Manual I-24xW-S (2).pdf

Alcatel-Lucent 7360 ISAM FX, 7330 ISAM FTTN, 7302 ISAM ONT R04.04.02a August 2012 3FE 55052 AAAA TCZZA Edition 01ONT Product Information Guide

I-240W-S, I-241W-S

31 I-240W-S and I-241W-S unit data sheet

NTP 172 Install an I-240W-S or I-241W-S indoor ONT

NTP 173 Replace an I-240W-S or I-241W-S indoor ONT

NTP 174 Configure an I-240W-S or I-241W-S ONT

August 2012 Alcatel-Lucent 7360 ISAM FX, 7330 ISAM FTTN, 7302 ISAM ONT R04.04.02aEdition 01 3FE 55052 AAAA TCZZA

ONT Product Information Guide

Alcatel-Lucent 7360 ISAM FX, 7330 ISAM FTTN, 7302 ISAM ONT R04.04.02a August 2012 31-13FE 55052 AAAA TCZZA Edition 01ONT Product Information Guide


31.1 I-240W-S and I-241W-S part numbers and identification 31-2

31.2 I-240W-S and I-241W-S general description 31-3

31.3 I-240W-S and I-241W-S software and installation feature support 31-3

31.4 I-240W-S and I-241W-S interfaces and interface capacity 31-4

31.5 I-240W-S and I-241W-S LEDs 31-7

31.6 I-240W-S and I-241W-S detailed specifications 31-8

31.7 I-240W-S and I-241W-S GEM ports and T-CONTs 31-10

31.8 I-240W-S and I-241W-S power support 31-10

31.9 I-240W-S and I-241W-S functional blocks 31-10

31.10 I-240W-S and I-241W-S standards compliance 31-13

31.11 I-240W-S and I-241W-S special considerations 31-13


31-2 August 2012 Alcatel-Lucent 7360 ISAM FX, 7330 ISAM FTTN, 7302 ISAM ONT R04.04.02aEdition 01 3FE 55052 AAAA TCZZA


31.1 I-240W-S and I-241W-S part numbers and

identification

Table 31-1 provides part numbers and identification information for I-240W-S and I-241W-S indoor ONTs.

Table 31-1 I-240W-S and I-241W-S indoor ONT part numbers and identification

Mnemonic Ordering kit

part number

Provisioning

part number

Description CLEI CPR ECI/

Bar

code

I-240W-S 3FE 54180 AA 3FE 54276 AA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with European (EU) variant plug.

3FE 54180 BA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with Australian (AU) variant plug.

3FE 54180 CA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with United Kingdom (UK) variant plug.

3FE 54180 EA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with United States (US) variant plug.

I-241W-S 3FE 54492 AA 3FE 54276 AB 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, 1 RF video connector, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with European (EU) variant plug.

3FE 54492 BA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, 1 RF video connector, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with Australian (AU) variant plug.

3FE 54492 CA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, 1 RF video connector, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with United Kingdom (UK) variant plug.

3FE 54492 EA 2 POTS ports, 4 Gig-E 10/100/1000 Base-T interfaces, 1 RF video connector, and 1 Wi-Fi radio on/off switch. Includes ac/dc power cord with United States (US) variant plug.



31.2 I-240W-S and I-241W-S general description

I-240W-S and I-241W-S indoor ONTs provide the subscriber interface for the network by terminating the PON interface and converting it to user interfaces that directly connect to subscriber devices. The ONT is compatible with all existing subscriber equipment, including analog phones with both tone and rotary dial capabilities, cordless phones, modems, fax machines, and caller ID boxes (Type I, Type II, and Type III).

I-240W-S and I-241W-S indoor ONTs provide the following functions:

four configurable 10/100/1000BASE-T Ethernet interfaces using RJ-45 ports

two POTS interfaces using RJ-11 ports

single mode fiber (SC/APC connector)

IEEE 802.11 Wi-Fi interface to enable wireless access

fully G.984 series GPON standard compliant

G984.5 standard compliant

compliance with FCC part 15 Class B

31.3 I-240W-S and I-241W-S software and installation

feature support

Table 31-2 provides a list of software-based features and installation information supported by I-240W-S and I-241W-S indoor ONTs.

Table 31-2 I-240W-S and I-241W-S indoor ONT software feature support

Feature Chapter/description Click link for more information

General ONT and MDU overview

General information common to multiple devices and an explanation of general system behaviors.

ONT and MDU overview

Service interface specifications

ONT and MDU general and interface technical specifications

Ethernet interface specifications

POTS interface specifications

RF video interface specifications for video overlay (I-241W-S ONT only)

Services supported See the appropriate P-OLT user documentation for service creation procedures and descriptions.

RSSI ONT and MDU general and interface technical specifications

RSSI specifications

Wi-Fi specifications ONT and MDU general and interface technical specifications

Wi-Fi specifications

Optical budget ONT and MDU general and interface technical specifications

ONT optical budget

Location and installation options

How to install and replace an I-240W-S or I-241W-S indoor ONT

Install an I-240W-S or I-241W-S indoor ONT

Replace an I-240W-S or I-241W-S indoor ONT

Activation methods ONT and MDU overview SLID entry via Ethernet port

(1 of 2)




31.4 I-240W-S and I-241W-S interfaces and interface

capacity

Table 31-3 describes the supported interfaces and interface capacity for I-240W-S and I-241W-S indoor ONTs.

Table 31-3 I-240W-S and I-241W-S indoor ONT interface connection capacity

Note(1) I-240W-S and I-241W-S ONTs provide Wi-Fi service without a physical connection.

I-240W-S and I-241W-S connections and components

I-240W-S and I-241W-S indoor ONTs are intended for indoor deployment and can be installed vertically, horizontally, or attached to a wall.

Other features of these indoor ONTs include

an ON/OFF power switch for manual shut down

a reset button

an external multi-directional antennae

Wi-Fi service that is enabled and disabled by Web GUI or TR-064/TR-069

Figure 31-1 shows the physical connections for I-240W-S indoor ONTs.

HTTP management Information necessary to manage an ONT at a local site using an HTTP interface, CLI interface, CLI interface, or butt set.

Web-based ONT configuration

Statistics and performance monitoring

ONT and MDU statistics and performance monitoring

Performance monitoring statistics for Package D ONTs

Supported UPS configurations

Part numbers, ordering, and deployment configuration overview

ONT and MDU to UPS or power adapter compatibility support

Feature Chapter/description Click link for more information

(2 of 2)

ONT type

and model

Maximum capacity

POTS 10/

100

BASE-

T

10/

100/

1000

BASE-

T

RF video

(CATV)

MoCA VDSL2 E1/T1 Local

craft

GPON

SC/

APC

I-240W-S (1) 2 4 1

I-241W-S (1) 2 4 1 1



Figure 31-1 I-240W-S indoor ONT physical connections

Figure 31-2 shows the physical connections for I-241W-S indoor ONTs.

Figure 31-2 I-241W-S indoor ONT physical connections

Figure 31-3 shows the location of the USB host port at the side of I-240W-S ONTs.

I

O

USBports

Wi-FiProtected

Service button

Resetbutton

POTSports

(RJ-11)Ethernet

ports(RJ-45)

Fiberoptic

connector

Powerconnector

Poweron/offswitch

22435

Wi-FiProtected

Service button

Resetbutton

POTSports

(RJ-11)Ethernet

ports(RJ-45)

Fiberoptic

connector

Powerconnector

Poweron/offswitch

F-typecoaxial

connector22788




Figure 31-3 I-240W-S indoor ONT physical connections (USB host port)

Figure 31-4 shows the location of the USB port on I-241W-S indoor ONTs.

