Figure 3. Edit System Password Page 1. 2. 3. 4.
In the Settings panel, click the Enable checkbox. In the Enter New Password field, enter your password. In the Confirm New Password field, re-enter your password. Optional: In the Enter Your Hint field, enter a hint. A hint is a word, phrase, or question that reminds you what the password is. There is an I forgot the password link on the password entry page. When you click this link, it shows you your hint and allows you to enter your password. Click SAVE.
To disable password protection, deselect the Enable checkbox and click SAVE. To safeguard your network against unauthorized users, it is also a good practice to periodically change your password.
Resetting the System Password
If you forget your password and still cannot remember it after seeing your hint, click the I still cant remember the password link.
The Reset System Password page opens.
Figure 4. Reset System Password Page
To obtain access to your system:
In the System Key field enter the 10-digit system key located on the bottom of your gateway. In the Enter New Password field, enter a new system password. In the Confirm New Password field, reenter the system password. In the Enter Your Hint field, enter an appropriate hint as described under Setting a System Password on page 6. Click Submit.
Changing Your Time Zone Settings The 2Wire gateway sets the time automatically using time servers on the Internet. It retrieves date/time information in Greenwich Mean Time (GMT). Your local time is set using the Time Zone setting you configured when you set up your system. If your Time Zone is incorrectly set, you can change it in the Edit Date and Time Settings page. To change your time zone settings: Open a Web browser and access the gateway user interface by entering http://gateway.2wire.net. Click the System tab. Click the Date and Time Settings link in the System area of the Network at a Glance panel to open the Edit Date and Time Settings page.
Figure 5. Edit Date and Time Settings Page 1. 2.
From the drop-down menu, select the time zone. Click SAVE.

Viewing System Details

The System Details page provides information about your gateway, any enhanced services you may have, and provides a link that you can use to restart your system. To view the System Details page: Open a Web browser and access the gateway user interface by entering http://gateway.2wire.net. Click the System tab. Click the View details link in the System area of the Network at a Glance panel to open the View System Details page.
Figure 6. View System Details Page
The Restart the system link restarts your system. Your network connections and your broadband connectivity will be briefly disrupted until your system restarts and broadband connectivity is re-established with your broadband service provider. The View available upgrades and options link accesses a page that displays available software upgrades or enhanced services. If your gateway is running the latest software or enhanced services are not available, the following message displays.

Broadband Link Tab

This chapter describes the 2Wire gateway Broadband Link features, and provides detailed instructions on how to customize your broadband settings.
Viewing Your Broadband Link Summary
The Broadband Link Summary page provides general information about the current status of your broadband link connection and your system configuration. To access your Broadband Link Summary: Open a Web browser and access the gateway user interface by entering http://gateway.2Wire.net. Click the Broadband Link tab. Click the Summary link under the tab to open the View Broadband Link Summary page.
Figure 7. View Broadband Link Summary Page
The Connection panel shows information about your gateways connection to the Internet. The elements displayed will vary, depending on your gateway model and the type of broadband service you have.

Connection Status

There are two ways you can check the current status of your gateways broadband connection: you can use the DSL and Internet indicator lights on the front of your gateway, or, if your computer is connected to the network, you can view the user interface.

Connection Speed

Connection Speed shows the incoming and outgoing data rates of your DSL connection, measured in kilobits per second (Kbps). Incoming is the speed of data flowing from the Internet to your network; Outgoing is the speed of data flowing from your network to the Internet.

Connection Information

Figure 8. View Broadband Link Details Page
The following table shows the information that may be displayed on the Broadband Link Details page.
Note: The information displayed depends on the type of broadband service you have and your gateway model.
Item DSL Connection DSL Line (Wire Pair)

Description

The DSL signal can be transmitted on Line 1 (inner pair) or Line 2 (outer pair). During installation, the gateway automatically detects on which line the DSL signal is being transmitted. Displays which DSL protocol is being used to communicate between your system and your service provider.

