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Chapter 5: Base Station Configuration

Narrow Band Radio Parameters

116

Teklogix 9150 Wireless Gateway User Manual

Callsign String

This string can be a maximum of 10 characters long. All characters are either

numbers or letters. The prefix “DE” (from) is added to the beginning of the transmit-

ted call sign.

RADIO PARAMETERS

Sync Delay

Important: This parameter should not be changed from its factory setting

without a clear understanding of the timing of the radio protocol.

Sync Delay specifies the delay between the time of the base station transmission and

the first response window, measured in character times. The value assigned to this

parameter must be compatible with other base stations and terminals in the system.

The TRX7370 radio is available in either two level or four level modulation, provid-

ing baud rates of 4800 bps and 9600 bps, or 9600 bps and 19200 bps, respectively.

The default setting for a two level modulation narrow band radio, operating at 9600

baud, is 23.

The default setting for a four level modulation narrow band radio, operating at

19200 baud, is 31.

Remote Txon

Remote Txon accommodates the turn on time of the radio in terminals (remotes). It

specifies the number of fill characters sent to the radio before real data is output.

Since this parameter is based on character times, the number is dependent on the

radio link baud rate.

Summary of content (130 pages)

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Chapter 5: Base Station Configuration Narrow Band Radio Parameters Callsign String This string can be a maximum of 10 characters long. All characters are either numbers or letters. The prefix “DE” (from) is added to the beginning of the transmitted call sign. RADIO PARAMETERS Sync Delay Important: This parameter should not be changed from its factory setting without a clear understanding of the timing of the radio protocol.
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Chapter 5: Base Station Configuration Narrow Band Radio Parameters The value assigned to the Remote Txon parameter must be consistent across all terminals and base station equipment. The allowable value range is 3 to 60. Important: This parameter should not be changed from its factory setting without an understanding of the timing of the radio protocol. Active Channel This parameter determines the operating radio channel of the 9150. This makes the channel available for channel searching by the terminals.
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Chapter 5: Base Station Configuration Base Station Configuration Menu Options 5.3 Base Station Configuration Menu Options The 9150 Wireless Gateway can operate as a base station or remote radio module (RRM), facilitating the communications between terminals and wireless base stations and a network controller (Teklogix 9400 Network Controller or 9150 Wireless Gateway), using a range of host platforms. Alternatively, the network controller can be a host running a Teklogix SDK (handler).
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Chapter 5: Base Station Configuration Base Stations Name The name entered in this parameter is used as an alternate way of identifying the IP address of a slave base station. IP Address This parameter provides the corresponding IP address for the slave base station. The IP Address must be a unique value so that each slave base station can be identified on the network. The acceptable value ranges from 0.0.0.0 to 239.255.255.255. The default value for the IP port is 16100.
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Chapter 5: Base Station Configuration RRM Groups 5.3.2 RRM Groups While the 9150 can operate as a Remote Radio Module (RRM, see “Connectivity Options: RRM Mode” on page 117), it can also control other RRMs. For a 9150 to control RRMs, RRM groups must be configured. Once an RRM group has been defined, from one to four RRMs can be members of a group (see “RRM Group Menu” on page 126). All RRMs in a group operate on the same radio channel.
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Chapter 5: Base Station Configuration RRM Groups Name This textbox allows the user to enter a name for the new RRM group. The value is any text string. The default is Unnamed RRM Group.
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Chapter 5: Base Station Configuration RRM Groups Communication Protocol This listbox allows you to select the protocol to be used for the connection to this RRM group. The default is the TCP/IP protocol. Enabled The Enabled option must be turned on ( √ ) for the 9150 to function as an RRM group controller. If this option is disabled, the 9150 automatically goes into base station mode.
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Chapter 5: Base Station Configuration RRM Groups Number of Poll Windows This textbox allows the user to specify the number of poll windows in which the RRM listens for terminal responses after sending a poll. The allowable values range from 2 to 4. The default value is 3. Size of Poll Windows This textbox allows the user to specify the size of the poll windows in which the RRMs of this RRM group listen for terminal replies. The allowable values range from 5 to 32. The default value is 8.
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Chapter 5: Base Station Configuration RRM Groups Message Mode Limit This textbox allows the user to specify the probability of including a message-mode poll in its poll transmission. The allowable values range from 3 to 7. The default value is 4. Callsign Period This textbox allows the user to specify the amount of time between transmissions of the callsign. This parameter is in minutes. A value of 0 (zero) indicates that no callsign is transmitted. The allowable values range from 0 to 60.
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Chapter 5: Base Station Configuration RRM Groups Remote Txon This textbox allows the user to specify the number of fill characters sent by the terminal radios before the terminals send message data. The allowable values range from 3 to 32. The default value is 13. Active Channel This textbox allows the user to specify the radio channel to be used by all the RRMs in the RRM group. The allowable values range from 1 to 20. The default value is 1.