Figure 31-4 I-241W-S indoor ONT physical connections (USB host port)

Table 31-4 describes the physical connections for I-240W-S and I-241W-S indoor ONTs.

Table 31-4 I-240W-S and I-241W-S indoor ONT physical connections

I

O

22442

Internet/USB host

port

Connection (1) Description

Ethernet ports This connection is provided through Ethernet RJ-45 cables. Up to four 10/100/1000 Base-T Ethernet interfaces are supported.The Ethernet ports can support both data and in-band video services on all four interfaces.

POTS This connection is provided through RJ-11 ports. Up to two POTS connections are supported.The POTS ports support voice services.

(1 of 2)

USB port22788



Note(1) The primary path for the earth ground for these ONTs is provided by the 12V Return signal in the

power connector.

31.5 I-240W-S and I-241W-S LEDs

Figure 31-5 shows the I-240W-S and I-241W-S indoor ONT LEDs.

Figure 31-5 I-240W-S and I-241W-S indoor ONT LEDs

Table 31-5 provides LED descriptions for I-240W-S and I-241W-S indoor ONTs.

WPS button The Wi-Fi Protected Setup switch is labelled WPS. This button enables and disables the WPS mode.

RF video coaxial This connection is provided through a F-Type coaxial connector.

This connection is found only on the I-241W-S indoor ONT.

Power This connection is provided through the power connector. A power cable fitted with a Molex connector is used to make the connection.

Fiber optic This connection is provided through a GPON SC/APC fiber optic connector.

USB ports On I-240W-S indoor ONTs, this connection is provided through the following USB ports:

Two USB host interfaces, compliant to USB 2.0, are supported (one of the USB ports is not powered).

One USB host port, compliant to USB 2.0, with a Motive dongle.

On I-241W-S indoor ONTs, this connection is provided by one USB host port, compliant to USB 2.0.

Cables with A-type connectors are used to connect to the USB ports.

Connection (1) Description

(2 of 2)

22440

Power WAN Wi-Fi WPS USB4 3 2 1 2 1GPONLink/Act

GigabitEthernet

VoIP

Power WAN Wi-Fi WPS USB4 3 2 1 2 1GPONLink/Act

GigabitEthernet

VoIP




Table 31-5 I-240W-S and I-241W-S indoor ONT LEDs

31.6 I-240W-S and I-241W-S detailed specifications

Table 31-6 lists the physical specifications for I-240W-S and I-241W-S indoor ONTs.

Indicator LED color and

behavior

LED behavior description

Power Off

Green solid

Power is off

Power is on

WAN Off

Green flashing

Green solid

Red

Broadband physical connection is not present or no IP address assigned

IP connected and IP traffic is passing

IP connected and no traffic passing

Device attempted IP connection and failed

GPON Link/Act Red solid

Red flash

Green solid

Orange flash

Orange solid

No GPON signal detected

GPON signal detected and ranging

GPON connection is up and in-service

OMCI data going through GPON port

GPON connection is up but out-of-service

Gigabit Ethernet Off

Green flashing

Green solid

No Ethernet signal detected

User data going through Gigabit Ethernet port

Gigabit Ethernet interface is ready to work

VoIP (without VoIP registration status)

Off

Green solid

Phone is on-hook

Phone is off-hook

VoIP (with VoIP registration status)

Off

Green solid

Green flashing

VoIP is unregistered

VoIP is registered and phone is on-hook

VoIP is registered and phone is off-hook

Wi-Fi Off

Green flashing

Green solid

No radio signal detected

User data going through WLAN port

Wi-Fi interface is ready to work

WPS Off

Green solid

Green flashing

Red solid

Inactive

Success status

In Progress status

Error and Session Overlap status

USB Off

Green flashing

Green solid

No USB signal detected

Traffic activity on the USB port

USB interface is ready to work

I-241W-S indoor ONT only

RF Video Off

Green

RF is disabled or the video optical band being received is lower than the prescribed limit

RF is enabled and optical signal power is working



Table 31-6 I-240W-S and I-241W-S indoor ONT physical specifications

Table 31-7 lists the power consumption specifications for I-240W-S and I-241W-S indoor ONTs.

Table 31-7 I-240W-S and I-241W-S indoor ONT power consumption specifications

Table 31-8 lists the environmental specifications for I-240W-S and I-241W-S indoor ONTs.

Table 31-8 I-240W-S and I-241W-S indoor ONT environmental specifications

Note(1) When an I-240W-S ONT is used with a power adapter, the maximum operating temperature is 122"F (50"C) while the

maximum temperature for an I-240W-S ONT used with an uninterrupted power supply (UPS) is 104"F (40"C).

Description Specification

Height 7.9 in. (20 cm)

Width 5.9 in. (15.1 cm)

Depth 1.8 in. (4.6 cm)

Weight including fiber storage tray [within & 0.5 lb (0.23 kg)]

1.5 lb (660 g)

Mnemonic Maximum

power (Not to

exceed)

Condition Minimum

power

Condition

I-240W-S less than 30 W 2 POTS off-hook, 4 Gig-E, Wi-Fi operational

8 W 2 POTS on-hook, other interfaces/services not provisioned

I-241W-S less than 24 W 2 POTS off-hook, 4 Gig-E, 1 RF video, Wi-Fi operational

7.6 W 2 POTS on-hook, other interfaces/services not provisioned

Mounting method Temperature range and humidity Altitude

Desk or wall mounted

Operating:(1)

-4"F to 122"F (-20"C to 50"C) ambient temperature

20% to 90% relative humidity, non-condensing

Contact your Alcatel-Lucent technical support representative for more information

Storage:

Contact your Alcatel-Lucent support representative for more information




31.7 I-240W-S and I-241W-S GEM ports and T-CONTs

Table 31-9 lists the maximum number of supported T-CONTs and GEM ports. Not all ONTs will be supported in all of the releases indicated the table. See the appropriate release Customer Release Notes for the most accurate list of supported devices.

Table 31-9 I-240W-S and I-241W-S indoor ONT capacity for GEM ports and T-CONTs per package and release

31.8 I-240W-S and I-241W-S power support

I-240W-S and I-241W-S indoor ONTs support the following power supply:

CyberPower CyberShield CSN27U12V UPS unit data sheet

31.9 I-240W-S and I-241W-S functional blocks

Table 31-10 describes the supported interfaces for I-240W-S and I-241W-S indoor ONTs.

Table 31-10 I-240W-S and I-241W-S indoor ONT interfaces

I-240W-S and I-241W-S indoor ONTs are single-residence ONTs that support Wireless (Wi-Fi) service. Wi-Fi service on these ONTs are compliant with the IEEE 802.11 standard and enabled or disabled using a radio on/off switch. In addition to the Wi-Fi service, these ONTs transmit Ethernet packets to four RJ-45 Ethernet ports, and voice traffic to two RJ-11 POTS ports. The I-241W-S ONT also supports RF video traffic on one F-type coaxial connector. Both ONTs feature fiber optic and power connectors.

ONT or MDU Release Maximum Notes

Package D ONTs

GEM ports per indoor or outdoor ONT

R04.02.56 32 32 are present

T-CONTs per indoor or outdoor ONT

R04.02.56 32 32 are present: 31 are available, 1 is reserved for OMCI

ONT category description Interface capacity

POTS

ports

Ethernet

ports

VDSL2 MoCA RF Video HPNA Wi-Fi

Single-residence Wi-Fi ONTs with Gig-E ONTs, POTS, and with or without RF video (I-240W-S and I-241W-S)

2 4 0/1 1



Figure 31-6 shows functional blocks for I-240W-S indoor ONTs.

