VCCI Class B Information

Wireless LAN information
Wireless Interoperability
The TOSHIBA Wireless Routing Center WRC-1000 products are designed to be interoperable with any Wireless LAN product that is based on Direct Sequence Spread Spectrum (DSSS) radio technology, and is compliant to: x x The IEEE 802.11 Standard on Wireless LANs (Revision B), as defined and approved by the Institute of Electrical and Electronics Engineers. The Wireless Fidelity (WiFi) certification as defined by the WECA Wireless Ethernet Compatibility Alliance.
Wireless LAN and your Health
Wireless LAN products, like other radio devices, emit radio frequency electromagnetic energy. The level of energy emitted by Wireless LAN devices however is far much less than the electromagnetic energy emitted by wireless devices like for example mobile phones. Because Wireless LAN products operate within the guidelines found in radio frequency safety standards and recommendations, TOSHIBA believes Wireless LAN is safe for use by consumers. These standards and recommendations reflect the consensus of the scientific community and result from deliberations of panels and committees of scientists who continually review and interpret the extensive research literature. In some situations or environments, the use of Wireless LAN may be restricted by the proprietor of the building or responsible representatives of the organization. These situations may for example include: x x Using the Wireless LAN equipment on board of aeroplanes, or In any other environment where the risk of interference to other devices or services is perceived or identified as harmful.
If you are uncertain of the policy that applies on the use of wireless devices in a specific organization or environment (e.g. airports), you are encouraged to ask for authorization to use the Wireless LAN device prior to turning on the equipment.

Regulatory Information

The TOSHIBA Wireless Routing Center WRC-1000 must be installed and used in strict accordance with the manufacturers instructions as described in the user documentation that comes with the product. This device complies with the following radio frequency and safety standards.
Canada - Industry Canada (IC)

Nederland: License required for outdoor installations. Check with reseller for procedure to follow Licentie verplicht voor gebruik met buitenantennes. Neem contact op met verkoper voor juiste procedure
USA-Federal Communications Commission (FCC)
This device complies with Part 15 of FCC Rules. Operation of the devices in a Wireless LAN System is subject to the following two conditions: x x This device may not cause harmful interference. This device must accept any interference that may cause undesired operation.
TOSHIBA is not responsible for any radio or television interference caused by unauthorized modification of the TOSHIBA Wireless Routing Center WRC-1000, or the substitution or attachment of connecting cables and equipment other than specified by TOSHIBA. The correction of interference caused by such unauthorized modification, substitution or attachment will be the responsibility of the user. CAUTION: Exposure to Radio Frequency Radiation. The radiated output power of the TOSHIBA Wireless Routing Center WRC-1000 is far below the FCC radio frequency exposure limits. Nevertheless, the TOSHIBA Wireless Routing Center WRC-1000 shall be used in such a manner that the potential for human contact during normal operation is minimized. When using this device, a certain separation distance between antenna and nearby persons has to be kept to ensure RF exposure compliance. The distance between the antennas and the user should not less than 20cm. Refer to the Regulatory Statements as identified in the documentation that comes with those products for additional information.
Using this equipment in Japan
In Japan, the frequency bandwidth of 2,400~2,483.5MHz for second generation low-power data communication systems such as this equipment overlaps that of mobile object identification systems (premises radio station and specified lowpower radio station).
1. Sticker Please put the following sticker on devices incorporating this product. In the frequency bandwidth of this equipment, industrial device, scientific device, medical device like microwave oven, licensed premises radio station and non-licensed specified low-power radio station for mobile object identification system (RF-ID) that is used in product line of factories, (Other Radio Stations) are used. 1 Please make sure before using this equipment that no Other Radio Stations are used in the neighborhood. 2 In case that RF interference occurs to Other Radio Stations from this equipment, please change promptly the frequency for use, place to use, or stop emitting Radio. 3 Please contact TOSHIBA Direct PC if you have a problem, such as interference from this equipment to Other Radio Stations. 2. Indication The indication shown below appears on this equipment.