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Chapter 5: Base Station Configuration RRM Groups 5.3.2.2 RRM Group Menu When the user chooses an existing RRM group from the RRM Groups listbox in the Configuration Main Menu page, pressing the Configure button displays the RRM Group Menu. The RRM Group Menu has two sub-menus: General Options When the user presses this Configure button, the 9150 displays the Configure Existing RRM Group screen.
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Chapter 5: Base Station Configuration RRM Groups GENERAL OPTIONS: CONFIGURE RRM GROUP In this screen, the user can select general options for this RRM group. The options in this screen are the same as the options in the Configure New RRM Group screen (see page 120). The Delete button at the bottom of the screen allows you to delete the currently-displayed RRM Group from the RRM Groups list.
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Chapter 5: Base Station Configuration Radio Link Features 5.3.3 Radio Link Features From the Radio Link Features option under Base Station Configuration (see Figure 5.2 on page 101), entering “Configure” will open the “Radio Link Features” page for the polling and cellular parameters. Operate in Cellular Mode To operate as a Wlan base station, this parameter should be enabled ( √ ). For further information see “Wlan Protocol” on page 11.
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Chapter 5: Base Station Configuration Radio Link Features 3. Do not enable Auto Startup (see page 65) on any of the 9150 base stations running 802.IQ with sessions using Automatic Radio Address Assignment Range and Automatic Terminal Number Assignment Range. Automatic Terminal Number Assignment Range A terminal number is assigned for every TESS and ANSI application session created in a terminal.
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Chapter 5: Base Station Configuration Radio Link Features Polling Protocol Terminal Timeout This parameter determines the time in minutes that a terminal can be inactive before the 9150 declares it offline. Before this happens, the terminal will be declared offline by the Percent Polling Protocol Terminal Timeout parameter (see below). After the terminal is removed from the system, it will need to re-initialize in order to communicate with the 9150.
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Chapter 5: Base Station Configuration Hosts Menu 5.4 Hosts Menu When the 9150 acts as a base station, it must communicate with a “host” - a 9400 Network Controller, or a host computer using a Teklogix Software Development Kit (TSDK). The drop-down menu in the Mini-Controller Configuration: Hosts option in the Configuration Main Menu page shows the host names present on the system. Up to six hosts can be supported.
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Chapter 5: Base Station Configuration Hosts Menu Opening the “Configure” dialog box for a selected host lists the parameters that can be modified or deleted for that host. New hosts can be added by selecting “[#] Create New” in the drop-down menu before entering the “Configure” dialog box. Name This parameter indicates the assigned host name. The host name also appears on the RF terminal when switching between hosts in a multiple-host environment. Note: The name must not contain space characters.
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Chapter 5: Base Station Configuration Hosts Menu The supported emulations with their respective protocols are: • 9010/ TCP/IP (See page 135 for configuration parameters). • 3274/Telnet (See pages 149 to 164 for Configuration Parameters). • 5250/Telnet (See pages 165 to 179 for Configuration Parameters). • ANSI/Telnet (See pages 180 to 190 for Configuration Parameters). • RF Modem (See page 191 for Configuration Parameters).
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Chapter 5: Base Station Configuration Host Menu Options 5.5 Host Menu Options When you choose an existing host from the Hosts listbox and then select the Configure button, the 9150 displays the Host Menu. Figure 5.
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Chapter 5: Base Station Configuration 9010 / TCP/IP The Host Menu has four configuration sub-menus: “General Host Options” When you select this sub-menu, the 9150 displays the General Options page for the host. “Emulation Options” When you select this sub-menu, the 9150 displays the Emulation Options page for the host. This page may vary depending on the type of emulation and protocol selected for the host.
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Chapter 5: Base Station Configuration 9010 / TCP/IP Name This parameter allows you to enter a name for the new host. Enabled The Enabled option must be turned on ( √ ) for terminals to communicate with this host. Emulation and Protocol This parameter allows you to select the emulation and protocol to be used for the connection to this host. For a network connection, use 9010/ TCP/IP. Terminal Range This parameter allows you to specify the range of terminals which will communicate with this host.
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Chapter 5: Base Station Configuration 9010 / TCP/IP 5.5.1.3 Protocol Options 9010/Telnet Options: Monitor Polls Hosts usually send messages or null polls to the 9150 within a period of approximately 40 seconds. If the parameter is enabled ( √ ), the 9150 base station monitors messages and polls from this host; if it does not receive a message or poll within 40 seconds, it closes the connection. The default for this parameter is disabled. 5.5.1.
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MINI-CONTROLLER CONFIGURATION 6 6.1 6.2 6.3 6.4 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . .141 Mini-Controller Configuration Menu . . . . . . . . . . . . . .143 Hosts Menu . . . . . . . . . . . . . . . . . . . . . . . . . . .144 Host Menu Options . . . . . . . . . . . . . . . . . . . . . . .146 6.4.1 General Options . . . . . . . . . . . . . . . . . . 148 6.4.2 9010 Emulations . . . . . . . . . . . . . . . . . . 149 6.4.3 3274/Telnet. . . . . . . . . . . . . . . . . . . . . 149 6.