Figure 31-6 Single-residence Wi-Fi ONT with Gigabit Ethernet and POTS and

without RF video

Figure 31-7 shows functional blocks for the I-241W-S indoor ONT which has the same functional blocks as the I-240W-S indoor ONT except for having a triplexer, rather than a diplexer, and an RF video filter.

Figure 31-7 Single-residence Wi-Fi ONT with Gigabit Ethernet and POTS and with

RF video

ONT SoC technology serves as the main hardware block for these ONTs; see Figure 31-8.

PWR4xRJ452xRJ1122458

Diplexer

GE PHYswitch

RESETUSB InternalHostWiFi

switch

GPONSOC

POTS

2xUSB

USBEnternal

Host

PWR

F-type connector

4xRJ452xRJ1122570

Triplexer

GE PHYswitch

RF Filter

RESETUSB InternalHostWiFi

switch

GPONSOC

POTS

2xUSB

USBEnternal

Host




Figure 31-8 I-240W-S and I-241W-S ONT hardware block

ONT SoC technology consists of five key elements:

GPON MAC

The Gigabit Passive Optical Network Media Access Control (GPON MAC) element on the SoC terminates the GPON interface using an optical diplexer. This interface supports GPON as described in G.984.3 (GPON TC Layer) ITU specification.

Ethernet MAC

The SoC provides up to four GE MACs.

DSP interface

The Digital Signal Processor (DSP) provides voice processing for 2 POTS lines with the 3-way calling. The DSP has a dedicated 64 kbyte instruction cache and shares a 32 kbyte data cache with the Control Processor.

Control Processor

The Control Processor features an integral memory management unit that supports a dedicated 64 kbyte instruction cache and shares a single 32 kbyte data cache with the DSP. The Control Processor and DSP also include a single channel Data Management Application (DMA) controller with a 4 kbyte read ahead low-latency Dynamic Random Access Memory (DRAM) access port. The processors typically run at 400 MHz.

Switch matrix

The Switch matrix provides an integrated data channel between the four GE MACs, the GPON MAC, the DSP, the control processor, and the other integrated elements such as flash memory, DRAM, and the local bus controller.

These ONTs can also interact with additional hardware components to support functionality not provided by the SoC technology.

Controlprocessor

EthernetMACs

Ethernet ports GPON

POTS ports

DSP

GPONMAC

SoC

19421

SoC Bridge



31.10 I-240W-S and I-241W-S standards compliance

I-240W-S and I-241W-S indoor ONTs are compliant with the following standards:

802.11b support for maximum transmit power (EIRP) equal to or greater than 200 mW (23.01 dBm)

802.11g support for maximum transmit power (EIRP) equal to or greater than 100 mW (20 dBm)

802.11n support for wireless LAN interface

G.984 support GPON interface (framing)

G.984.2 support for Amd1, class B+

G984.5 support for optical and other transport network infrastructures

31.11 I-240W-S and I-241W-S special considerations

I-240W-S and I-241W-S indoor ONT considerations and limitations

Table 31-11 lists the considerations and limitations for I-240W-S and I-241W-S ONTs.

Table 31-11 I-240W-S and I-241W- S ONT considerations and limitations

Upgrade considerations and limitations

Existing ONTs that use 7342 ISAM FTTU releases older than R04.06.xx and R04.07.xx must be upgraded to use R04.00.10 software while assigned to a PON ID value smaller than 64. For this purpose, if split ratios larger than 1:64 are being deployed, you may choose to set aside the first PON ID as a staging point.

Considerations and limitations

The ONT only supports OMCIv2 provisioning model

Voice management using TR-069/TR-104 is not supported

Performance Counters for SIP Voice is not supported

Emergency call alarming or forced-hold is not supported

The ONT pads packets up to 104

No support for IGMP on PPPoE sessions

No support for MAC learning

No support for UPnP AV compatibility - Detect DMS device

No support for UPnP AV compatibility - can play audio, video, photo file

No support for UPnP Applications - eMule, PPStream, UTorrent, Windows Media player 11

No support for Playback WAV format using UPnP AV server




I-240W-S and I-241W-S indoor ONTs support voice, video, and data services. These ONTs, which feature Wi-Fi technology, can also function as a residential gateway with layer 2 and layer 3 processing capabilities.

I-240W-S and I-241W-S ONT supported features

The I-240W-S and I-241W-S ONT supports one of two modes at any given time. The supported modes are

ONT

Residential gateway

You determine which of the two modes is configured by downloading the designated software release.

ONT mode

When operating in ONT mode, I-240W-S and I-241W-S ONTs have four Gig-E and two POTS ports while the Wi-Fi service and USB modules are disabled.

I-240W-S and I-241W-S indoor ONTs support the following services controlled by OLT:

VoIP

L2 bridging

Multicast

Table 31-12 describes the services supported by I-240W-S and I-241W-S indoor ONTs when in ONT mode.

Table 31-12 Supported services in ONT mode

Supported services Description

VoIP The IP host interface is dedicated for VoIP service

The SIP protocol (RFC3261) is ported to the ONT. VoIP-related parameters are configured through the OMCI protocol and downloading the VoIP XML file to the ONT. See VoIP overview for details about the XML download files.

L2 bridging Each Ethernet port supports the following

VLAN tagging VLAN/p-bit transparent VLAN/p-bit translation

The following OLT VLAN modes are supported

C-VLAN cross-connect S+C-VLAN cross-connect S-VLAN tunnel cross-connect C-VLAN residential-bridge

Multicast IGMP snooping

64 multicast groups



Residential gateway ONT mode

When operating in Residential gateway ONT mode, I-240W-S and I-241W-S ONTs have one virtual Ethernet IP and two POTS ports.

I-240W-S and I-241W-S indoor ONTs support the following services:

VoIP

L3 routing

Residential gateway interfaces

Multicast

VoIP service is controlled by OMCI while OLT is reserved for configuring L2 bridging and Multicast services for the L3 routing interface. Established L3 routing can be managed using Access Control Server (ACS).

Table 31-13 describes the services supported by I-240W-S and I-241W-S indoor ONTs in Residential gateway mode.

Table 31-13 Supported services in Residential gateway ONT mode


VoIP The IP host interface is dedicated for VoIP service

The SIP protocol (RFC3261) is ported to the ONT. VoIP-related parameters are configured through the OMCI protocol and downloading the VoIP XML file to the ONT. See VoIP overview for details about the XML download files.

L3 routing Each Ethernet port supports the following

VLAN tagging VLAN/p-bit transparent VLAN/p-bit translation

OLT must be used to configure the VLAN/p-bit used by the following services:

HSI IPTV including VoD and Multicast service Management

After the OLT has configured the L2 bridging path for the L3 routing interface, the Residential gateway service can be controlled remotely by ACS using the TR-069 protocol.

(1 of 2)




Wi-Fi service

I-240W-S and I-241W-S indoor ONTs feature Wi-Fi service as well as voice, video, and data services. Wi-Fi is a wireless networking technology that uses radio waves to provide wireless HSI and network connections. This ONT complies with the IEEE 802.11 standards, which the Wi-Fi Alliance defines as the basis for Wi-Fi technology.