Protocol

Item Downstream Rate
Description The speed at which data comes over your broadband connection from the Internet to your network, measured in kilobits per second (kbps). The speed at which data goes over your broadband connection from your network to the Internet, measured in kilobits per second (kbps). The setting in this field is determined by your ISPs DSLAM equipment. Indicates how much the noise on the DSL line can increase before it begins to affect the DSL signal. As the noise on the DSL line increases, the margin will approach zero. If the noise exceeds the current noise margin, the DSL signal will be lost. The level is measured in decibels (dBs). Represents the decrease in signal strength between origination of the DSL (Central Office) and your gateway. Customers who live close to their Central Office usually will have less signal loss and a low current attenuation. The level is measured in decibels (dBs). The current DSL transmit power of your gateway. The level is measured in decibels (dBs). A DSLAM is the piece of equipment located in the Central Office (CO) that provides the DSL signal to your DSL line. The Vendor Information identifies information about the configuration of this equipment. Displays the pair of numbers that uniquely identifies the ATM virtual circuit between the system and the provider of your DSL service.

Upstream Rate

Channel Current Noise Margin

Current Attenuation

Current Output Power DSLAM Vendor Information

PVC Info

Internet Connection Details Connection Type Username Identifies the method by which the gateway connects to the Internet Service Provider (ISP): PPPoE, PPPoA, or Direct. The name used to connect with your Internet Service Provider (ISP). Your username was either assigned to you or configured by you during the install process. The correct username is required to successfully connect to the Internet.

Item Internet Address

Description A number that is assigned to a computer so that it can communicate on a network and on the Internet. This address is assigned to you by your Internet Service Provider for all communication on the Internet, and can be either Static (permanently assigned and manually entered) or Dynamic (automatically assigned and configured). The typical configuration is for your ISP to automatically assign and configure an Internet address (Dynamic) when your system connects to the Internet. Businesses or power users may use a static address enabling them to run advanced services such as Internet servers and video conferencing. Static addresses typically cost more because they must be leased from the ISP. If you receive your Internet address settings automatically, the subnet mask has been set for you. If you manually set your Internet address (Static IP), this is the information that was provided to you by your ISP and entered by you during gateway installation. Part of the Internet address settings and used in conjunction with your Internet address. If you receive your Internet address settings automatically, the subnet mask has been set for you. If you manually set your Internet address (Static IP), this is the information that was provided to you by your ISP and entered by you during gateway installation. Part of the Internet address settings. The default gateway is a device your 2Wire gateway communicates with directly to give you access to the Internet. If you receive your Internet address settings automatically, the subnet mask has been set for you. If you manually set your Internet address (Static IP), this is the information that was provided to you by your ISP and entered by you during the system installation. Part of the Internet address settings. A domain name is a meaningful, easy-to-remember handle for an Internet address. The DNS allows Internet users to specify a name (domain name) to reach a Web page (for example, www.domainname.com) instead of its Internet address (for example, 111.222.111.222). When you enter the name of a Web location (URL), the DNS looks up the name and resolves it to the Web pages Internet address. If you receive your Internet address settings automatically, the subnet mask has been set for you. If you manually set your Internet address (static IP), this is the information that was provided to you by your ISP and entered by you during gateway installation.

Each device on your home network is represented with a computer icon. If the show inactive devices option is enabled, and the device becomes inactive because it is powered off or removed from your network, this icon will display as Inactive.
Note: For additional information, refer to Showing a Device as Inactive on page 31.
A symbol next to the device shows how it is connected to your home network:

Ethernet

Wireless
If you defined a name for your computer during System Setup or when your computer was set up, the name displays next to the device. However, there are two instances where the device name will not appear: If your computer was manually configured with a static IP address, the static IP address displays instead of the computers name. If you have not named the device but it still obtains its Internet address from the system, the word Unknown displays.
You can change the name of the device so that it will display in the system user interface by clicking the

Change name link.

If you have configured the firewall to allow information from the Internet to pass through to the computer (also referred to as hosting an application), the name of the application(s) that you are hosting are displayed under the device name.
Note: For additional information, refer to Hosting an Application on page 37.
If you have defined special features for the computer (such as DMZplus mode), the feature is displayed under the device name.
Depending on the permissions you have set for devices on your network, the following links may display next to the device: Access shared files. Accesses the shared files available from this computer. This feature only works with Microsoft Windows computers that have shared files and file sharing installed. Note: If your computer is configured with a static IP address, this link will not appear. Edit firewall settings. Accesses the system user interface page, which allows you to edit the firewall pass-through settings for the computer. For example, you may need to change the pass-through settings for the computer if you want to play an Internet game. View Internet Access Control. Accesses the Internet Access Restriction schedule for this computer. Edit Content Screening. Accesses the Content Screening settings page, allowing you to change the Web site permissions for users on your network. View device details. Displays the technical networking details about the device. If you are experiencing difficulties, this information may be helpful to a technical support representative.
Understanding the Status at a Glance Panel
The Status at a Glance panel shows you a list of network connection types, the number of devices connected via each connection type, and your wireless settings. To change your wireless settings, click the EDIT SETTINGS button. To disable a network device, click the DISABLE button. A message asks you to confirm your decision.

