constantly ON: The WL

has been started.

Flashing: There is data tthe WLAN interface.

S status

icator

Green or

multiple

colors

Yellow LED flashing: Th

performing code matchi

Red LED flashing: The

detects session overlap

Green LED constantly O

matching successful.


11

or

not powered

n does not exi.

rnet ablished

the correct IP

normal);

nsmitted via

not powered

ce is not

al device.

ernet interface

is transmitted

e.

smitted via the

not powered

on the soft

N F660 has

itch/IMS but no

smitted.

ransmitted.

not powered

e is forbidden.

N interface

ransmission via

ZXHN F660 is

g.

XHN F660

ing.

N: Code


14/31


12

LED

Indicator D

USB US

sta

indi

4 Function

4.1 GPON Fun

ITU-T G.984

Flexible map

Priority level

AES-128 enc

FEC

Five types of

Upstream traf

Multicast GE

SN, passwor

Auto-restart a

ZTE C


B interface

us

icator


on or the USB interface i

connected.

Constantly ON: The US

connected and works in

no data is transmitted vi

interface.

Flashing: There is data t

the USB interface.

s

ction

compatible

ing between GEM port and T-CONT

ueuing and scheduling of the upstream traffic

ryption

T-CONT

fic classification based on VLAN ID and 802.1p

port

, and SN+password authentication

nd recovery in power supply failure


or

not powered

is not

interface is

Host mode, but

a the USB

ransmission via


15/31


4.1.1 Bandwidth All

Static bandwi

Adopts

G.983.1

Dynamic ban

Adopts f

Dynami

4.1.2 GEM Adaptati

GEM mode

GEM frame

Ethernet data

ports based o

4.1.3 T-CONT

Five types of

T-CONT as t

T-CONT allo

on the CoS v

T-CONT que

For WRR, the

is allocated to

4.1.4 Operation and

Physical laye

ZXHN F

cation

dth allocation

static bandwidth allocation mechanism in co

dwidth allocation (DBA)

air DBA policy for the same CoS services during

bandwidth status report mode complies with IT

n

apping to GTC payload

frame mapping to GEM frame; Ethernet fram

n VLAN, CoS, or VLAN+CoS

T-CONT

e basic unit of the upstream service

ation based on the user and CoS; mapping to T

lue or GEM port

e scheduling mode of WRR, SP, or WRR+SP

configurable range of queue is configurable rang

one queue, the unused part will be shared amo

Maintenance

r operations and maintenance (PLOAM) defined i


13

pliance with ITU-T

traffic congestion

-T G.984.3

mapping into GEM

-CONT queue based

e is 1 to 63. If timeslot

g other queues.

in ITU-T G.984.4


16/31


14

OMCI define

ability (OMC

4.1.5 Optical Link M

The optical

including ope

transmission

ONT long-tim

Turn on or ofOLT.

4.2 Wi-Fi Func

The Wi-Fi function

users to access th

with IEEE802.11n

Frequency: 2.

IEEE802.11b

Auto and ma

Auto and ma

Transmission

Four SSIDs (

Maximum 32

SSID broadc

Access contr

ZTE C

in ITU-T G.984.4 and OMCI extension and

frame format)

onitoring and Diagnosis

module diagnostic monitoring interface moni

rating temperature of the optical module, supply

power, receiving power, etc.

e light emitting detection and auto shutdown.

f the power supply of the optical transmitter un

tion

provides an easy, convenient, flexible, and low-c

e internet via the wireless LAN network. The Wi-

(2x2) and offers a maximum link rate of 300 Mb/

.4 GHz

, IEEE802.11g, and IEEE802.11n compliant

ual channel selection

ual rate control

power control

ne service per SSID)

users

st enabling/disabling function

l based on MAC address


MCI channel coding

ors the parameters

voltage, bias current,

er the control of the

ost method for the

i function complies

.