Wi-Fi physical features

I-240W-S and I-241W-S indoor ONTs have the following physical features that assist in providing Wi-Fi service:

one external multi-directional antennae

Wi-Fi Protected Setup (WPS) push button, with indicator LED, for adding WPS-enabled wireless devices

Wi-Fi standards, certifications and services

The Wi-Fi service on I-240W-S and I-241W-S indoor ONTs support the following standards and Wi-Fi Alliance certifications:

compliant with IEEE 802.1x EAP encapsulation

certified for IEEE 802.11b/g/n standards

multiple SSID and WDS

Residential gateway interfaces

Both LAN and WAN connections are provided.

On the up to four WAN connections on the WAN side the following services are provided

HSI internet service IPTV including VoD and Multicast service TR-069 remote management VoIP (ACS-controlled VoIP service)

Only the HSI and IPTV interfaces are used for routing services for LAN devices. The traffic on other interfaces terminates at the ONT. IPoE and PPPoE can be configured for each interface with the exception of the IPTV interface which does not support the PPPoE mode.

On the two LAN connections the following services are provided

Home network interface is the main interface includes four Ethernet ports, one Wi-Fi AP, and one USB interface. All of these interfaces are bridged. The user on this interface can access HSI and IPTV services. From the LAN side, web GUIs and TR-064 are used to manage the ONT. UPnP IGD and DLNA services are not supported on this interface.

Guest network interface is an extra LAN interface with only one Wi-Fi AP attached. Guests can access HSI and IPTV services but can not access the ONT management interface. UPnP IGD and DLNA services are not supported on this interface.

Multicast IGMP snooping for home network interface

IGMP proxy for WAN IPTV interface

Multicast service is not supported on the guest network interface


(2 of 2)



WEP, WPA, and WPA2

MAC address filtering

ONT management features

I-240W-S and I-241W-S indoor ONTs support management using the following methods:

Web GUI using HTTP

OMCI interface

VoIP xml

TR-069

Contact your Alcatel-Lucent technical support representative for more information about ONT management for I-240W-S and I-241W-S indoor ONTs.

Web-based ONT configuration

I-240W-S and I-241W-S indoor ONTs support limited configuration using a web-based GUI. The following types of configuration and information retrieval procedures can be performed using the GUI:

supported device information

supported ONT information

supported RGW

supported VoIP

supported diagnosis

supported management

Supported Device information

I-240W-S and I-241W-S indoor ONTs support limited retrieval of supported device information using a web-based GUI. The following status information can be retrieved using a GUI:

General status

Transceiver status

UPS status

Procedure 31-1 General status information retrieval

1 Select Device Info from the top-level menu in the GPON Web-Management System

window.

2 Select the General Status option from the Device Info menu.

The Device Information -> General Status window appears; see Figure 31-9.




Figure 31-9 General Status window

Table 31-14 describes the fields in the General Status window.



Table 31-14 General Status parameters

3 STOP. This procedure is complete.

Procedure 31-2 Transceiver status information retrieval


window.

2 Select the Transceiver Status option from the Device Info menu.

The Device Information -> Transceiver Status and Threshold window appears; see

Figure 31-10.

Field Description

Software Version Identifying the software version currently. Example: 3FE54278AOAA18

Hardware Version A string identifying the particular CPE model and version. Example: REV1.0

System Time The current date and time in the CPE

Uptime Time since the CPE was last restarted

Board ID Board ID of the CPE

Build Timestamp Build date and time of the current software

Boatloader (CFE) Version Identifying the software version currently. Example: 1.0.37-111.26

Wireless Driver Version A string identifying the particular wireless driver version. Example: 5.100.96.0.cpe4.11L03.13




Figure 31-10 Transceiver Status and Threshold window

Table 31-15 describes the fields in the Transceiver Status and Threshold window.

Table 31-15 Transceiver Status and Threshold parameters


Procedure 31-3 UPS status information retrieval


window.

2 Select the UPS Status option from the Device Info menu.

The Device Information -> UPS Status window appears; see Figure 31-11.

Field Description

Temperature Current temperature of the CPE. The unit is degree centigrade (C).

RX Power Current RX power of the CPE. The unit is dbm.

TX Power Current TX power of the CPE. The unit is dbm.

Voltage Current voltage of the CPE



Figure 31-11 UPS Status window

Table 31-16 describes the fields in the UPS Status window.

Table 31-16 UPS status parameters


Supported ONT information

I-240W-S and I-241W-S indoor ONTs support limited retrieval of supported ONT information using a web-based GUI. The following status information can be retrieved using a GUI:

GPON

Multicasting

IP Host

VEIP

Field Description

Status Show current UPS status of the CPE




Procedure 31-4 GPON status information retrieval

1 Select ONT from the top-level menu in the GPON Web-Management System

window.

2 Select the GPON option from the ONT menu.

The ONT -> GPON window appears; see Figure 31-12.

Figure 31-12 GPON window

Table 31-17 describes the fields in the GPON window displayed below the Serial

Number.

Table 31-17 GPON parameters

3 Click Apply/Save.

Field Description

Password (ASCII) Set GPON password with ASCII characters

Password (hex) Set GPON password with hexadecimal characters



See the GPON Status, Mapping, and Statistics information in the window.

4 Click Refresh to update the GPON status, mapping, and statistics information in the

window.


Procedure 31-5 Multicasting status information retrieval

1 Select the ONT option from the top-level menu in the GPON Web-Management

System window.

2 Select the Multicasting option from the ONT menu.

The ONT -> Multicasting window appears; see Figure 31-13.

Figure 31-13 Multicasting window

Table 31-18 describes the fields in the Multicasting window.




Table 31-18 Multicasting parameters


Procedure 31-6 IP Host information retrieval

1 Select ONT from the top-level menu in the GPON Web-Management System

window.

2 Select the IP Host option from the ONT menu.

The ONT -> IP Host window appears; see Figure 31-14.

Figure 31-14 IP Host window

Table 31-19 describes the fields in the IP Host window.

Field Description

Status Index and active group ID information is displayed.



Table 31-19 IP Host parameters


Procedure 31-7 VEIP status information retrieval

1 Select ONT from the top-level menu in the GPON Web-Management System window.

2 Select the VEIP option from the ONT menu.

The ONT -> VEIP window appears; see Figure 31-15.

Field Description

IP address Current IP address of IP host

Subnet Mask Current subnet mask of IP host

Gateway Current Gateway of IP host

DNS Server Current DNS Server of IP host

Mode Current addressing mode of IP host

RX Statistics RX statistics of IP host

TX Statistics TX statistics of IP host




Figure 31-15 VEIP window

Table 31-20 describes the fields in the VEIP window.

Table 31-20 VEIP parameters


Supported Residential Gateway (RGW) configuration - WAN

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service using a web-based GUI.

The following WAN IPv4 and IPv6 tasks can be performed using the following GUI procedures:

add WAN PPPoE service (IPv4)

add WAN IPoE service (IPv4)

remove WAN connection (IPv4)

retrieve IPv6-related WAN connection information

Field

RX Statistics RX statistics of VEIP

TX Statistics TX statistics of VEIP



Procedure 31-8 Add WAN PPPoE service

1 Select the RGW option from the top-level menu in the GPON Web-Management

System window.

2 Select the WAN and IPv4 options from the RGW menu.

The RGW -> WAN -> IPv4 window appears; see Figure 31-16.

Figure 31-16 WAN IPv4 window

3 Configure PPPoE by clicking Add.

The WAN Service Configuration window appears; see Figure 31-17.