To stop hosting an application:
In the Hosted Applications panel, select the application you wish to stop hosting. Click the < REMOVE button. Click DONE.
Updating the Application Profile List
If the application you want to host does not appear in the Application Profile list, you may need to update the application list. If an update is available, the UPDATE APPLICATION LIST button appears above the list of application profiles. If the application that you want to host is not included in the updated application list, you may need to add your own application profile.
Adding an Application Profile
If you wish to host an application that is not included in the Application Profile list, you can add an application using the Add Application Profile page. An application profile configures your systems firewall to pass through application-specific data. This feature is typically used if the application for which you would like to pass through data to a given computer is new or has been recently updated to a new version. To create a new application profile: Open a Web browser and access the gateway user interface by entering http://gateway.2Wire.net. Click the Firewall tab. Click the Firewall Settings link under the tab to open the Edit Firewall Settings page. In the Applications panel, click the Add a new user-defined application link to open the Edit Application page.
Figure 18. Edit Application Page
In the Application Name field, enter a name for the application profile. You can enter any name you like, although its recommended that you use the name of the application (for example, Redwing Game Server). In the Definition panel, create a definition for your application. A definition consists of a series of protocol-specific ports that are to be allowed through the firewall. This information should be contained in the documentation provided by the company that produces the application. a. In the Protocol field, select the TCP or UDP radio button. If the application you are adding requires both, you must create a separate definition for each. b. In the Port (or Range) field, enter the port or port range the application uses. For example, some applications may require only one port to be opened (such as TCP port 500); others may require that all TCP ports from 600 to 1000 be opened. c. In the Protocol Timeout (seconds) field, you may optionally enter a value for the amount of time that can pass before the application times out. You can also leave the field blank, in which case the system uses the default values (86,400 seconds for the TCP protocol; 600 seconds for the UDP protocol).
d. In the Map to Host Port field, enter a value that will map the port range you established in step b to the local computer. For example, if you set the value to 4000 and the range being opened is 100 to 108, the forwarded data to the first value in the range will be sent to 4000. Subsequent ports will be mapped accordingly; 101 will be sent to 4001, 102 will be sent to 4002, etc. e. From the Application Type drop-down menu, select the application type. If you do not know the application type, select None (Default).

The following table lists the attacks for which the gateway firewall filters continuously check. Attack Excessive Session Detection Description and Action Taken When enabled, the firewall will detect applications on the local network that are creating excessive sessions out to the Internet. This activity is likely due to a virus or worm infected computer (for example, Blaster Worm). When the event is detected, the gateway displays a HURL warning page. A port scan is a series of messages sent by someone attempting to break into a computer to learn which computer network services, each associated with a wellknown port number (such as UDP and TCP), the computer provides. When enabled, the firewall detects UDP and TCP port scans, and drops the packet. When enabled, the firewall will verify IP addresses by checking for the following: IP source address is broadcast or multicast drop packet. TCP destination IP address is not unicast drop packet. IP source and destination address are the same drop packet. Invalid IP source received from private/home network drop packet. When enabled, the firewall will check for SYN, UDP ICMP , , and other types of packet floods on the local and Internet facing interfaces and stop the flood. When enabled, the firewall will scan inbound and outbound packets for invalid TCP Flag settings, and drop the packet to prevent SYN/FIN, NULL, and XMAS attacks. The firewall checks for invalid ICMP/code types, and drops the packet. The firewall checks for the following: Unknown IP protocol drop packet. Port 0 attack detected drop packet. TCP SYN packet drop packet. Not a start session packet drop packet. ICMP destination unreachable terminate session.

TCP/UDP Port Scan

Invalid Source/Destination IP address
Packet Flood (SYN/UDP/ICMP/ Other) Invalid TCP Flag Attacks (NULL/ XMAS/Other) Invalid ICMP Detection Miscellaneous
To disable attack detection for a specific port: Open a Web browser and access the 2Wire gateway user interface by entering http://gateway.2Wire.net. Click the Firewall tab.
Click the Advanced Settings link under the tab to open the Edit Advanced Firewall Settings page.
Figure 23. Edit Advanced Firewall Settings Page 1. 2.
In the Attack Detection panel, deselect the appropriate checkbox. Click SAVE.
Management and Diagnostic Console
This chapter describes the 2Wire gateway Management and Diagnostic Console (MDC). The Management and Diagnostic Console provides information about the status of the 2Wire gateway, its broadband network connections, attached home networking devices, system and security information, and a running log of any error conditions. You can use the tools provided to: View configuration and service provisioning information. View operation logs. Perform diagnostic tests. Configure the gateway.