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Chapter 6: Mini-Controller Configuration Overview 6.1 Overview The network controller in a Teklogix system performs a number of important tasks. One of these tasks is emulation: the translation of data between the protocol of the host computer and the protocol used by Teklogix terminals. The data which is sent from a host computer to a terminal to provide its display, and returned to the host as a result of operations at the terminal, is called a data stream.
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Chapter 6: Mini-Controller Configuration Overview 7030 Hand-Held RF Terminal HOST 9150 Wireless Gateway 8055 Vehicle-Mount RF Terminal 9150 Wireless Gateway Mini-Controller ETHERNET TCP/IP 902 M 7030 Hand-Held RF Terminal Hz 802 .11 9150 Wireless Gateway Base Station and Access Point Figure 6.1 9150 Mini-Controller Configuration 142 Teklogix 9150 Wireless Gateway User Manual / 2.
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Chapter 6: Mini-Controller Configuration Mini-Controller Configuration Menu 6.2 Mini-Controller Configuration Menu For operation as a mini-controller, the parameters in the Hosts pages under MiniController Configuration should be set appropriately. The Hosts options are found on the Configuration Main Menu page. For information on configuring radio protocol parameters, please refer to “Radio Link Features” on page 128.
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Chapter 6: Mini-Controller Configuration Hosts Menu 6.3 Hosts Menu The drop-down menu in this option shows the host names present on the system. Up to six hosts can be supported. A “host” must be configured for each host that communicates with the 9150 mini-controller. Opening the Configure dialog box for a selected host lists the parameters that can be modified or deleted for that host. New hosts can be added by selecting “[#] Create New” in the drop-down menu before entering the Configure dialog box.
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Chapter 6: Mini-Controller Configuration Hosts Menu Emulation and Protocol This drop-down menu provides a list of host emulations and communication protocols supported by the 9150. Working with Teklogix terminals and base stations, the 9150 can emulate IBM 3278-2, 5251-11, and 5555-B01 terminals, as well as ANSI terminals and RF Modems. Protocols are the methods by which terminals communicate with host computers over various media such as Ethernet and radio-link connections.
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Chapter 6: Mini-Controller Configuration Host Menu Options 6.4 Host Menu Options When you choose an existing host name from the Hosts listbox and then select the Configure button, the 9150 displays the Host Menu. The Host Menu presents the options for four sub-menus: General Host Options, Emulation Options, Protocol Options, and Function Key Mappings. There is also a Main Menu button.
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Chapter 6: Mini-Controller Configuration Host Menu Options As illustrated in Figure 6.2 on page 146, the four configuration sub-menus display the following options: “General Options” When you select this sub-menu, the 9150 displays the General Options page for the host. “Emulation Options” When you select this sub-menu, the 9150 displays the Emulation Options page for the host. This page may vary depending on the type of emulation and protocol selected for the host.
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Chapter 6: Mini-Controller Configuration General Options 6.4.1 General Options In this screen, you can select general options for the host connection. The host connection may also be deleted (see “Delete” on page 149). Name This parameter allows you to enter a name for the new host. Enabled The Enabled option must be turned on ( √ ) for terminals to communicate with this host.
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Chapter 6: Mini-Controller Configuration 9010 Emulations Delete When choosing to delete a host from the Hosts list, you will be prompted for confirmation of the deletion, which will give you the opportunity to cancel the action. 6.4.2 9010 Emulations When the 9150 acts as a base station, it uses the 9010 protocol (a proprietary asynchronous protocol developed by Psion Teklogix) to communicate with a 9400 Network Controller, or a host using a Teklogix Software Development Kit (TSDK).
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Chapter 6: Mini-Controller Configuration 3274/Telnet 150 Teklogix 9150 Wireless Gateway User Manual
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Chapter 6: Mini-Controller Configuration 3274/Telnet Is Host Fujitsu If this parameter is enabled, the 9150 mini-controller expects the data from the host to contain commands, etc., native to a Fujitsu host. Enabling this parameter causes the standard IBM formatting codes (for start of field, setting buffers, etc.) to be replaced by the codes used by Fujitsu host computers.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Preparing Host Screens for Pass-Through On the screen to be sent through the terminal serial port, the word PASSTHRU (in capital letters) must appear on the first line, starting on the second column. The actual data to be sent to the terminal may start anywhere below the first line. With 5250 or 3274 emulations, attributes occupy a position in the screen buffer.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Note: The Procedures parameter must also be enabled for Local to work. Host Print When this parameter is enabled, the host can send extra data to the terminal’s screens, and instruct the terminal to print it. This is in contrast to the Local Print feature, where the terminal makes the initial print request. The text that is passed to the printer is formatted into the 24 x 80 application screen.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Notes: 1. Unlike the Passthru option, when using Host Print no escape commands can be sent to the printer. 2. Support for printing must be enabled at the terminal in its Printer command under the TESS Features menu; refer to the appropriate Terminals User Manual for more information.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Transmit Line When this feature is enabled, all modified data at the terminal is automatically transmitted when the operator enters data into a transmit-upon-entry field. The value in this textbox specifies the line on the screen which is designated the transmit line. The last entry field above or on the transmit line on the screen will be identified as the transmit-upon-entry field.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Mode 0 1 2 3 +4 +8 +16 AIAG Prefix (data) Function Display prefix, send prefix to host. Do not display prefix, send prefix to host. Display prefix, do not send prefix to host. Do not display prefix, do not send prefix to host. Add 4 to above values to cause transmit to host when all AIAG fields with 4 set are filled. Function 0 is “pressed” if there are any fields with this bit set, and all fields with this bit set have been filled by operator input.