Figure 31-17 WAN Service Configuration window

4 Configure the parameters for the PPPoE service.

Table 31-21 describes the fields to select for the PPPoE service.

Table 31-21 PPPoE service parameters

Field Description

Select WAN Connection type:

PPP over Ethernet (PPPoE) Select for PPPoE service

IP over Ethernet (IPoE)

Service Type: (Multiple selections are possible)

HSI Select to provide High Speed Internet

VoIP Select to provide VoIP service (Not supported yet)

Management Select to provide TR-069 remote management

Other fields

Enter Service Description Enter a description of the WAN service

Enter 802.1P Priority [0-7] Enter the priority which is used on egress traffic from this WAN. The value will be ignored when the option Enable DSCP to P-bit for this connection is checked.

(1 of 2)



5 Click Next to save selections.

The PPP Username and Password window appears; see Figure 31-18.

Figure 31-18 PPP Username and Password window

6 Configure more parameters for the PPP service.

Table 31-22 describes the fields in the PPP Username and Password window.

Table 31-22 PPP Username and Password parameters

Enter 802.1Q VLAN ID [0-4904] Enter the VLAN used on egress traffic from the WAN

Enable IPv6 for this service Select, if wanted. IPv6 can only be enabled on HSI service.

Enable IPv4 for this service Select, if wanted. If enabled, IPv4 will be enabled even if IPv6 is also enabled for this service.

Default connection service (Default gateway)

Select, if wanted. Default gateway can only be set on HSI/IPTV service.

Field Description

(2 of 2)

Field Description

PPP Username Enter your PPPoE user name

PPP Password Enter your PPPoE password

(1 of 2)





The DNS Server Configuration window appears; see Figure 31-19.

PPPoE Service Name Enter your PPPoE service name if necessarily

PPPoE AC Name Enter your PPPoE AC name, if necessary

Authentication Method Select one authentication method for this PPPoE connection

Enable NAT Select, if wanted

Enable Firewall Select, if wanted.

Dial on Demand (with idle timeout timer) Select, if wanted. If enabled (selected), when this wan service is disconnected for any reason, it is to remain disconnected until the CPE communicate over this service, at which time the CPE automatically attempts to reestablish the wan service. If disabled (non-selected), the CPE automatically attempts to reestablish the service when this wan service is disconnected for any reason.

Use Static IPv4 Address Select to use static IPv4 address if wanted. You can set the static IP address in the IPv4 address field.

Enable PPP Debug Mode Select, if wanted

Bridge PPoE Frames between WAN and Local Ports

Select, if wanted. It is used for PPPoE passthrough sessions.

Field Description

(2 of 2)



Figure 31-19 DNS Server Configuration window

8 Configure the parameters for the DNS server.

Table 31-23 describes the fields in the DNS Server Configuration window.

Table 31-23 DNS server parameters

9 Click Next to save your changes.

The WAN Setup -> Summary window appears; see Figure 31-20.

Field Description

Primary DNS server Set, if wanted

Secondary DNS server Set, if wanted

DNS overwrite Set, if wanted. If enabled, non-empty DNS address can be overridden by a DNS entry received from the WAN service.




Figure 31-20 WAN Setup - Summary window

10 Click Apply/Save after reviewing the WAN setup.






Procedure 31-9 Add WAN IPoE server

1 Select the RGW option from the top-level menu in the GPON Web-Management

System window.







3 Configure IPoE by clicking Add.

The WAN Service Configuration window appears; see Figure 31-23.



Figure 31-23 WAN Service Configuration window

4 Configure the parameters for the IPoE service.

Table 31-24 describes the fields to select for the IPoE service.

Table 31-24 IPoE service parameters

Field Description

Select WAN Connection type

PPP over Ethernet (PPPoE)

IP over Ethernet (IPoE) Select for IPoE service

Service type: (Multiple selections are possible)

HSI Select to provide High Speed Internet

VoIP Select to provide VoIP service (Not supported yet)

IPTV Select to provide Video service

Management Select to provide TR-069 remote management

Other fields

Service Description Enter a description of the WAN service

(1 of 2)





The WAN IP Settings window appears; see Figure 31-24.

Figure 31-24 WAN IP Setting window

6 Configure the parameters for the WAN IP settings.

Table 31-25 describes the fields in the WAN IP Settings window.

Enter 802.1P Priority [0-7] Enter the priority used on egress traffic from this WAN. The value will be ignored when the option Enabled DSCP to P-bit for this connection is checked.

Enter 802.1Q VLAN ID [0-4904] Enter the VLAN used on egress traffic from this WAN

Enable IPv6 for this service Select, if wanted. IPv6 can only be enabled on HSI service

Enable IPv4 for this service Select, if wanted. If enabled, IPv4 will be enabled even if IPv6 is also enabled for the service.

Default connection service (Default gateway)

Select, if wanted. Default gateway can only be set on HSI/IPTV service.

Field Description

(2 of 2)



Table 31-25 WAN IP settings parameters


8 To modify the configuration of the NAT or firewall, select RGW from the top-level menu in the GPON Web-Management System window.

9 Select the NAT option from the RGW menu.

The Network Address Translation Settings window appears; see Figure 31-25.

Field Description

Obtain an IP address automatically Select, if wanted. If set, the IP address/Netmask/gateway of the service will be assigned automatically by DHCP server.

Note: the PC on LAN side should have DHCP server.

Option 60 Vendor ID Set, if wanted. Empty string means disable the option.

Use the following Static IP address: Select, if wanted. If set, the IP address/Netmask/gateway of the service should be set in below field manually.

WAN IP Address Set static IP address of this service.

WAN Subnet Mask Set static netmask of this service.

WAN gateway IP Address Set static gateway of this service.




Figure 31-25 Network Address Translation setting window

10 Configure the parameters for the NAT or Firewall service.

Table 31-26 describes the fields to select for the Network Address Translation

Settings window.

Table 31-26 Network Address Translation settings parameters


The DNS Server Configuration window appears; see Figure 31-26.

Field Description

Enable NAT Select, if wanted

Enable Firewall Select, if wanted



Figure 31-26 DNS Server Configuration window

12 Configure the parameters for the DNS server.

Table 31-27 describes the fields in the DNS Server Configuration window.

Table 31-27 DNS server parameters


The WAN Setup - Summary window appears; see Figure 31-27.

Field Description

Primary DNS server Set, if wanted

Secondary DNS server Set, if wanted.

DNS overwrite If enabled (selected), non-empty DNS address can be overridden by a DNS entry received from the WAN service.




Figure 31-27 WAN Setup - Summary window

14 Click Apply/Save after reviewing the WAN setup.






Procedure 31-10 Remove a WAN connection

1 Select RGW from the top-level menu in the GPON Web-Management System

window.


The WAN IPv4 window appears; see Figure 31-29.





3 Highlight the WAN connection or connections you want removed.

4 Click Remove to save your changes.

The WAN IPv4 window appears with the selected WAN connection deleted; see Figure 31-30.





Procedure 31-11 Retrieve IPv6-related WAN information

The following procedure provides the steps to reactive IPv6-related information for WAN connections.

1 Select RGW from the top-level menu in the GPON Web-Management System window.








Supported Residential Gateway (RGW) configuration - LAN

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service using a web-based GUI.

The following LAN tasks can be performed using a GUI:

set br0

set br1 (not supported by IPv6)

Procedure 31-12 Set br0


window.

2 Select the LAN option from the RGW menu.

The RGW -> LAN window appears; see Figure 31-32.