Package contents

Refer to the Quick Start Guide for the Equipment checklist. If any of the items is missing, contact your dealer.

System requirements

x x x x Broadband Internet connection using Cable/ADSL modem for Internet connection One computer with 10/100Base-T Ethernet card and TCP/IP protocol installed for initial setup Internet Explorer 5.0 or higher for Web configuration Requirement for each computer on the LAN: TCP/IP protocol installed

Features

WAN port features
x x x x x x One 10/100 Base-TX RJ-45 auto sensing and crossover Ethernet WAN port for Broadband connection (Cable/DSL or direct Ethernet) PPPoE (PPP over Ethernet) Client with Keep Alive/Connect On Demand Support PAP and CHAP Authentication DHCP Client MAC Address Cloning Settable and Changeable IP Address

LAN port features

x x x Four RJ-45 LAN ports for 10/100Base-TX auto sensing & crossover Ethernet Switch LAN connection DHCP Server IP Address setting and changing

Router features

x x x x x x x x x x NAT Firewall Support Bridge Mode Support IP Filtering IP Forwarding Static Routing DMZ Hosting DNS Forwarding DNS Relay UPnP Support (Windows Messenger for Windows XP)*

Security features

x x x x x ASCII/HEX Format 64/128 Bit WEP Key for Wireless LAN IEEE 802.1x for Wireless LAN Allow List for Wireless LAN Supports IP packets filtering based on MAC Address, IP address, port number and protocol VPN Support (IPSec Passthrough, and PPTP Passthrough)

Wireless LAN features

x x x x Fully compatible to IEEE 802.11b standard Direct Sequence Spread Spectrum (DSSS) technology Seamless roaming within Wireless LAN infrastructure Low power consumption for wireless client via efficient power management
Configuration and Management features
x x x x x x Configurable through Web Browser via WAN/LAN Software Upgradeable DHCP Server function for IP distribution to local network users NTP/Manual System Clock Configuration Saving/Retrieving Event Logging * This device has been tested by TOSHIBA in accordance with UPnP Forum Test Tools and is verified to support UPnP for Windows Messenger for Windows XP.

Figure 3-8 Obtain an IP address automatically
Checking/Renew IP Address under Windows XP
The following steps help you verify that your network adapter gets an IP address within the DHCP IP pool range (192.168.10.100 ~ 192.168.10.150 by default) of the Wireless Routing Center. If not, you may need to renew the IP information. 1. Click Run from the Start menu to open the Run dialog box. 2. Type cmd in the dialog box and then click OK. 3. At the prompt, type ipconfig to see the IP information from DHCP server. 4. If you want to get a new IP address, type ipconfig /release to release the previous IP address and then type ipconfig /renew to get a new one. 3-8

For Windows 2000

1. From the Start menu, point to Settings and then click Network and Dial-up Connections. 2. Right-click the Local Area Connection icon and then click Properties. 3. In the General window, highlight Internet Protocol (TCP/IP) and then click Properties. 4. Enable Obtain an IP address automatically and then click OK.
Figure 3-9 Obtain an IP address automatically
Checking/Renew IP Address under Windows 2000
To check if your network adapter gets an IP address within the DHCP IP pool range (192.168.10.100 ~ 192.168.10.150 by default) of the Wireless Routing Center, follow the related description under the Windows XP section. The procedures are the same.