Broadband Link - Summary Page
The Broadband Link - Summary page allows you to view 2Wire gateway broadband connectivity-related settings, and reset the Broadband Link and ISP Connection.
Figure 25. MDC Broadband Link Summary Page
The Broadband Link Summary page includes the following information: Item Connection Information Broadband Connection Built-in ADSL Modem or External Broadband Modem via Ethernet. Description

Item Current Status

Description The current operating condition of the broadband link. Fully operational. The broadband link is operational (including connection to ISP and other services). Initializing. The broadband link is preparing to connect. Establishing link. The broadband link is connecting. No physical link signal. No physical signal detected on the broadband link. Physical connection. The broadband link is connected. Error. There is a broadband link error.
DSL Connection Details (for DSL models only) DSL Line (Wire Pair) Line 1 (inner pair), Line 2 (outer pair), or Searching for DSL signal. During installation, the 2Wire gateway auto detects whether the DSL signal is on line 1 or line 2. G.dmt, G.lite, or ANSI (T1.413). Fast or Interleaved. DSLAM vendor identification. For G.dmt or G.lite protocol, values are Country, Vendor, and Specific. For ANSI (T1.413) protocol, values are ID, Rev (Revision), and Std (Standard). The ATM VPI/VCI. LLC or VCMux.
Protocol DSL Channel DSLAM
ATM PVC Info ATM Encapsulation ISP Details Connection Type
The method by which the 2Wire gateway connects to the ISP: Direct_IP PPPoA, or PPPoE. For the HomePortal 1000, direct , uses an RFC2684 (formerly RFC 1483) bridged Ethernet connection without FCS (PID=0x00-07) format. The 2Wire gateway user name. This field is present only when the connection type is PPPoE. The type of PPPoE services being used. This field is present only when the connection type is PPPoE. The broadband address of the 2Wire gateway. The subnet mask to be used by the 2Wire gateway on the broadband link. The IP address of the default gateway (default router) that the 2Wire gateway connects to on the broadband link.
User Name PPPoE Access Concentrator PPPoE Service IP Address Range Subnet Mask Gateway

Item Primary DNS

Description The IP address of the primary DNS server that the 2Wire gateway is to use for DNS name resolution on the broadband link. The IP address of the secondary DNS server that the 2Wire gateway is to use for DNS name resolution on the broadband link. The 2Wire gateway host name. This field is only present if the user configures the 2Wire gateway with a host name. The domain name associated with the 2Wire gateway on the broadband link. Maximum size of the packets sent from a computer to the network. Either Disabled (if the default factory-set MAC address is used) or Enabled (if the computers MAC address is used).

Local Network - Wireless Settings Page
The Local Network - Wireless Settings page allows you to view or change the wireless settings with which your gateway is configured.
Figure 32. MDC Local Network Wireless Settings Page
The Current Settings panel shows the 2Wire gateways wireless access point settings. Access Point. The designated name of the wireless access point. Network Name. The name assigned to your wireless network. The default is 2WIREXXX, where XXX represents the last three digits of your 2Wire gateway serial number (for example, 2WIRE954). Channel. The radio frequency band the access point uses for your wireless network (the default is 6). Wireless adapter cards auto-detect the channels to use. If you are having problems with your wireless network, it could be due to radio interference. You can change the wireless channel to see if interference is reduced on a different channel. Authentication. The security method used to ensure that users are authorized to access the wireless network: WEP-Open, WEP-Shared, or WPA-PSK. Encryption. The security setting that makes it difficult for unauthorized users to access your network.
The Settings panel allows you to change the Network Name and Wireless Channel, and enable SSID broadcast.
From the Authentication pull-down menu, select an authentication setting: WEP-Open, WEP-Shared, or WPA-PSK. Open authentication allows users to configure their wireless adapter as either Open or Shared; in either case an encryption key is required. Shared authentication allows users to configure their wireless adapter for Shared authentication, which requires an encryption key. WPA-PSK requires that users configure their wireless adapter using TKIP.
To use the encryption key that came with your gateway, click the Use default encryption key radio button. To create a custom encryption key, click the Use custom encryption key radio button. If you select Use custom encryption key, you can define a 64-bit or 128-bit encryption key. For 64-bit encryption, in the Key field enter a 10-digit hexadecimal number. For 128-bit encryption, enter a 26-digit hexadecimal number. A hexadecimal number uses the characters 0-9, a-f, or A-F.