Figure 31-32 LAN window

3 Configure the parameters for the LAN service.

Table 31-28 describes the fields to select for the LAN IPv4 service.

Table 31-28 LAN IPv4 service parameters

Field Description

Configure the Broadband Router, ID Address, and Subnet mask for LAN interface

Select br0 from the drop-down menu

Setup -- IPv4:

IP Address Set static IP address if the DHCP Client is not be selected.

Subnet mask Set subnet mask if the DHCP Client is not be selected.

Enable DHCP Client Select, if wanted. If enabled, the IP address/subnet mask of br1 will be assigned automatically by DHCP server.

DHCP IP Address Show the DHCP IP address.

DHCP Subnet Mask Show the DHCP subnet mask.

Start IP Address Set the first address to be assigned by the DHCP server on the LAN interface. It is used when Enable DHCP Server field is selected.

End IP Address Set the last address to be assigned by the DHCP server on the LAN interface. It is used when Enable DHCP Server field is selected.

(1 of 2)




4 Click Apply/Save to save selections.

5 Configure more parameters for the LAN service.

Table 31-29 describes the fields in the RGW -> LAN window but not part of the

Setup -- IPv4 section.

Table 31-29 LAN service parameters

6 Click Add or Remove to save selections.

See the Setup -- IPv6 section of the LAN window; see Figure 31-33.

Learned Time (hour) Set the lease time in hours of client assigned addresses. It is used when Enable DHCP Server field is selected.

Field Description

Static IP Lease List (A maximum 32 entries can be configured)

Add or remove items from this list

Reserved IP Address List (A maximum 10 entries can be configured)


DHCP Leases DHCP Leases table list can not be added or removed manually

Field Description

(2 of 2)



Figure 31-33 Setup -- IPv6 section of LAN window

7 Scroll down in the RGW -> LAN window.

The Setup -- IPv6 section appears; see Figure 31-34.




Figure 31-34 Setup -- IPv6 section of LAN window

8 Configure the parameters for the LAN IPv6 service.

Table 31-30 describes the fields in the IPv6 LAN Applications window.

Table 31-30 IPv6 LAN application parameters

Field Description

Enable RADVD Enable to publish prefix and route information

MaxRtrAdvInterval(s) Set the maximum interval of sending RA packets

MinRtrAdvInterval(s) Set the minimum interval of sending RA packets.

Router Life Time(s) Set the lifetime associated with the route in units of seconds

Enable ULA Prefix Advertisement Enable state of ULA (Unique Local Address) Prefix

Prefix Set the ULA prefix

Preferred Life Time (hour) Set the preferred lift time of the prefix (in hours) published in Router Advertisement

(1 of 2)



9 Click Apply/Save.

Review you changes in the IPv6 LAN Applications window; see Figure 31-35.

Valid Life Time (hour) Set the valid life time of the prefix (in hours) published in Router Advertisement. Prefix Valid Lifetime must always be larger than or equal to Prefix Preferred Lifetime.

Enable DHCPv6 server Enable DHCPv6 server in LAN side

Publish self as DNS server Set if wanted. Enable to publish clients IPv6 address in LAN side as DNS server

Stateless Enable stateless mode

Stateful Enable stateful mode

Start interface ID Set value which indicates the beginning of the interface ID pool. Interface ID does not support ZERO COMPRESSION "::". Please enter the complete information. For example: Please enter "0:0:0:2" instead of "::2".

End interface ID Set value which indicates the end of the interface ID pool. Interface ID does not support ZERO COMPRESSION "::". Please enter the complete information. For example: Please enter "0:0:0:2" instead of "::2".

Leased Time (hour) Set the preferred life time in hours of client assigned addresses. A setting of -1 indicates an infinite lease.

Field Description

(2 of 2)




Figure 31-35 IPv6 LAN statistics window


Procedure 31-13 Set br1


2 Select the LAN option from the RGW menu.

The RGW -> LAN window appears; see Figure 31-36.



Figure 31-36 RGW -> LAN window

3 Configure the parameters for the LAN service.

Table 31-31 describes the fields to select for the LAN service.

Table 31-31 LAN IPv4 service parameters

Field Description

Configure the Broadband Router, ID Address, and Subnet mask for LAN interface

Select br1 from the drop-down menu

Setup -- IPv4:

IP Address Set static IP address if the DHCP Client is not be selected

Subnet mask Set subnet mask if the DHCP Client is not be selected

Enable DHCP Client Select, if wanted. If enabled, the IP address of br0 will be assigned automatically by DHCP server.

DHCP IP Address Show the DHCP IP address

DHCP Subnet Mask Show the DHCP subnet mask

Enable DHCP Server Select to enable DHCP server on LAN side

Start IP Address Set the first address to be assigned by the DHCP server on the LAN interface. It is used when Enable DHCP Server field is selected.

(1 of 2)





5 Configure more parameters for the LAN service.

Table 31-32 describes the fields in the RGW -> LAN window but not part of the Setup -- IPv4 section.

Table 31-32 Additional LAN service parameters

6 Click Add or Remove to save selections.

The window with information configured in step 5 appears; see Figure 31-37.

End IP Address Set the last address to be assigned by the DHCP server on the LAN interface. It is used when Enable DHCP Server field is selected.

Learned Time (hour) Set the lease time in seconds of client assigned addresses. It is used when Enable DHCP Server field is selected.

Field Description

Static IP Lease List (A maximum 32 entries can be configured)


Reserved IP Address List (A maximum 10 entries can be configured)


DHCP Leases DHCP Leases table list can not be added or removed manually

Field Description

(2 of 2)



Figure 31-37 LAN service window

7 Review the br1 service statistics.

The br1 service statistic window appears; see Figure 31-38.




Figure 31-38 br1 service statistic window


Supported Residential Gateway (RGW) configuration - DNS Proxy

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including DNS proxy using a web-based GUI.

Procedure 31-14 Configuring DNS proxy


window.

2 Select the DNS Proxy option from the RGW menu.

The RGW -> DNS Proxy window appears; see Figure 31-39.



Figure 31-39 DNS Proxy window

3 Configure the parameters for the DNS Proxy service.

Table 31-33 describes the fields to select for the DNS Proxy service.

Table 31-33 DNS Proxy service parameters



Supported Residential Gateway (RGW) configuration - NAT

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including NAT using a web-based GUI.

Field Description

Host name of the Broadband Router Set host name of the CPE in the LAN network

Domain name of the LAN network: Set domain name of the LAN network




Procedure 31-15 Configuring NAT


window.

2 Select the NAT option from the RGW menu.

The NAT -> DMZ Host window appears; see Figure 31-40.

Figure 31-40 DMZ Host window

3 Configure the parameters for the DMZ host.

Table 31-34 describes the fields to set the DMZ.

Table 31-34 DMZ Host parameters


5 Configure the virtual server or port triggering for the DMZ, as shown in

Figure 31-40.

Field Description

DMZ Host IP Address Set IP address of DMZ host



Table 31-35 describes the virtual server or port triggering fields in the DMZ Host

window.

Table 31-35 Additional LAN service parameters

6 Click Add or Remove to save your NAT setup.


Supported Residential Gateway (RGW) configuration - Routing rule

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including routing rule using a web-based GUI. You can select the default gateway if the service type for this connection is either HSI or IPTV.

The following routing tasks can be performed using a GUI:

select a default gateway

add or remove static routes

add or remove a neighbor (supported by IPv6 only)

Procedure 31-16 Configuring a default gateway


2 Select the Routing rule and Default Gateway options from the RGW menu.

The Routing -- Default Gateway window appears; see Figure 31-41.