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Chapter 6: Mini-Controller Configuration 3274/Telnet When the information arrives at the terminal screen, the appropriate AIAG field for the scanned information is located using the “AIAG Identifier”. Because Mode 0 was set at the host, the “AIAG Prefix” – I – is displayed on the terminal screen, and when this screen is completed, the prefix will be sent back to the host. AIAG Information From Host To Terminal Screen AIAG Field Identifier Item No. @ I AIAG Prefix (data) Figure 6.
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Chapter 6: Mini-Controller Configuration 3274/Telnet When an entry (even one that doesn’t match the preloaded data) is made in a match field, the entry is sent to the host as part of the terminal’s modified data during the next transmission. Character # & ^ _ | " ? ' : ; Description Match a number. Match a letter (either case). Match an uppercase letter. Match a lowercase letter. Match an alphanumeric character. Match a letter, number or space. Match a punctuation character. Match any character.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Serial I/O Serial I/O fields are special entry and fixed fields that accept input from and output to a serial port. The application program distinguishes this field as Serial I/O by preceding the field with a special character. If this character precedes a fixed field, the data will be sent to the terminal’s serial port. If it precedes an entry field, the field accepts data from the terminal’s serial port.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Field Overhead This parameter contains the maximum number of characters allowed between two fixed fields which still allows the 9150 to join them into one field. Sometimes the 9150 will join two adjacent fixed fields and then send them as one field. This reduces the overhead on the radio link. For example, if two fields were 4 characters apart and this parameter was ‘5’, then these fields would be joined into one.
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Chapter 6: Mini-Controller Configuration 3274/Telnet 6.4.3.2 Protocol Options This page differs depending on the type of emulation and protocol selected in the General Host Options page (see page 148). The 9150 displays this version of the Protocol Options page when you select the emulation/protocol combination of 3274/Telnet for this host. Terminal Type This parameter allows you to choose the type of terminal to be emulated by the 9150 for this host.
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Chapter 6: Mini-Controller Configuration 3274/Telnet Maximum Sessions per Terminal This parameter contains the maximum number of telnet sessions which are allowed to originate from each terminal. The range is 0 to 127, with a default value of 4. First Local Terminal Port This parameter contains the local port number from which the first terminal will connect on outbound telnet sessions. The default value is 0.
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Chapter 6: Mini-Controller Configuration 3274/Telnet When Auto-telnet is disabled, telnet sessions from the terminals to the host must be initiated manually from the terminals. When Auto-telnet is enabled, the 9150 initiates one telnet session from each terminal whose terminal number is mapped to this host. Additional telnet sessions may be initiated from each terminal to the host, but they must be initiated manually.
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Chapter 6: Mini-Controller Configuration 3274/Telnet 6.4.3.3 Function Key Mappings This page differs depending on the type of emulation selected in the General Host Options page. The 9150 displays this version of the Function Key Mapping page when you select 3274 emulation for this host. Function key n The Function Key parameter allows you to select a code that will be sent to the host when you press a function key on the terminal.
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Chapter 6: Mini-Controller Configuration 5250/Telnet 6.4.4 5250/Telnet 6.4.4.
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Chapter 6: Mini-Controller Configuration 5250/Telnet The 9150 displays this version of the Emulation Options page after you have selected the 5250/Telnet emulation/protocol combination for this host connection. With IBM 5250, or IBM 3274 emulation, the 9150 mini-controller converts the application data stream from the host to TESS (Teklogix Screen Subsystem) commands. Some of the parameters in this page govern the conversion of the host screens to TESS.
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Chapter 6: Mini-Controller Configuration 5250/Telnet By default, all empty entry fields displayed at the Teklogix terminal are highlighted by the “entry character” chosen in the terminal’s configuration (not all Teklogix terminals support video attributes). The Clear feature creates an empty entry field in place of an entry field filled with spaces. Note: This operation is only performed on screens received from the host. Data sent to the host remains unaffected.
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Chapter 6: Mini-Controller Configuration 5250/Telnet Procedures If this parameter is enabled, the host may send TESS procedures through the 9150 to the terminals. A TESS procedure is a group of TESS commands that can be executed by the TESS execute procedure command. Local If this parameter is enabled, the 9150 allows the host to provide pages to be loaded as local TESS procedures in the terminals. The local procedures are selected from a menu at the terminal.