17/31


Shared key a

WPA-PSK,

authenticatio

WPS

WMM

Maximum TX

4.3 VoIP Funct

NGN SIP, IM

Support in-ba

RTP, and rin

ITU-T G.165/

32ms echo c

G.711 a/u la

configurable)

Voice Activity

T.30 fax: fax t

T.38 fax - Fa

Supplementa

display, call d

transfer, thre

call simulatio

ZXHN F

uthentication and 128-bit WEP authentication

PA2-PSK, WPA-PSK + WPA2-PSK and WPA

power up to 100mW

ion

SIP, and H.248 compliant

nd DTMF tone sending/receiving and out-band

/hook/tone related features

G.168

ncellation

, G.729, and G.722 coding/encoding algorithm

Detectors (VAD) and Comfort Noise Generation

ransparent transmission (uncontrolled, RTCP co

Group 3 (G3)

ry services: call waiting, call number display,

isplay limit, notification message of waiting call

way call, malicious call search, voice mailbox, e


15

2-Enterprise security

DTMF signaling with

(audio CODEC order

(CNG)

ntrol, and SS control)

call waiting and call

ith indicator led, call

tc


18/31


16

4.4 USB Funct

One USB ho

Full-speed an

USB fast file

4.5 Data Forw

4.5.1 MAC Address

MAC address

MAC address

MAC address

MAC address

MAC address

Anti-MAC tra

Forbids

user por

Forbids

user por

MAC filtering

Both the

whitelist

4.5.2 VLAN Functio

IEEE 802.1q

ZTE C

ion

t interface

d high-speed USB 2.0 interface

ackup, fast recovery.

rding Function

Function

learning

aging

learning enable/disable

learning limit

binding to a user port. Only controls the input si

sferring (spoofing)

the MAC addresses learned from a user port to b

t before aging.

the MAC addresses learned from uplink port to

t.

source and destination MAC addresses suppor

function.

VLAN with the VLAN ID from 1 to 4094


e of the port.

e transferred to other

be transferred to the

t the blacklist and the


19/31


VLAN taggin

VLAN overwri

1:1 mapping

VLAN-based

VLAN-based

VLAN untagg

VLAN tag

Adds S-

the need

Adds C-

port as p

4.6 QoS Funct

Service flow r

Upstream se

address, des

Ethernet type

address, IP p

Ethernet prior

Ingress rate li

Egress shapi

4.7 Multicast F

ITU G.984.3

ZXHN F

/untagging on the user port

ite function on the user port

etween the user port (physical port or logical po

data forwarding

packet filtering

ed mode, tagged mode and double tagged mode

ag to the untagged or priority tagged frames fro

s.

Tag and S-Tag to the untagged or priority tagged

er the needs.

ion

ate limit based on the user port, service flow, an

rvice flow classification based on the physical p

tination MAC address, VLAN ID, VLAN priority

(such as IP, PPPoE, ARP/RARP), destination I

rotocol type (TCP, UDP, ICMP, IGMP), IP DSCP

ity level tagging of the upstream services based

mit

g

unction

md.1


17

rt) and VLAN

the user port as per

frames from the user

GEM port

ort and source MAC

level (IEEE802.1D),

P address, source IP

, and TCP/UDP

on the DSCP value


20/31


18

IGMP v1/v2

Multicast gro

Fast leave ti

to the ONU e

Support MVL

4.8 L3 Functio

Data forwardi

Bridging

Static ro

RIP v1/v

Address man

DHCP Server

PPPoE/PPPo

Per service (

IPoE

DNS Client/R

SNTP client

NAT/PAT/NA

ALG function:

IPSec, RTS

each ALG fun

ZTE C

nooping

p per LAN port is 256

e, which is the time from user terminal sends an I

quipment stops the multicast data packet, is less

N

n

ng and routing

, routing, or hybrid mode (bridging and routing)

uting

2 dynamic routing

agement

/Client

E+, PPPoE Client/Pass Through and PPPoE si

.g. internet, VoIP, IPTV) per VLAN can be mapp

elay

PT

achieves H.323, SIP, FTP, SNMP, SMTP, Net

private network traversal function; provides s

ction.