For Windows 98/ME

1. Click the Start menu, point to Settings and click Control Panel. 2. Double-click the Network icon. 3. In the Configuration window, highlight TCP/IP protocol for your NIC and click Properties. 4. In the IP Address window, select Obtain an IP address automatically. Then click OK.
Figure 3-10 Obtain an IP address automatically 5. If your network settings is changed, you will be prompted with the System Settings Change dialog box. Click Yes to restart your computer.
Checking/Renew IP Address under Windows 98/ME
The following steps help you verify if your network adapter gets an IP address within the DHCP IP pool range (192.168.10.100 ~ 192.168.10.150 by default) of the Wireless Routing Center. If not, you may need to renew the IP information. 1. From the Start menu, click Run to open the Run dialog box. 2. Enter winipcfg in the dialog box and then click OK. 3. Select the Ethernet or Wireless LAN adapter from the drop-down list to show the IP address. If necessary, click Release and then Renew to get a new IP address.
Figure 3-11 Specify an IP Configuration
Setting up Wireless client
You can also choose to access the Wireless Routing Center via a wireless client, whether for configuration purposes or sharing network resources and an Internet connection. To get your wireless client connected to the Wireless Routing Center, verify the following: 1. Make sure your computer is equipped with a Wireless LAN adapter and has an appropriate Wireless LAN card driver/utility and TCP/IP installed. 2. Set the Wireless LAN client to obtain a dynamic IP address from the Wireless Routing Center. The procedures are the same as described above. The only difference is that you are configuring the TCP/IP associated with your Wireless LAN card.

3. Verify that your Wireless LAN setting is identical to the routers default wireless settings.
Checking Connection with the Wireless Routing Center
You can use the Ping command to verify whether or not your Ethernet/Wireless client is connected to the Wireless Routing Center. To execute ping command, open a DOS window and ping the IP address of the Wireless Routing Center at the DOS prompt. For example: ping 192.168.10.1 If the following response occurs: Reply from 192.168.10.1 bytes=32 time=100ms TTL=255 Then the connection between the Wireless Routing Center and the network is OK. If you get a failed ping with the response of:
Request time out Then the connection has not been made. Verify your network setting are correct. For Ethernet client, also check the cable between the Wireless Routing Center and the computer.

Chapter 4

Web Configuration
After you have configured your system as described in Chapter 3, Setup, you can proceed with the initial configuration described in this chapter. You can manage the Wireless Routing Center through a Web browser-based manager. To configure the Wireless Routing Center via Web browser, at least one properly configured computer must be connected to the network and reside on the same subnet as the Wireless Routing Center. The Wireless Routing Center comes with the default IP address of 192.168.10.1 and subnet mask of 255.255.255.0. The DHCP Server is enabled by default. You can also use the TOSHIBA WRC Finder program on the TOSHIBA Wireless Routing Center WRC-1000 Utility CD-ROM to open the Wireless Routing Centers Web Configuration page. NOTES: 1. If data is being transmitted while you are changing settings, transmission will be interrupted when you click Apply. 2. The DHCP server function is enabled before the Wireless Routing Center is shipped. If the LAN has other DHCP servers, the DHCP server function of the Wireless Routing Center must be disabled. 3. You will need Internet Explorer version 5.0 or higher. 4. If your browser is set to allow you to use a Proxy on your LAN, you will not be able to display the Wireless Routing Center set-up page. In this case, follow the steps below. a. Open the Start menu and open the Control Panel. b. Click Network and Internet Connections. c. Click Internet Options. d. Select the Connections tab and click LAN Settings. e. Clear the checkbox for Use a proxy server for your LAN (These settings will not apply to dial-up or VPN connections). f. Click OK.