Field Description

NAT -- Virtual Servers Setup Add or remove items from this list

NAT -- Port Triggering Setup Add or remove items from this list




Figure 31-41 Routing -- Default Gateway window

3 Configure the parameters for the Default Gateway.

Table 31-36 describes the fields to set the WAN interface.

Table 31-36 Default Gateway parameter



Procedure 31-17 Configuring static routes


window.

2 Select the Routing Rule and Route options from the RGW menu.

The Route table window appears; see Figure 31-42.

Field Description

Selected WAN Interface Support HSI or IPTV interface only



Figure 31-42 Route table window

3 Configure the static route.

Table 31-37 describes the fields to set the static route.

Table 31-37 Routing rule parameter

4 Click Add or Remove to save your selections.


Procedure 31-18 Configuring an IP neighbor


window.

2 Select the Routing Rule and Neighbor options from the RGW menu.

The IP Neighbor Configuration window appears; see Figure 31-43.

Field Description

Static Route (A maximum 32 entries can be configured)

Add or remove static route from the list. Support HSI or IPTV interface only




Figure 31-43 IP Neighbor Configuration window

3 Configure the IP Neighbor by clicking Add or Remove to add or delete a neighbor.


Supported Residential Gateway (RGW) configuration - Firewall

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including creating firewalls using a web-based GUI. You can add or remove outgoing IP filters or incoming IP filters if there is at least one WAN connection which enables firewalls and the selected service type is either HSI or IPTV.

Procedure 31-19 Configuring user control


2 Select the Firewall and User Control options from the RGW menu.

The RGW -> Firewall -> User Control window appears; see Figure 31-44.



Figure 31-44 RGW -> Firewall -> User Control window

3 Configure the parameters for the Firewall User Control interface.

Table 31-38 describes the fields to set the Firewall User Control interface.

Table 31-38 Firewall User Control interface parameters

Field Description

Outgoing IP Filtering Setup Set some outgoing IP filters if wanted. By default, all outgoing IP traffic from LAN is allowed, some IP traffic can be BLOCKED by setting up outgoing IP filters.

br0 Outgoing IP Filtering Add or remove outgoing IP filters of br0 from list. Filters in "br0 Outgoing IP Filtering" list only take effect on br0 interface.

br1 Outgoing IP Filtering Add or remove outgoing IP filters of br1 from list. Filters in "br1 Outgoing IP Filtering" list only take effect on br1 interface.

(1 of 2)




4 Click Add or Remove create filters.


Supported Residential Gateway (RGW) configuration - Parental control

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including creating time restrictions and URL filters using a web-based GUI. You can add or remove time restrictions or URL filters.

The following firewall tasks can be performed using a GUI:

add or remove time restrictions

add or remove URL filters

Procedure 31-20 Configuring time restrictions


window.

2 Select the Parental Control and Time Restriction options from the RGW menu.

The Access Time Restriction window appears; see Figure 31-45.

Incoming IP Filtering Setup Set some incoming IP filters if wanted. If firewall is enabled on a WAN interface, all incoming IP traffic from LAN is blocked, but some IP traffic can be ACCEPTED by setting up incoming IP filters.

ipoe_veip0.104/veip0.1 Incoming IP Filtering

Add or remove incoming IP filters of specific WAN interface from list. Filters in list only take effect on correspondent interface.

Field Description

(2 of 2)



Figure 31-45 Access Time Restriction window

3 Configure the parameters for the time restrictions.

Table 31-39 describes the fields to set time restrictions.

Table 31-39 Time restriction parameter

4 Click Add or Remove create or remove time restrictions.


Procedure 31-21 Configuring URL filters


window.

2 Select the Parental Control and URL Filter options from the RGW menu.

The URL Filter window appears; see Figure 31-46.

Field Description

Access Time Restriction -- A maximum 16 entries can be configured

Add or remove access time restriction entry from list. The "MAC Address" field should set as MAC address of the PC on LAN side. The traffic comes from the restricted PC on LAN side can't be transmitted in restricted time.




Figure 31-46 URL Filter window

3 Configure the URL filter.

Table 31-40 describes the fields to set the UFL filter.

Table 31-40 URL Filter parameters

4 Add or remove items from this list.


Supported Residential Gateway (RGW) configuration - MAC filter

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including adding and removing allowed MAC for br0 and br1 using a web-based GUI.

Procedure 31-22 Configuring MAC filters


2 Select the MAC Filter option from the RGW menu.

Field Options

URL List Type Allow or deny for accessing the specific URL. If "Exclude" is set, all the URL can be accessed except the URL in below list. If "Include" is set, only the URL in below list can be accessed.



The RGW -> MAC filter window appears; see Figure 31-47.

Figure 31-47 RGW -> MAC filter window

3 Click Add Allowed MAC Address to add a MAC filter.

The Add MAC Filter window appears; see Figure 31-48.

Figure 31-48 Add MAC Filter window




4 Configure the parameters for the new MAC filter.

Table 31-41 describes the fields to set time restrictions.

Table 31-41 MAC filter parameters

5 Click Add to create a new MAC filter.

The RGW -> MAC Filter window reappears; see Figure 31-49.

Figure 31-49 RGW -> MAC Filter window

6 Configure the parameters for the newly created MAC filter.

Table 31-42 describes the fields to configure a br0 or br1 MAC filter.

Table 31-42 MAC filter parameters



Field Options

Group Name Select br0 or br1 from the drop-down menu

Allowed Mac Address Enter the MAC address

Field Options

br0 Allow MAC address Select eth0, eth1, eth2, eth3, or wifi_Ap

br1 Allow Mac Address Select wifi_Ap_guest



Supported Residential Gateway (RGW) configuration - IP tunnel

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including adding and removing IPv4 or IPv6 IP tunnels using a web-based GUI.

The following IP tunnel tasks can be performed using a GUI:

add or remove IPv6 in IPv4 tunnels

add or remove IPv4 in IPv6 tunnels

Procedure 31-23 Configuring IP tunnels


2 Select the IP Tunnel and IPv6 in IPv4 option from the RGW menu.

The IP Tunnelling -- 6in4 Tunnel Configuration window appears; see Figure 31-50.

Figure 31-50 IP Tunnelling - - 6in4 Tunnel Configuration window

3 Click Add or Remove an IPv6 in IPv4 tunnel configuration.


window.

5 Select the IP Tunnel and IPv4 in IPv6option from the RGW menu.

The IP Tunnelling -- 4in6 Tunnel Configuration window appears; see Figure 31-51.




Figure 31-51 IP Tunnelling - - 4in6 Tunnel Configuration window

6 Click Add or Remove an IPv4 in IPv6 tunnel configuration.


Supported Residential Gateway (RGW) configuration - QoS

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including adding and removing QoS or modifying the status of QoS using a web-based GUI.

Procedure 31-24 Configuring QoS


window.

2 Select the QoS option from the RGW menu.

The RGW -> QoS DSCP Marking Setup window appears; see Figure 31-52.



Figure 31-52 RGW -> QoS DSCP Marking Setup window

3 Click Add or Remove to create or delete rules.

Check the Remove checkboxes for all the rules you want to delete before clicking

Remove.

4 Click Apply/Save to save your selections.

5 Set the DSCP and P-bit mapping table, as shown in Figure 31-52.

Table 31-43 describes the fields to set the DSCP and P-bit mapping table.