IGMP leave message

than 20ms.

ulation

ed to one GEM port.

eeting, PPTP, L2TP,

eparate switches for


21/31


4.9 IPv6 Funct

IPv6 protocol

IPv4/IPv6 Du

VoIP and TR

IGMP protoc

MLD v1/v2 a

IPv6 DS-Lite

IPv6 address

SLAAC

DHCPv6

SLAAC

DHCPv6

DHCPv6

PPPoE+

PPPoE+

4.10 Manageme

OMCI manag

TR-069 mana

WEB manag

Management

ZXHN F

ion

packets transparent transmission

al Stack (Only support Internet and IPTV applic

69 application.)

l packets transparent transmission

d MLD snooping/proxy

management

allocation mode on LAN side

on LAN side

on WAN side

on WAN side

-PD on WAN side

DHCPv6 on WAN side

SLAAC on WAN side

nt Function

ement

gement

ment

via the OLT on the EMS


19

tion, but not support


22/31


20

Built-in capab

full range FC

Port loopbac

Performing M

commands

Remote soft

Dual image,

4.11 Security F

Traffic filterin

Multicast , uni

MAC address

Broadcast pa

ARP anti-spo

Anti-DoS atta

MAC filtering

4.11.1 Data Security

Because the GPO

malicious users ca

security of the use

4.11.2 Traffic Suppre

Broadcast sto

ZTE C

ility for remote management with standard com

PS functions like supervision, monitoring, and

detection

IB operation via the OMCI, including the create,

are download, activation, and reboot via the OM

ersion download, upgrading detection, and auto

nction

based on UNI, VLAN ID, 802.1p, UNI + 802.1p,

icast and broadcast flow attack protection

limiting based on each UNI or single ONT

cket rate limit

ofing

ck

f the GPON Interface

N system works in broadcast mode in the down

n easily intercept and attack other users messa

r, the GPON downstream provides AES-128 enc

ssion

rm suppression


pliance, including the

aintenance.

, delete, and get-next

CI

rollback

VLAN + 802.1p

stream direction, the

es. To enhance data

yption.


23/31


When th

exceeds

till the t

congesti

4.12 Alarm Fun

Dying gasp

Receiving opt

Receiving opt

Transmission

Transmission

Port loopbac

Loss of signal

Loss of frame

Signal degra

Loss of GEM

4.13 Performan

4.13.1 Statistic of Eth

Frames trans

Single collisio

Multiple collis

Bytes transmi

ZXHN F

e broadcast traffic including the unknown unicas

the threshold that the user sets, the broadcast tr

raffic is lowered to a reasonable range, there

on and ensuring normal operation of the network

tion

ical power too high

ical power too low

optical power too high

optical power too low

alarm

l

ation alarm

channel delineation

e Statistic Function

ernet Port Performance Parameter

mitted

n frames

ion frames

itted


21

t and multicast traffic

affic will be discarded

by avoiding network

services.


24/31


22

Unicast fram

Multicast fra

Broadcast fra

Pause frame

Collision fram

Frames recei

Bytes receive

Frame check

Verification e

Jumbo frame

Unicast fram

Multicast fra

Broadcast fra

Runt frames

Ethernet fram

ZTE C

s

es

mes

transmitted

es transmitted (half duplex mode)

ed

d

sequence errors

rors

s

s received

es received

mes received

eceived

es dropped (from UNI to NNI and vice versa)