The Wireless Routing Center implements a built-in DHCP (Dynamic Host Configuration Protocol) server on its LAN interface, which dynamically assigns IP addresses to DHCP clients on the LAN/Wireless LAN. The DHCP server also provides a default gateway (the routers LAN IP address) and DNS addresses for DHCP clients to access the Internet. The DHCP function spares you the hassle of manually assigning a fixed IP address to each computer on the LAN/Wireless LAN. If your network already has a DHCP server do not enable this function. DHCP server is enabled by default. NOTE: Only one DHCP server can run on one LAN. If you decide to enable DHCP on this router, remember to disable the DHCP function of the other device. If you disable DHCP, no further configuration is required for the Wireless Routing Center. Click Apply to submit your changes. If you enable DHCP, proceed to the next step. NOTE: Set the DNS Server IP address of the computer connected to the LAN port to the IP address of the LANs Wireless Routing Center. 3. If DHCP server is enabled, enter the fields below: DHCP Lease Time: Specify the time that a network device can lease a private IP address before the DHCP server reassigns the IP address.
IP Pool Range: Specify the starting and ending IP address of the IP address pool. Whenever a network device requests an Internet session, the router will allocate an unused IP address from this pool and lease it to the device for a specified amount of time.
Figure 4-13 LAN Configuration in Router Mode
Viewing Current DHCP Assignments
When the DHCP server function is enabled for your LAN, the Wireless Routing Center keeps a record of any computer (either Ethernet or Wireless node) that has leased an IP from the specified IP pool. The DHCP lease table is displayed under Overview > LAN Interface:
Figure 4-14 DHCP Lease Table
Configuration for Bridge Mode
A bridge connects two or more LANs, and it bases the forwarding decision on the MAC address. In Bridge mode, filters, forwarding and routing do not apply. To set up the bridge mode, perform the procedures below.
Part 1. Enable bridging function
Go to the WAN configuration page and select the Bridging option in the WAN/ LAN Relation field and then click Apply to commit the changes.
Figure 4-15 Enabling Bridging
Part 2. LAN configuration
In the General > Protocol field, select Manual Config or DHCP Client as required. DHCP Client: Select this option if your network already has a DHCP server that assigns IP to this bridge. If enabled, no further configuration is needed since the DHCP server will pass the required IP information. Click Apply to submit your changes. NOTE: After registering the setting, your configuring computer may lose connection to the Wireless Routing Center. To reconnect, you will need to make sure the computer uses an IP address in the same subnet as the Wireless Routing Center.

WAN Management: Available only in NAT Routing Mode. If available, this item is disabled by default. That is, any external access from the WAN port will be rejected. If this option is enabled, a WAN Port field is displayed with the default value of 80. If required, you may enter another port number used for external WAN access. If WAN Management is enabled using a port other than 80, the routers HTTP service (Web Configuration Utility) will be accessible via the routers WAN port IP address followed by a colon and the non-80 port: http://<WAN IP address>:<non-80 port> For example, if 1234 is entered, the router will be accessible at http:// 203.1.2.3:1234 where 203.1.2.3 indicates the WAN ports IP address. If WAN Management is enabled using standard port 80, no suffix is required. If WAN Management is enabled using port 80, your publicly accessible Web server (if any) on the LAN side should use a non-80 HTTP port. You will need to use the Forwarding feature to shift external HTTP requests to the non-80 port number used by the Web server on the LAN side. WAN Port Ping Reply: Available only in NAT Routing Mode. If available, this setting determines if an external host will get a reply when trying to ping the IP address of your WAN port. It is disabled by default. WRC Finder Function Via WAN: Available only in NAT Routing Mode. If enabled, the current settings for Wireless Routing Centers will be displayed when a WAN computer launches this function. UPnP: Available only in NAT Routing Mode. It allows Windows XP to automatically configure the Router for various Internet applications, such as Windows Messenger. If available, it is enabled by default. NetBIOS Communication: Available only in NAT Routing Mode. Port numbers 137~139 and 445 that are used by NetBIOS will be open. It is disabled by default.
Report Log to TFTP Server: Available only in NAT Routing Mode. If available, it specifies whether to report the firewall event log to your TFTP server. If enabled, a LAN TFTP Server field is present for you to specify the IP address of the TFTP server. All the filter logs are sent to the TFTP server although only 32 entries are displayed in the Activity Log window. (see Status > Log). NOTE: This function is supported only if the IP address of the TFTP server and that of the Wireless Routing Center are in the same subnet.
Figure 4-24 Administration Configuration

System Configuration

u Firmware Upgrade This option allows you to upgrade the Wireless Routing Center with new firmware. After upgrading, your customized configurations will still be effective. Upgrading does not revert to the default settings. To upgrade, download the firmware file to your host computer and follow the steps below: 1. In the Locate New Firmware field, click Browse. to locate the firmware file. 2. Click Upgrade. A message will be displayed advising you to wait a few minutes. You will return to the Administration page when the process is complete. 4-32

802.1x Function

This section explains the 802.1x function more specifically.