Table 31-43 QoS DSCP to P-bit parameters



Field Options

DSCP A number from 00 to 63 for each DSCP

P-bit Select a P-bit number to associate with the DSCP from the drop-down menu




Supported Residential Gateway (RGW) configuration - IGMP Proxy

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including setting the IGMP proxy parameters using a web-based GUI.

Procedure 31-25 Configuring IGMP proxy


window.

2 Select the IGMP Proxy option from the RGW menu.

The RGW -> IGMP Proxy window appears; see Figure 31-53 showing the default

values.

Figure 31-53 RGW -> IGMP Proxy window

3 Configure the IGMP proxy by changing the default values.

Table 31-44 describes the fields for setting the IGMP proxy.



Table 31-44 IGMP proxy parameters


5 Click Add or Remove to set the IGMP profile and Allowed Host IP address list, as

shown in Figure 31-53.

6 Click Refresh or Reset to set the Interface Statistic.

Table 31-45 describes the fields to configure the interface statistics.

Field Description

Default Version Set IGMP protocol version. Support version IGMPv2(value: 2) and IGMPv3(value: 3) only.

Query Interval Set query interval. "Query Interval" indicates the amount of time in seconds between IGMP General Query sent to client.

Query Response Interval Set query response interval. "Query Response Interval" indicates max response time advertised in general queries (seconds).

Last Member Query Interval Set last member query response interval. "Last Member Query Response Interval" indicates max response time advertised in specific queries (seconds).

Robustness Value Set robustness value. "Robustness Value" means a way of indicating how susceptible the subnet is to lost packets. IGMP can recover from robustness variable minus 1 lost IGMP packets.

Maximum Multicast Groups Set maximum number of simultaneous groups supported.

Maximum Multicast Data Sources (for IGMPv3: (1-24)

Set maximum number of multicast data sources.

Maximum Multicast Group Members Set maximum number of reporters for a group.

LAN to LAN (Intra LAN) Multicast Enable Set, if wanted. If enabled (selected), the PC on LAN side can be media server and provides IPTV service for other PCs on LAN side.

Enable allowed host Set, if wanted. Enable allowed host will limits that only the hosts which match a list of allowed host specified in "Allowed Host IP Address List" (see below on this page) can join group.




Table 31-45 Interface Statistic parameters


Supported Residential Gateway (RGW) configuration - WLAN

I-240W-S and I-241W-S indoor ONTs support limited configuration of RGW service including enabling or disabling scheduling and set active times using a web-based GUI.

The following WLAN tasks can be performed using a GUI:

configure basic WLAN and WLAN security

configure WDS

configure WLAN scheduling

configure advanced WLAN

configuring Virtual Access Point

displaying Station information

Procedure 31-26 Configuring Basic WLAN and WLAN security


window.

2 Select WLAN from the RGW menu.

3 Select Basic/Security from the WLAN menu.

The Basic window appears; see Figure 31-54.

Field Options

eth0 Set V3 Report, V2 Join, V2 Leave, and Drop




wl0 Set V3 Report, V2 Join, V2 Leave, and Drop



Figure 31-54 Basic window

4 Enable or disable Wireless service by either selecting or clearing the Enable Wireless

radio button.

a To enable Wireless service, go to step 5.

b To disable Wireless service, go to step 6.

5 Configure the RGW> WLAN> Basic section parameters.

Table 31-46 describes the fields in the Basic section of the Basic/Security window.

Table 31-46 Basic parameters

Field Description

Enable wireless Select the radio button

SSID Enter the SSID

BSSID Enable the BSSID

Enable Wireless Guest Network Select the radio button

(1 of 2)




6 Configure the RGW -> WLAN -> Security section parameters.

The RGW -> WLAN -> Security window; see Figure 31-55.

Figure 31-55 RGW -> WLAN -> Security window

7 Set the Security parameters by entering information in the fields.

Table 31-47 describes the fields in the Security section of the window.

Table 31-47 Security parameters

Guest SSID Enter the SSID for the guest

Field Description

WPS Setup Select Enabled or Disabled from the drop-down menu

(1 of 2)

Field Description

(2 of 2)



8 Click Apply/Save to save your changes.

The WLAN received and transmitted statistics appear at the bottom of the window;

see Figure 31-56.

Add Client (available only when WPA-PSK, WPAZ PSK, or OPEN mode is configured)

Select either Push-Button, Enter STA PIN, or Use AP PIN before clicking Add Enrollee

Set WPS AP Mode Select an opinion from the drop-down menu

Setup AP Enter a Device PIN

Manual Setup AP

Select SSID Select the AP you want to change or see configuration from the drop-down menu

Network Authentication Select Open or Close from the drop-down menu

WEP Encryption Select Enabled or Disabled from the drop-down menu

Field Description

(2 of 2)




Figure 31-56 Statistics in the Security window


Procedure 31-27 Configuring WDS


window.


3 Select WDS from the WLAN menu.

The Wireless -- WDS window appears; see Figure 31-57.



Figure 31-57 Wireless -- WDS window

4 Configure the WDS parameters by entering information in the fields.

Table 31-48 describes the fields in the Wireless -- WDS window.

Table 31-48 Wireless -- WDS parameters



Procedure 31-28 Configuring WLAN scheduling



3 Select Scheduling from the WLAN menu.

The RGW -> WLAN -> Scheduling window appears; see Figure 31-58.

Field Opinions

AP Mode Select an opinion from the drop-down menu

Bridge Restrict Select Enabled or Disabled from the drop-down menu

Remote Bridges MAC Address Enable MAC address




Figure 31-58 RGW -> WLAN -> Scheduling window

4 Configure the Scheduling parameters by entering information in the fields.

Table 31-49 describes the fields in the Wireless -- WDS window.

Table 31-49 RGW -> WLAN -> Scheduling parameters



Procedure 31-29 Configuring advanced WLAN


window.


3 Select Advanced from the WLAN menu.

Field Opinions

Enable Wireless Scheduling Select or de-select the radio button

Day Click on the days wanted for scheduling

Start Restriction Time Enter hours and minutes

End Restriction Time Enter hours and minutes



The RGW -> WLAN -> Advanced window appears; see Figure 31-59.

Figure 31-59 RGW -> WLAN -> Advanced window

4 Configure the Advanced parameters by entering information in the fields.

Table 31-50 describes the fields in the RGW -> WLAN -> Advanced window.

Table 31-50 RGW -> WLAN -> Advanced parameters

Field Opinions

Hide Access Point Select or de-select the radio button

Clients Isolation Select or de-select the radio button

Disable WMM Advertise Select or de-select the radio button

Enable Wireless Multicast Forwarding (WMF)

Select or de-select the radio button

Country Select a country from the drop-down menu

Max Clients Enter the maximum number of clients




5 Configure the remaining Advanced parameters by entering information in the fields.

These parameters are shown in Figure 31-60.

Figure 31-60 RGW -> WLAN -> Advanced window

Table 31-51 describes the fields in the RGW -> WLAN -> Advanced window.

Table 31-51 RGW -> WLAN -> Advanced parameters

Field Opinions

Band Select the frequency band from the drop-down menu. Support 2.4GHz only.

Channel Select the working channel from the drop-down menu. The channel is used as the channel on which the AP found the network.

Auto Channel Timer (min) Show the auto channel timer

802.11n/EWC Enable 802.11n/EWC or not

Bandwidth Select the bandwidth from the drop-down menu.

(1 of 2)



Control Sideband Select the control side band on the AP from the drop-down menu

802.11n Rate S

Documents

Manual I-24xW-S (2).pdf