25/31


5 Technic

5.1 Physical

Indices

Table 5-1 Specifi

Param

Net dimensions

Net weight

Typical Power co

Noise

Heat dissipation

Power supply

Installation

Operating enviro

Relative humidity

Atmospheric pre

MTTR

5.2 Interface I

Table 5-2 GPON

P

Connector type

Number of PON

Fiber type

ZXHN F

l Indices and Paramet

tructure, Environmental a

cations and Environmental Indices of the ZXHN

ter Nominal Valu

36 mm (H) x 180 mm (W) x 125

0.38kg

nsumption 9.4 W

Null

mode Natural heat dissipation

Rated 12 V DC (through the exter

Horizontal, Wall mounted

nment 0 40

5%85%

sure 70 kPa106 kPa

30 mins

dices and Parameters

Interface Indices of the ZXHN F660

rameter Nominal V

SC/APC

1

Single-mode fiber


23

rs

d Electrical

660

e

m (D)

nal AC/DC adapter)

alue


26/31


24

P

Wavelength

Compliance stan

interface

Receiving rate of

Transmitting rate

Transmission wa

Root-mean-squa

transmitting end

Output optical po

Optical power of

OFF status

Extinction ratio

Receive range

Receive sensitivi

Saturation opticalSplitting ratio

Length of the opti

5.3 Key Techn

Table 5-3 Key Te

P

Capacity of the M

Capacity of the

IGMP join delay

IGMP leave dela

T-CONT

GEM Port

ZTE C

rameter Nominal V

Transmitting end: 131

interface)

Receiving end: 1490 n

interface)

dard of the PONITU-T 984.x

the optical interface 2.488 Gbps

of the optical interface 1.244 Gbps

velength range 1290 nm1330 nm

re spectral width of the

Less than 1 nm (-20 d

width)

wer Minimum 0.5 dBm, ma

the transmitter in outputLess than -45 dBm

More than 10 dB

1480 nm1500 nm

ty -28 dBm

l power of the receiver -8 dBm 1:64

ical link 20 km

ical Indices

chnical Indices of the ZXHN F660

arameter Nominal

AC address table 1K

ulticast table 1K

< 10 ms (single chan

< 10 ms (single chan

16

64


alue

nm (PON

m (PON

spectral

ximum 5 dBm

l Value

el)

el)


27/31


6 Standar

Table 6-1 Standa

Standard

ITU-T G.984.1

ITU-T G.984.2

ITU-T G.984.3

ITU-T G.984.4

ITU-T G.984.5

Broadband Foru

TR-101

Broadband Foru

TR-156

IEEE Std

802.1D-2004

IEEE Std

802.1Q-2005

IEEE Std

802.1ad-2005

IEEE 802.3-2005

ZXHN F

Compliance

rd Compliance of the ZXHN F660

Description

General characteristics for Gigabit-capab

Optical Networks (GPON)

Gigabit-capable passive optical networks

Physical media dependent (PMD) layer s

Gigabit-capable Passive Optical Network

Transmission convergence layer specific


ONT management and control interface


Enhancement band

Migration to Ethernet-Based DSL Aggreg

2006

Using GPON Access in the context of TR

December 2008

Media Access Control (MAC) Bridges

Virtual Bridged Local Area Networks

IEEE Standards for Local and Metropolit

Networks Virtual Bridged Local Area

NetworksRevisionAmendment 4: Pro

IEEE Standard for Information

technologyTelecommunications and in

exchange between systemsLocal and

area networksSpecific requirements P

sense multiple access with collision dete

(CSMA/CD) access method and physical

specifications (Includes: IEEE Std 802.3a

Std 802.3af-2003, IEEE Std 802.3ah-200

802.3aj-2003, IEEE Std 802.3ak-2004)(R

IEEE 802.3-2002)


25

le Passive

(GPON):

pecification

s (G-PON):

ation

s (G-PON):

pecification

s (G-PON):