Required Environment

The following environment is required to use the 802.1x function.

RADIUS

AP STA RADIUS CA
Access point (this product). Wireless LAN station The 802.1x function needs to be supported even on the station side. Abbreviation of Remote Authentication Dial In User Service. This server authenticates STAs. Abbreviation of Certificate Authority. This sever issues a digital certificate. This server is required to use an authentication type that is called EAP-TLS (Smart Card or other certificate). NOTE: The above terms (abbreviations) are used in the subsequent explanations.
Authentication and Distribution of WEP Key
This section explains authentication (re-authentication) and the distribution of the WEP key.

Authentication

Authentication starts when a radio LAN station connects to the access point. When the station connects, the access point issues a request to start authentication for that station. Although the station that has received the request starts the authentication procedure, the access point transfers all messages related to the authentication to the RADIUS server. That is, the authentication itself is performed between the station and RADIUS server. While the authentication procedure is performed, the station cannot join the network. When the station passes the authentication, the RADIUS server reports to the access point. The access point will then allow the station to join the network. The following shows the authentication procedure (successful example). Authentication procedure (successful example)
1. The station connects to the access point. 2. A request to start authentication is sent from the access point to the station. 3. The authentication procedure is performed between the station and RADIUS server. 4. The RADIUS server reports to the access point that the station has passed the authentication. 5. The access point reports to the station that the station has passed the authentication.
The access point permits the station to communicate. At this point, the WEP key can be distributed. (Whether the WEP key can be distributed depends on the authentication type.) 6. The station can joint the network.

Authentication type

Several types of authentication are prepared. The radio LAN station and RADIUS server need to predetermine which type of authentication to use mutually. If different types of authentication are set, the authentication procedure cannot be performed and the authentication of the station fails. Whether the WEP key can be distributed depends on the authentication type. The following lists the typical types of authentication. Name MD5-Challenge Description Authentication method using the user name and password In this type of authentication, the WEP key cannot be distributed. EAP-TLS Authentication method using a digital certificate. It may be represented by Smart Card or other certificate. To use this type of authentication, the certificate needs to be obtained from the CA and stored in each station. In this type of authentication, the WEP key can be distributed.

Distribution of WEP key

When authentication ends successfully, the access point distributes the WEP key to the station. (Whether the WEP key can be distributed depends on the authentication type.) The WEP key is created at random by the access point.

Configuration Example

This section explains how to establish the 802.1x environment, giving specific examples.
The environment is established, based on the following scenario. x x x x All stations support the 802.1x function. (Windows XP is used.) The WEP key to be distributed is 128 bits. The CA uses Certificate Services of Windows 2000 Server. The RADIUS uses Internet Authentication Service of Windows 2000 Server.

Device configuration

The following is the device block diagram.

WRC-1000

Windows 2000 Server
Windows 2000 Server Software Windows 2000 Server is used as the OS. The RADIUS uses Internet Authentication Service. The CA uses Certificate Services. WRC-1000 STA Software Windows XP is used as the OS. Hardware A radio LAN card with WEP 128 bits is used.
CA (Certificate Authority)
Install Certificate Service in Windows 2000 Server. For details on Certificate Service, refer to the online Help of Windows 2000.