Click the Submit button.

Additional Settings
Wireless Mode. Allows you to force the gateway to use 802.11b/g, 802.11b-only, or 802.11g-only modes of operation. DTIM Period (seconds). Determines at which interval the access point will send its broadcast traffic. The default value is 1 second. Power Setting. Allows you to select the power level for your wireless connection. The default list is 1 to 4; additional options may appear based on the service providers configuration. Maximum Connection Rate. The maximum rate at which your wireless connection works (1, 2, 5.5, 11, or 22 Mbps for 802.11b-based models; 1, 2, 5.5, 11, 6, 9, 12, 24, 36, 48, or 54 Mbps for 802.11b/ g-based models).

If the Display alert when another router is connected to this router checkbox is checked, the Router Behind Router error page displays in the gateway user interface if the gateway detects the presence of a third-party router. If a third-party router is connected to the 2Wire gateway, the network can become unstable because both devices are trying to manage private IPs via NAT.
Local Network - Address Allocation Page
The Local Network - Address Allocation page shows the name and IP address of each device on the gateways local network, and allows you to create DHCP mappings for each device.
Figure 34. MDC Local Network Address Allocation Page
To change the DHCP mapping for a device:
From the IP Address pull-down menu next to the device, select an address from any of the available networks. Click the Submit button.
Note: If you change the home network IP address range, you must renew the DHCP lease on all devices on your home network and manually reconfigure all devices configured with static IP addresses.

Firewall - Settings Page

The Firewall - Settings page allows you to configure the firewall to pass through specific application data to a selected computer.
Figure 35. MDC Firewall Settings Page
To host an application on the gateways network for Internet users to access (such as a Web server), the firewall must be configured to allow users on the Internet to access it. To host an application:
From 1 Select a computer, select a computer from the pull-down menu. From 2 Edit firewall settings for this computer, click the Allow individual application(s) radio button. From the Applications list, select an application profile. Click the ADD > button. The application displays in the Hosted Applications list. Click the Submit button.
To stop an application that is routed to a selected computer:
From the Hosted Applications list, select the application profile name. Click the < REMOVE button.
Note: If an application does not appear in the Applications list, the list may need updating. If an update is available, click the UPDATE APPLICATION LIST button. Creating an Application Profile

Item Upstream Rate Max Mgn Attn Pwr CRCs FECs Mode Vendor State
The new user data rate (in kbps) for the connection. Maximum rate achievable at the time of the initial connection based on the line quality (specifically, the uncapped rate). Noise margin (in dB) at the start of the connection. Measured attenuation (in dB) of the line. Transmit power (in dB). Total uncorrected errors for this connection. Total corrected errors for this connection. The DSL mode used (G.DMT, T1.413, or G.LITE). Vendor ID of the DSLAM (for example, ALCB indicates Alcatel DSLAM in G.DMT mode). The internal state of the modem. If there are repeated connection problems, technical support representatives can use this information to determine at what point during training the modem failed, or whether the modem is repeatedly failing at the same point. Indicates the reason for a lost connection or a terminated training attempt. Following are examples of the typical values that can be represented: ERR_LOF_LIMIT - Retrained due to loss of framing. ERR_LOS_LIMIT - Retrained due to loss of signal. ERR_HI_BER_LIMIT - Retrained due to excessive CRCs. RESTART - System deliberately restarted modem (line search, reprovisioning, or 30second timeout when waiting for DSL signal. ERR_STATE_TIMEOUT - Modem timed out during training (for example, the modem failed to detect pilot signal at the appropriate time). ERR_ALL_OPTIONS_FAIL - Failed to negotiate a final bitrate with DSLAM. RETRAIN_HIGHER - Proactive retrain in order to obtain a significantly higher connect rate. A measure of the uncancelled echo relative to the background noise on the line. This is an indication of how much the uncancelled echo is affecting DSL performance, rather than an absolute measure of the uncancelled echo. Indicates the difference between the gateways and the DSLAM ports crystal frequency in parts per million (ppm). Indicates the current receive gain settings, which will depend on the length of the DSL line. Indicates the number of compensation tones on which impulse noise is detected.