ation, April

-101,

n Area

vider Bridges

ormation

etropolitan

rt 3: Carrier

tion

layer

e-2002, IEEE

4, IEEE Std

evision of


28/31


26

Standard

IEEE 802.1X-200

ITU-T Y.1291

ITU-T H.248.1 V

ITU-T H.248.1 v3

YD/T 1292-2003

IETF RFC3261

IETF RFC1112

IETF RFC2236

IETF RFC 3376

SFF-8472

ITU_T K.21

IEC/TS 61000-3-

EN60950

UL60950

7 Glossar

Table 7-1 Glossa

Acronym

ACL

AES

Alloc-ID

ZTE C

Description

4IEEE Standards for Local and Metropolit

Networks: Port-Based Network Access C

An architectural framework for support of

Service in packet networks

Gateway control protocol: Version 2

Gateway control protocol: Version 3

Technical specification for media gatewa

protocol based on H.248

SIP: Session Initiation Protocol

Host extensions for IP multicasting

Internet Group Management Protocol, Ve

Internet Group Management Protocol, Ve

Specification for Diagnostic Monitoring In

Optical Transceivers (Rev 10.3 Dec.1, 20

Resistibility of Telecommunication Equip

in Customer Premises to Overvoltages a

Overcurrents

4

Limits - Limitation of Emission of Harmon

Low-Voltage Power Supply Systems for

Rated Current Greater Than 16 A First E

Information technology equipment. Safet

requirements

General Requirements for Information. T

Equipment

ries of the ZXHN F660

Full Name

Access Control List

Advanced Encryption Standard

Allocation Identifier


n Area

ontrol

Quality of

control

rsion 2

rsion 3

terface for

07)

ent Installed

d

ic Currents in

quipment with

dition

, General

chnology


29/31


Acronym

AN

ARP ATM

CAC

CAPEX

CATV

CDR

CLI

COS

CVLAN

DBA

EMS

EPON

FE

FEC

FTP

FTTB

FTTB/C

FTTC

FTTCab

FTTH

GE

GFP

GPON

IMS

IP

IPTV

ITU

L2

L3

LACP

ZXHN F

Full Name

Access Network

Address Resolution Protocol Asynchronous Transfer Mode

Channel Access Control

Capital Expenditure

Community Antenna Television

Call Detail Record

Command Line Interface

Class of Service

Customers VLAN

Dynamic Bandwidth Allocation

Element Management System

Ethernet Passive Optical Network

Fast Ethernet

Forward Error Correction

File Transfer Protocol

Fiber to the Building

Fiber to the Building/Curb

Fiber to the Curb

Fiber to the Cabinet

Fiber to the Home

Gigabits Ethernet

Generic Framing Procedure

Gigabit-capable Passive Optical Networ

IP Multimedia Sublayer

Internet Protocol

Internet Protocol Television

International Telecommunication Union

Layer 2

Layer 3

Link Aggregation Protocol


27

ks


30/31


28

Acronym

LAN

MACMDU

MIB

NGN

NE

NMS

OAM

ODN

OLT

ONT

ONU

OPEX

PON

PHONE

PSTN

QoS

RARP

RR

SCB

SFP

SLA

SN

SNMP

SP

SP

SS

STB

STP

SVLAN

TCP

ZTE C

Full Name

Local Area Network

Media Access ControlMulti-Dwelling Unit

Management Information Base

Next Generation Network

Network Element

Network Management System

Operations, Administration and Mainten

Optical Distribution Network

Optical Line Termination

Optical Network Terminal

Optical Network Unit

operational expenditure

Passive Optical Network

Plain Old Telephone Service

Public Switched Telephone Network

Quality of Service

Reverse Address Resolution Protocol

Round Robin

Single Copy Broadcast

Small Form-Factor Pluggable

Service Level Authentication

Serial Number

Simple Network Management Protocol

Service Priority

Strict Priority

Soft Switch

Set Top Box

Spanning Tree Protocol

Service VLAN

Transmission Control Protocol


ance


31/31

Acronym

UDP

UNIVLAN

VoD

VoIP

WEEE

WPS

WRR

ZXHN F

Full Name

User Datagram Protocol

User Network InterfaceVirtual Local Area Network

Video on Demand

Voice over Internet Protocol

Waste Electrical and Electronic Equi

Wi-Fi Protected Setup

Weight Round Robin


pment

3.3.3 ZXHN F660 Product Description

Documents