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Chapter 6: Mini-Controller Configuration 5250/Telnet 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Display Page (8 x 40) PRINT Print Page (8 x 40) Figure 6.6 Application Screen With Print Page Notes: 1. Unlike the Passthru option, when using Host Print no escape commands can be sent to the printer. 2. Support for printing must be enabled at the terminal in its Printer command under the TESS Features menu; refer to the appropriate Terminals User Manual for more information.
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Chapter 6: Mini-Controller Configuration 5250/Telnet Pages This parameter determines the number of host screens (or pages) stored at the terminal, to a maximum of 16. The 9150 reduces data transmitted to the terminals by using the terminal’s capability to store a page of data for each screen it displays. The 9150 maintains an image of each page stored at the terminal. After receiving an application screen, the 9150 tries to match the screen with a stored page.
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Chapter 6: Mini-Controller Configuration 5250/Telnet The format of the preloaded data is as follows: The mode character used with the command allows for different operating modes to suit various application operations. The automatic locate and fill operation applies only to data received from a bar code reader. Descriptions of the modes and AIAG prefix are listed in the table below. These modes are set at the host.
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Chapter 6: Mini-Controller Configuration 5250/Telnet Example: The information in the sample screen below is defined at and sent from the host. It includes the “AIAG Identifier” – the tag identifying this as an AIAG field – followed by the mode, in this case Mode 0, and finally, the “AIAG Prefix” – I. AIAG Information From Host AIAG Field Identifier AIAG Prefix (data) Item No. @ 0I Mode Figure 6.
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Chapter 6: Mini-Controller Configuration 5250/Telnet The range for this parameter – 0 to 127 – represents the decimal values of ASCII characters. A value of 0 disables this feature. The ASCII decimal value entered at the 9150 must coincide with the value set by the application program. To use the Visible Match feature, the host computer preloads data into a match entry field; the data is visible on the terminal screen.
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Chapter 6: Mini-Controller Configuration 5250/Telnet Example: Suppose you want to preload an entry field with a part number. If the part number is known, you can preload the field with that part number. If more flexibility is needed, and the part number always begins with two alphabetic characters followed by a hyphen and four digits, the match string for the field would be: &&–#### .
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Chapter 6: Mini-Controller Configuration 5250/Telnet Barcode Barcode-input-only fields are special entry fields that only accept input from a bar code reader. The application program distinguishes an entry field as barcode-inputonly by preceding the field with a special character. The range for this parameter – 0 to 127 – represents the decimal values of ASCII characters. A value of 0 (zero) disables this feature.
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Chapter 6: Mini-Controller Configuration 5250/Telnet Currently, the only command supported is ALARM (refer to page 166 for details on this command). When the word “ALARM” is placed anywhere within the command region, the 9150 will send a TESS beep command to the terminal. 6.4.4.2 Protocol Options This page differs depending on the type of emulation and protocol selected in the General Host Options page (see page 148).
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Chapter 6: Mini-Controller Configuration 5250/Telnet Host Port This parameter allows you to enter a host port value for the selected 5250/Telnet host connection. The default value is 23. Maximum Sessions per Terminal This parameter contains the maximum number of telnet sessions which are allowed to originate from each terminal. The range is 0 to 127, with a default value of 4.
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Chapter 6: Mini-Controller Configuration 5250/Telnet Virtual Device Name prefix This parameter specifies a prefix for the automatically-generated virtual device name. The device name on the host starts with the prefix, specifies the terminal (as a number), and specifies a session number (as a letter). For example, if the virtual device name prefix is TLX, the first session on terminal number 2 receives a virtual device name of TLX0002A.
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Chapter 6: Mini-Controller Configuration 5250/Telnet 6.4.4.3 Function Key Mappings This page differs depending on the type of emulation selected in the General Host Options page. The 9150 displays this version of the Function Key Mapping page when you select 5250 emulation for this host. Function key n The Function Key parameter allows you to select a code that will be sent to the host when you press a function key on the terminal.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet 6.4.5 ANSI/Telnet 6.4.5.1 Emulation Options The 9150 displays this version of the Emulation Options page after you have selected the ANSI/Telnet emulation/protocol combination for this host connection. Maximum Screen Size The Maximum Screen Size allows you to set the maximum required screen size in terminals, by rows and columns. This feature ensures the optimal use of memory when using the page saving option (see “Page Saving” on page 182).
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Chapter 6: Mini-Controller Configuration ANSI/Telnet If the 9150 does not receive any characters from the host after this timeout has elapsed, it assumes that the host has finished sending data and is waiting for user input (in other words, it assumes that a screen of data has been completed). Important: The Page Saving parameter (page 182) must be enabled in order to change the value in the Host Timeout parameter.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet Notes: 1. This parameter also determines whether an ANSI parameter query is sent to the terminal. 2. “Smart” Echo also needs to be enabled at the terminal (refer to the appropriate Terminals User Manual). Function Key Remapping If this parameter is enabled, the 9150 remaps the function keys for this host connection as defined in the Function Key Remapping page (page 190).