RADIUS server

Install Internet Authentication Service in Windows 2000 Server.
For details on Internet Authentication Service, refer to the online Help of Windows 2000. Step 1 Client setting Make client settings in the following procedure. 1. Start Internet authentication service in Administrative Tools. 2. Select Client in the Tree window and click the right mouse button. 3. Select New Client from the menu. 4. Set Friendly name. In this example, WRC-1000AP is set. Leave the other items in the default setting.
Figure B-1 Add Client window Click Next.
5. Set Client address. Enter the IP address of the access point and RADIUS server. In this example, 192.168.10.1 is set. Set Shared secret. Enter the password for communication between the access point and the RADIUS server. In this example, my shared secret is set. Leave the other items in the default setting.
Figure B-2 Add RADIUS Client window Click Finish. Step 2. Setting Remote Access Policies 1. Select Remote Access Policies in the Tree window and click the right mouse button. 2. Select New Remote Access Policy from the menu.
3. Set Policy friendly name. In this example, WRC-1000AP is set.
Figure B-3 Add Remote Access Policy window Click Next. 4. Add a Conditions by pressing the Add button. This example defines that this policy should be used when Client-Friendly-Name is WRC-1000AP. Various conditions are available. For details, refer to Windows 2000 online Help.
Figure B-4 Add a Conditions window Click Next. B-8
5. Select Grant remote access permission.

2. Select the Authentication tab. Place a check mark in the Enable network access control using IEEE 802.1x check box. Select Smart Card or other Certificate in the EAP type field. Click Properties.
Figure B-10 Authentication tab
3. Select the Use a certificate on this computer radio button. Place a check mark in the Validate server certificate check box. Select a reliable certificate authority from the Trusted root certificate authority combo box. In this example, select the certificate authority, which was installed in Windows 2000 Server.
Figure B-11 Properties window

Check items

Check whether authentication ended successfully as follows. x x Check the Windows 2000 Server system log for source name IAS. Check the status of the radio LAN adaptor on the Windows XP network control panel.

Appendix C

AC Power Cord and Connectors
The power cords AC input plug must be compatible with the various international AC power outlets and the cord must meet the standards for the country/region in which it is used. All cords must meet the following specifications: Length: Wire size: Current rating: Voltage rating: Certification agencies U.S. and Canada: UL listed and CSA certified No. 18 AWG, Type SVT or SPT-2 two conductor Europe: Austria: Belgium: France: United Kingdom: Australia: Japan: OVE CEBEC UTE BSI AS DENANHO Italy: The Netherlands: Germany: IMQ KEMA VDE Minimum 1.8 meters (5.9 ft.) Minimum 0.75 mm2

APPENDIX C

Minimum 2.5 amperes 125 or 250 VAC (depending on country/regions power standards)
In Europe, power cords must be VDE type, H05VVH2-F and two conductor. For the United States and Canada, plug configuration must be a 2-15P (250 V) or 115P (125 V) as designated in the U.S. National Electrical code handbook and the Canadian Electrical Code Part II.
The following illustrations show the plug shapes for the U.S.A. and Canada, the United Kingdom, Australia and Europe.

USA and Canada

United Kingdom
UL approved CSA approved Australia

BS approved Europe

AS approved
Approved by the appropriate agency

Glossary

The terms in this glossary cover the topics discussed in this manual. 10Base-T/100Base-TX: Two standards for Ethernet data transmission speeds. 10Base-T transmits at 10Mbps and 100Base-TX transmits at 100Mbps.
channel: The channel is the radio frequency used to communicate on a wireless LAN. Wireless LANs use the frequency band of 2.4 GHz divided into two or more subchannels. Usable channels are restricted by the regulations in each country. Channels 1 to 11 are usable in the United States, for example.

port: The port (port number) is used to determine which application should handle a TCP or UDP packet. port forwarding: Connects a local IP address and port number to a global address. When a client computer issues a request to the Internet, the request goes through the device, which uses the NAT table to connect the clients local address and port number to a global address. The reply is received by the device which relays it to the client computer. PPP: PPP is a protocol to authenticate computers communicating with each other in a network, such as a personal computer connected by phone line to a server.