Exit Code

VXCO Rx Gain INC Tones

Reviewing Bitloading

The Bitloading pane shows the bits loaded per tone for the upstream (tones 6 to 31) and downstream (tones 32 to 255) spectrum. A single hex-digit for each tone shows the numeric values (0 to F) in addition to the bar-graph depiction.

Troubleshooting - Network Tests Page
The Troubleshooting Network Tests page provides the Ping, Traceroute, and DNS Query tools, which help diagnose problems with the 2Wire gateway or 2Wire gateway connections.
Figure 42. MDC Troubleshooting Network Tests Page
The Ping test allows you to ensure that the 2Wire gateway can send data packets to (ping) a remote host. The Traceroute test traces the number of times a data packet sent from the 2Wire gateway is routed before it reaches its destination. The DNS Query test finds the IP address of the domain name service.
To perform a ping or traceroute test:
From the drop-down menu, select Ping or Traceroute. In the Host field, enter the URL of the host location to which you wish the 2Wire gateway to send the ping or traceroute. In the Test field, enter the number of times you want the ping to occur (the maximum is 25) or the number of hops you want traceroute to trace. In the Packet Size field, enter the packet size you wish to send. The maximum packet size is 576. Check the Enable network name resolution checkbox. This will ensure that the name of the host location is displayed along with the corresponding IP address. Click the Start button.
The results are displayed on the page as they occur, and include round trip latency; the aggregate number of packets sent, received, and lost; and the minimum, maximum, and average round-trip latency. To discontinue Ping or Traceroute, click the Stop button. To perform a DNS query:
From the drop-down menu, select DNS Query. In the Host field, enter the domain name (URL) for which you wish to obtain the IP address. Click the Start button.
Troubleshooting - Upgrade History Page
The Troubleshooting - Upgrade History page shows a log of all system software upgrades, and lists the upgrades in the order in which they occurred.
Figure 43. MDC Troubleshooting Upgrade History Page
The Upgrade History page shows the following information. Item Model number Hardware version Software version Upgrade Log Description The 2Wire gateway model number. The current 2Wire gateway hardware version. The current 2Wire gateway software version. The initial software version, and a record of the last 10 upgrades.
Troubleshooting - Resets Page
The Troubleshooting Resets page allows you to reset various components associated with the 2Wire gateway network.
Figure 44. MDC Troubleshooting Resets Page
The Clear button in the Local Network field clears all devices from the Local Network list. Doing so will change the configuration settings, and may affect 2Wire gateway operation because it removes all devices (such as computers) from your network. The Reset button in the DSL Connection field retrains the 2Wre gateways DSL connection. The Reset button in the ISP Connection field resets the PPP connection and/or releases and renews the broadband IP address.

Channel Channel 3 Channel 4 Channel 5 Channel 6 Channel 7 Channel 8 Channel 9 Channel 10 Channel 11 Channel 12 Channel 13
Range 2409.5 MHz - 2434.5 MHz 2414.5 MHz - 2439.5 MHz 2419.5 MHz - 2444.5 MHz 2424.5 MHz - 2449.5 MHz 2429.5 MHz - 2454.5 MHz 2434.5 MHz - 2459.5 MHz 2439.5 MHz - 2464.5 MHz 2444.5 MHz - 2469.5 MHz 2449.5 MHz - 2474.5 MHz 2454.5 MHz - 2479.5 MHz 2459.5 MHz - 2484.5 MHz
The preferred channel separation between the channels in neighboring wireless networks is 25 MHz (5 channels). This means that you can apply up to three different channels within your wireless network. There are only 11 usable wireless channels in the United States. It is recommended that you start using channel 1 and expand to channel 6 (and 11 when necessary), as these three channels do not overlap.

Compliance Information

The 2Wire 2701HG product family has been tested, and is compliant to the following standards:
Location United States Canada
Safety UL 60950 CSA-C22.2
EMC (Emissions / Immunity FCC Part 15B, 15C ICES-003 (EN55022), RSS-GEN/RSS-210
Telecommunications TIA 968A IC CS-03

Regulatory Information

Declaration of Conformity Trade Name: Responsible Party: Address: 2Wire 2Wire, Inc. 1704 Automation Parkway San Jose, CA
This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the equipment and the receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help.