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Chapter 6: Mini-Controller Configuration ANSI/Telnet When Page Saving Consider Double Byte Character is enabled, Page Saving will replace any orphaned double byte character half with a space to prevent modified characters and truncated data from being displayed on the terminal. The default value is disabled. Note: This option should only be used when using double byte character sets. RLE If this parameter is enabled, the 9150 uses run-length encoding (RLE) on the data it sends across the radio link.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet 1 Terminal Type This parameter specifies the type of terminal to be emulated by the 9150. The characters entered in the textbox can be any ASCII string acceptable to the host, with a maximum of 32 characters. The default value is VT100.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet Host Port This parameter specifies the value for the host port for the selected ANSI host connection. The default value is 23. Maximum Sessions per Terminal This parameter contains the maximum number of telnet sessions which are allowed to originate from each terminal. The range is 0 to 127, with a default value of 4.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet Session Cycle Key This parameter contains the decimal ASCII character code of the character which will prompt the terminal to display the next ANSI terminal session. The range is 0 to 255, with a default value of 2. Last Active Session Key This parameter contains the decimal ASCII character code of the character which will prompt the terminal to display the last ANSI terminal session. The range is 0 to 255, with a default value of 5.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet Auto-telnet Host This parameter contains the host name or IP address for the host to which the 9150 connects Auto-telnet sessions. Note: A host name placed in this textbox must be “resolvable” by the 9150: the 9150 must be able to obtain an IP address for it. For example, the host name may correspond to an entry in the 9150’s host table, or the 9150 may be able to query a domain-name server.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet Auto-login User ID prompt The 9150 compares the text in this textbox to the text presented to it by the host. When they match, the 9150 assumes that the host has just sent its request for a user name, and it sends the user ID specified in the Auto-Login User ID parameter to the host. The characters can be any ASCII string, with a maximum of 32 characters. The default text is gin:.
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Chapter 6: Mini-Controller Configuration ANSI/Telnet Allow TCP Sessions When this parameter is enabled, the 9150 allows a terminal user to switch prompts or sessions while at the prompt (either Auto-login or TCP). If Allow TCP Sessions is disabled, all new sessions will open as Auto-login sessions. Requesting sessions (normally a on the terminal) can be used at the prompt level to change the type of prompt (if the other type of prompt is available).
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Chapter 6: Mini-Controller Configuration ANSI/Telnet 6.4.5.3 Function Key Mappings This page differs depending on the type of emulation selected in the General Host Options page. The 9150 displays this version (page 191) of the Function Key Mapping page after you have selected the ANSI/Telnet emulation/protocol combination for the host connection.
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Chapter 6: Mini-Controller Configuration RF Modem/Telnet Function key n The Function Key parameter allows you to select a code that will be sent to the host when you press a function key on the terminal. Each function key may be chosen from the same range of possible codes; however, each function key has a different default code. The default values are shown on the screen above. 6.4.6 RF Modem/Telnet RF Modem/Telnet is intended for a controller communicating with a Teklogix Model 6040 RF Modem.
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Chapter 6: Mini-Controller Configuration 802.IQ V2 Features Menu First Terminal Listen Port This parameter specifies the first port number at which the 9150 will listen for telnet connection requests to the terminals. To enable this parameter, the value must be a minimum of 1024. To disable the listen port, the value must be 10000. The default value is 10000 (disabled). 6.4.6.3 Function Key Mappings These parameters are not applicable to the RF Modem emulation. 6.5 802.
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Chapter 6: Mini-Controller Configuration 802.IQ Version 2 Configuration The 802.IQ Version 2 Configuration page is entered from the 802.IQ v2 Features menu on the main web page, under Mini-Controller Configuration. 6.5.1.1 802.IQ v1/v2 Common Features Auto Startup This parameter enables ( √ ) 802.IQ immediately when the 9150 is rebooted. When the 9150 is operating as a base station under a network controller or a 9150 minicontroller, this parameter must be disabled. The default value is disabled.
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Chapter 6: Mini-Controller Configuration 802.IQ Version 2 Configuration Beacon Period An 802.IQ beacon is a broadcast sent out to all 802.IQ-enabled terminals. The beacon allows terminals to determine when they have roamed between base stations. It enables a terminal to determine whether or not the base station or controller was rebooted and, if so, how to recover. If the controller was rebooted, the terminal closes all sessions and fully re-initializes.
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9100 MONITORING/DIAGNOSTICS 7.1 Fault Monitoring . . . . . . . . . . 7.1.1 Low Current Detection. 7.1.2 High Current Detection 7.1.3 Power Monitoring . . . 7.2 Diagnostics and Status Reporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 . . .197 . . 197 . . 197 . . 198 . . .