Glossary-3

static routing
static routing: A routing system in which routes are set manually. subnet mask: Determine what subnet an IP address belongs to. switching hub: A multiport bridge that receives data packets compares the address to an address table and relays the data to the proper port.
WAN: Wide Area Network covers a larger area than a LAN. See also LAN. WEP key: See encryption. wireless LAN access point: A terminal on a wireless LAN or an interface between a wireless LAN and a wired LAN. wireless LAN PC: A personal computer connected to a LAN through radio communication. wired LAN PC: A personal connected to an Ethernet LAN by cable.
TCP/IP: Transmission Control Protocol/Internet Protocol are protocols data transmission over the Internet. TCP: Transmission Control Protocol is a protocol to establish a connection between two computers. It the includes error correction for packet transmission. Compare UDP.
UDP: User Datagram Protocol is part of the TCP/IP suite of protocols. UDP is a connectionless protocol for data transmission that does not acknowledge whether packets are received or not. It enables faster performance but, there is no assurance of an accurate transmission. UPnP: Universal Plug and Play is designed to support zero-configuration. It allows Windows XP to automatically configure the Router for various Internet applications, such as Windows Messenger.

Glossary-4

AC adapter 2-6, 3-4 AC Power Cord and Connectors C-1 Administration configuration 4-30 management setup 4-30 system clock 4-30 rules 4-23 types 4-24 Finder, See WRC finder Firmware upgrade 4-32 Forwarding 4-26
Indicators icons 2-3 LED table 2-4 location 2-1 Initialize switch, See Defaults, load default switch
Bridge mode 4-16 Browser 4-2
Configuration 4-1 features list 1-3 overview page 4-5, 4-6 retrieve 4-33 save 4-33 WEB configuration page 4-2
LAN client set-up Ethernet 3-7 wireless 3-11 configuration 3-7 connections 3-5 DHCP settings 3-7 IP settings 3-7 ports 2-2 Log 4-7
DC IN jack 2-2 Defaults load default switch 2-2 restore 4-33 values A-1 DHCP 1-2
Mounting horizontal 3-3 vertical 3-2 wall 3-4
Encryption 4-21 Ethernet features 1-1

Filters log 4-26

Index-1
NAT routing mode 4-9 LAN configuration 4-13 WAN configuration 4-9
Ethernet 5-1 forgotten password 5-8 Linux 5-8 power 5-1 Wireless LAN 5-3
Password 4-5, 4-11 Ping 3-12 Ports 2-2 Power switch 2-2

User name 4-11

WAN connection 3-5 port 2-2 WRC Finder 4-2 Wireless LAN, See also Security configuration 4-18 advanced 4-19 basic 4-18 features list 1-3
Reboot 4-33 Router features 1-2 Routing configuration 4-29
Security 1-3 802.1x B-1 Configuration Example B-5 Function B-2 Overview B-1 WEP Key B-2 Features list 1-3 Wireless LAN 4-19 802.1x 4-20 access control 4-22 RADIUS Server 4-22 WEP 4-20 Stand 2-5 Startup 3-7 System configuration 4-32 firmware upgrade 4-32 user configurations 4-33 System requirements 1-1
Troubleshooting 5-1 application problems 5-7 configuration window 5-1 Index-2