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Chapter 7: 9100 Monitoring/Diagnostics Fault Monitoring 7.1 Fault Monitoring Once power to a port is applied, the microcontroller enters a fault monitoring mode. The diagnostic functions are: • • • Low current condition High current condition Power Monitoring (conducted regardless of port state) 7.1.
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Chapter 7: 9100 Monitoring/Diagnostics Power Monitoring 7.1.3 Power Monitoring The 9100 power monitoring circuit constantly checks the operating condition of the internal power supply. If the power goes out of range, all ports are turned off, and all LEDs will be in Fast blink mode. 7.2 Diagnostics and Status Reporting The 9100 PowerBaseT console port consists of a UART port on the microcontroller, RS232 transceiver (U7) and a DB9 connector.
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Chapter 7: 9100 Monitoring/Diagnostics Diagnostics and Status Reporting 9100 Main Port Port Port Port >5 PowerBaseT – Build1: D161o supply: Good2 1: Disabled current: 0 mA 2: Off current: 0 mA 3: On current3: 78 mA 4: High Current4: current 0 mA 1 Firmware build date. Could also read “Bad”. 3 Current consumed by an active port. 4 Possible states: Disabled Off On Low Current High Current 2 5 Input prompt. Figure 7.
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Chapter 7: 9100 Monitoring/Diagnostics Diagnostics and Status Reporting Low Current fault A 9150DC that was previously being powered on this port has either been disconnected, or is not operating correctly. The 9100 will remove power from the port and remain in this state for a minimum of two seconds before transitioning to the OFF state. The port will continue to indicate the Low Current fault until it either transitions to the ON state, or is disabled via the console.
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8 SPECIFICATIONS 8.1 Specifications For The 9150 Wireless Gateway . . 8.1.1 Physical Description . . . . . . . . . . 8.1.2 9150T Power Requirements . . . . . . 8.1.3 9150DC Power Requirements . . . . . 8.1.4 Processor And Memory . . . . . . . . 8.1.5 Environmental Requirements . . . . . 8.1.6 Network Interfaces . . . . . . . . . . . 8.1.7 PC Card Radios . . . . . . . . . . . . 8.1.8 Approvals . . . . . . . . . . . . . . . 8.2 Specifications For The 9100 PowerBaseT . . . . . 8.2.1 Physical Description . . .
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Chapter 8: Specifications Specifications For The 9150 Wireless Gateway Note: Performance specifications are nominal and subject to change without notice. 8.1 Specifications For The 9150 Wireless Gateway 8.1.1 Physical Description Enclosure Dimensions Weight Nominal Maximum Nominal Maximum Bayer Makroblend EL-700 (PC/PET blend), jet black in colour, texture to MT-11030 or equivalent 36.3 x 26.2 x 7.4 cm (14.3 x 10.3 x 2.9 in.) 36.8 x 26.7 x 7.6 cm (14.5 x 10.5 x 3.0 in.) 2.9 kg (6.5 lbs.) 3.2 kg (7.
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Chapter 8: Specifications Environmental Requirements 8.1.5 Environmental Requirements Operating Temperature Operating Rel. Humidity Storage Temperature Dust and Rain 0°C to 50°C (32°F to 122°F) 10% to 90% (Non-condensing) -40°C to 70°C (-40°F to 158°F) IEC 529 IP42 8.1.6 Network Interfaces 9150DC Wireless Gateway On-Board Ethernet 10BaseT/100BaseT (10/100Mb/s) card Data rate is auto-sensed. 9150T Wireless Gateway On-Board Ethernet 10BaseT/100BaseT (10/100Mb/s) card Data rate is auto-sensed. 8.1.
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Chapter 8: Specifications Approvals USI WaveLAN IEEE 802.11 2.4 DSSS GHz (RA2020)* Transmitter Power Frequency Range Data Rate No. of Channels 36 mW 2.4 to 2.4835 GHz 1, 2, 5.5, 11Mb/s 11 (FCC) 4 (FR) 2 (SP) 13 (ETSI) * For regulatory information concerning the USI WaveLAN PC Card, please see page 207. 8.1.
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Chapter 8: Specifications Specifications For The 9100 PowerBaseT 8.2 Specifications For The 9100 PowerBaseT 8.2.1 Physical Description Enclosure Dimensions Weight 12, 16, and 18 gauge steel with baked enamel finish 48.3 x 18.1 x 4.3 cm (19 x 7.1 x 1.7 in.) 2.45 kg (5.4 1bs) 8.2.2 Power Requirements Universal AC/DC power supply: Input Voltage: Input Current Output Voltage: Output Power: 100 - 240 VAC 50-60Hz 1.4 A - 0.
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Chapter 8: Specifications WaveLAN PC Card Regulatory Information Interference Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC 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.
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APPENDIX A SUPPORT SERVICES AND WORLDWIDE OFFICES A.1 Support Services Psion Teklogix provides a complete range of product support services to its customers worldwide. These services include post-installation technical support and product repairs. A.1.1 Canada and U.S.A: Technical Support and Repair Services In Canada and the U.S.A. these services can be accessed through the Psion Teklogix Helpdesk.
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A.2 WORLDWIDE OFFICES COMPANY HEADQUARTERS AND CANADIAN SERVICE CENTRE NORTH AMERICAN HEADQUARTERS AND U.S. SERVICE CENTRE Psion Teklogix Inc. 2100 Meadowvale Boulevard Mississauga Ontario Canada L5N 7J9 Tel: +1 905 813 9900 Fax: +1 905 812 6300 E-mail: salescdn@psion.com Psion Teklogix Corp. 1810 Airport Exchange Boulevard Suite 500 Erlanger, Kentucky USA 41018 Tel: +1 859 371 6006 Fax: +1 859 371 6422 E-mail: salesusa@psion.
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Psion Teklogix España, S.L. Cityparc Ronda de Dalt Ctra. Hospitalet 147-149 Edificio Atenas 2° 3ª 08940 Cornellà de Llobregat (Barcelona) España Tel: +34 9 3475 0220 Fax: +34 9 3475 0230 E-mail: teklogix@apdo.com Psion Teklogix Systems India Pvt. Ltd. M-74, 1st Floor, “M” Block Market Greater Kailash-Il New Delhi - 110048 India Tel: +91 11 621 9257 Fax: +91 11 621 9076 E-mail: tekind@psion.
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APPENDIX B PORT PINOUTS AND CABLE DIAGRAMS B.1 Console Port Pin No.
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Appendix B: Port Pinouts And Cable Diagrams Serial Cable Descriptions B.2 Serial Cable Descriptions Cable No. Function Connection Standard Length 19387 9150 to Console Direct 6 feet Console Port Cable No.