Wireless Routing Center

WRC-1000
Specifications Routing Features WAN Port Features PPPoE (PPP over Ethernet) Client, PAP Authentication, DHCP Client, MAC Address Cloning, IP address setting and changing DHCP Server, IP address setting and changing LAN Port Features Router Features NAT, Firewall Support, Static Routing, Bridge mode Support, IP Filtering, IP Forwarding, DMZ Hosting, DNS Forwarding, Windows Messenger for MS Windows XP Support, UPnP Support for MS Windows XP PAP Authentication, WEP encryption using RC4 with 64 and 128 bit key length, Support IP packet filtering based on IP address, port number, and protocol VPN Support (IPSec Passthrough, and PPTP Passthrough), IEEE 802.1x Support Device Management Configuration and Management Features Configuration through Web Browser via LAN (secured) Configuration through Web Browser via WAN (secured) Others Accessible via embedded Web browser configuration tool Yes Security Features
Specifications System characteristics Processor Type Speed Bus Clock Speed Capacity Type of Memory Capacity Type of BIOS ROM Dimensions (WxDxH) Weight Ventilation Fan Logo Power Switch Reset Switch Type of Indicator Power Indication Mounting options Dimension (WxHxD) Weight Input Output Broadcom BCM4702 125MHz 33MHz 16MB SDRAM 4MB Flash Memory 215 x 150 x 37 (mm) 575 gr. No TOSHIBA WRC-1000 (on top case) Yes (back panel, latch type) Yes (back panel) LED On Front Panel Yes WAN, LAN1-4, WLAN Link, WLAN Active Wall or ceiling mountable, desktop via desk stand 85 x 50 x 32 (mm) 134 gr. 100~240V 50/60Hz (Universal) 5V x 2A Two-wire type (approx. 1.8m long, black-colored) operating 5 to 35 degee C 15 degree C/hour 20% to 80% -60 to 3000m 10G 0.3G non-operating -20 to 65 degree C 20 degree C/hour 10% to 95% -60 to 10,000m 60G 0.6G
TEG Oct. 2002, Product design specifications and colours are subject to change without notice and may vary from those shown. Errors and omissions excepted.

Main Memory

Firmware ROM Casework
Power Supply AC Adaptor Yes, disabled at factory default Power Manual System Clock, NTP client features, WRC device finder utility AC Power Cable Environmental conditions
Communications Features LAN Supported Network Connector Others WAN Supported Network Connector Others
10/100 Fast Ethernet IEEE 802.3/IEEE 802.3u (10BASE-T/100BASE-TX) RJ-45 (4 ports) Support of auto sensing and crossover 10/100 Fast Ethernet IEEE 802.3/IEEE 802.3u (10BASE-T/100BASE-TX) RJ-45 Support of auto sensing and crossover
Temperature Max thermal gradient Relative humidity Altitude Shock Vibration Certifications Safety EMI , Radio EMI / EMC EMI / EMC, Immunity EMI Radio EMC / Radio Wireless LAN compatibility Material included

Wireless LAN

Type of Network I/F Chip Supported Network Roaming Frequency Range Supported Channels Output Power Range Channel Spacing Modulation Spreading Media Access Protocol Transfer Data Rate Transmitter output power Receiver sensitivity (FER < 8%) Antenna type Wireless LAN Security via WEP Others
Intersil Prism 2.5 IEEE 802.11b HR IEEE 802.11b HR compatible roaming 2.4GHz - 2.4835GHz 1 to 11 15.5 dBm Typ. up to 100m in open office environment 5 MHz Direct Sequence Spread Spectrum (CCK, DQPSK, DBPSK) 11-chip Barker sequence CSMA/CA (Collision Avoidance) with ACK 11 Mbps, 5.5 Mbps, 2 Mbps, 1 Mbps, dynamic scaling/auto-rating 15.5 dBm -84 dBm for 11 Mbps Internal diversity with connectors Using RC4 with 64 and 128 bit key length Wi-Fi Certified

UL1950, Low Voltage Directive (EN60950 / CE Mark), IEC60950 FCC part15 (SubpartB) CISPR Pub.22 (EN55022) (CE Mark) EMC Directive(EMI+Immunity) (CE Mark) VCCI class B, FCC part68 FCC part15 (SubpartC) R&TTE - ETS300328/ETS300826 WECA Wi-Fi certification Toshiba WRC-1000 Base Unit AC Power Adapter Power Cord (Standard UK plug / EU plug) Desktop stand Ethernet cable (RJ-45) Quick Start Guide, multi-lingual in printed form User's Guide (electronic version on CD-ROM) Standard Warranty PA3227E-1ETC

Warranty Part Number

For further information on the Toshiba range of mobile solutions contact your nearest Toshiba Authorised Reseller or visit the Toshiba web site: computers.toshiba-europe.com or www.toshiba-wireless.com

TOSHIBA