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Appendix B: Port Pinouts And Cable Diagrams RJ-45 Connector Pinouts (10BaseT/100BaseT Ethernet) B.
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Appendix B: Port Pinouts And Cable Diagrams 9100 PowerBaseT Console Port Pinout B.4 9100 PowerBaseT Console Port Pinout The 9100 PowerBaseT console port consists of a UART port on the microcontroller, RS232 transceiver (U7) and a DB9 connector (J16) pins 2 (RXD), 3 (TXD) and 5 (GND). The same connector (J16) is used to connect the Programmer to the 9100 PowerBaseT.
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Appendix B: Port Pinouts And Cable Diagrams 9100 PowerBaseT Console Port Pinout 9100 PowerBaseT Console Port Pinout Table PIN# Signal Name Function Description 1 PROGRAM_DATA_IN Programming/ Download Data Input from the programmer 2 RXD Console Serial Data Input 3 TXD Console Serial Data Output 4 PROGRAM_DATA_OUT Programming/ Download Data Output to the programmer 5 GND Console and Programming/ Download Ground 6 PROGRAM_CLOCK Programming/ Download Clock Input from the programmer
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APPENDIX C MAC BRIDGE PROTOCOL FILTERS AND OUIS C.1 Ethernet II Types (RFC 1700) C.1.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) DESCRIPTION C-2 TYPE (HEX VALUES) AT&T 0x8008 AT&T 0x8046 AT&T 0x8047 AT&T 0x8069 Athena Programming 0x827F-0x8282 ATOMIC 0x86DF Autophon 0x806A Banyan Systems 0x0BAD Banyan Systems 0x80C4 Banyan Systems 0x80C5 BBN Simnet 0x5208 BBN VITAL-LanBridge cache 0xFF00 Berkeley Trailer encap/IP 0x1001-0x100F Berkeley Trailer nego 0x1000 BIIN 0x814D BIIN 0x814E Bridge Communications 0x8132-0x8136 Cable
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) DESCRIPTION TYPE (HEX VALUES) Counterpoint Computers 0x8062 Counterpoint Computers 0x8081-0x8083 Cronus Direct 0x8004 Cronus VLN 0x8003 Dansk Data Elektronik 0x807B Datability 0x809C-0x809E Datability 0x80E4-0x80F0 DCA Data Exchange Cluster 0x80C0-0x80C3 DEC Customer Protocol 0x6006 DEC DECNET Phase IV Route 0x6003 DEC Diagnostic Protocol 0x6005 DEC Ethernet Encryption 0x803D DEC LAN Traffic Monitor 0x8
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) DESCRIPTION C-4 TYPE (HEX VALUES) ECMA Internet 0x0803 Evans & Sutherland 0x805D Excelan 0x8010 ExperData 0x8049 Gateway Communications 0x86A3-0x86AC General Dynamics 0x8068 Harris Corporation 0x80CD-0x80CE Hayes Microcomputers 0x8130 HP Probe 0x8005 IBM SNA Service on Ether 0x80D5 Idea Courier 0x8694-0x869D Inst Ind Info Tech 0x829A-0x829B Integrated Solutions TRFS 0x80DE-0x80DF Intergraph Corporatio
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) DESCRIPTION TYPE (HEX VALUES) Merit Internodal 0x807C Motorola 0x8700-0x8710 Motorola Computer 0x818D NBS Internet 0x0802 Nestar 0x8006 Network Computing Devices 0x8149 Nixdorf Computers 0x80A3 Novell, Inc. 0x8137-0x8138 Pacer Software 0x80C6 PCS Basic Block Protocol 0x4242 Planning Research Corp.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) DESCRIPTION C-6 TYPE (HEX VALUES) SGI diagnostics 0x8013 SGI network games 0x8014 SGI reserved 0x8015 Siemens Gammasonics Inc. 0x80A4-0x80B3 SNMP 0x814C Spider Systems Ltd. 0x809F Stanford V Kernel exp. 0x805B Stanford V Kernel prod. 0x805C Symbolics Private 0x081C Symbolics Private 0x8107-0x8109 Taurus Controls 0x829C-0x82AB Taylor Instrument 0x80CF-0x80D2 Technically Elite Concept 0x814F Tigan, Inc.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) DESCRIPTION TYPE (HEX VALUES) Vitalink TransLAN III 0x8080 Walker Richer & Quinn 0x82AC-0x8693 Wellfleet Communications 0x80FF-0x8103 X.25 Level 3 0x0805 X.75 Internet 0x0801 Xerox IEEE802.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) C.1.2 Listing By Type (Hexadecimal) TYPE (HEX VALUES) C-8 DESCRIPTION 0x0600 XEROX NS IDP 0x0660 DLOG 0x0661 DLOG 0x0800 Internet IP (IPv4) 0x0801 X.75 Internet 0x0802 NBS Internet 0x0803 ECMA Internet 0x0804 Chaosnet 0x0805 X.25 Level 3 0x0806 ARP 0x0807 XNS Compatibility 0x081C Symbolics Private 0x0888-0x088A Xyplex 0x0900 Ungermann-Bass net debugr 0x0A00 Xerox IEEE802.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) TYPE (HEX VALUES) DESCRIPTION 0x6003 DEC DECNET Phase IV Route 0x6004 DEC LAT 0x6005 DEC Diagnostic Protocol 0x6006 DEC Customer Protocol 0x6007 DEC LAVC, SCA 0x6008- DEC Unassigned 0x6009 DEC Unassigned 0x6010-0x6014 3Com Corporation 0x7000 Ungermann-Bass download 0x7002 Ungermann-Bass dia/loop 0x7020-0x7029 LRT 0x7030 Proteon 0x7034 Cabletron 0x8003 Cronus VLN 0x8004 Cronus Direct 0x8005 HP Prob
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) TYPE (HEX VALUES) C-10 DESCRIPTION 0x8035 Reverse ARP 0x8036 Aeonic Systems 0x8038 DEC LANBridge 0x8039-0x803C DEC Unassigned 0x803D DEC Ethernet Encryption 0x803E DEC Unassigned 0x803F DEC LAN Traffic Monitor 0x8040-0x8042 DEC Unassigned 0x8044 Planning Research Corp. 0x8046 AT&T 0x8047 AT&T 0x8049 ExperData 0x805B Stanford V Kernel exp. 0x805C Stanford V Kernel prod.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) TYPE (HEX VALUES) DESCRIPTION 0x807A Matra 0x807B Dansk Data Elektronik 0x807C Merit Internodal 0x807D-0x807F Vitalink Communications 0x8080 Vitalink TransLAN III 0x8081-0x8083 Counterpoint Computers 0x809B Appletalk 0x809C-0x809E Datability 0x809F Spider Systems Ltd. 0x80A3 Nixdorf Computers 0x80A4-0x80B3 Siemens Gammasonics Inc.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) TYPE (HEX VALUES) C-12 DESCRIPTION 0x80F3 AppleTalk AARP (Kinetics) 0x80F4-0x80F5 Kinetics 0x80F7 Apollo Computer 0x80FF-0x8103 Wellfleet Communications 0x8107-0x8109 Symbolics Private 0x8130 Hayes Microcomputers 0x8131 VG Laboratory Systems 0x8132-0x8136 Bridge Communications 0x8137-0x8138 Novell, Inc.
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Appendix C: MAC Bridge Protocol Filters and OUIs Ethernet II Types (RFC 1700) TYPE (HEX VALUES) DESCRIPTION 0x81B7-0x81B9 Xyplex 0x81CC-0x81D5 Apricot Computers 0x81D6-0x81DD Artisoft 0x81E6-0x81EF Polygon 0x81F0-0x81F2 Comsat Labs 0x81F3-0x81F5 SAIC 0x81F6-0x81F8 VG Analytical 0x8203-0x8205 Quantum Software 0x8221-0x8222 Ascom Banking Systems 0x823E-0x8240 Advanced Encryption System 0x827F-0x8282 Athena Programming 0x8263-0x826A Charles River Data System 0x829A-0x829B Inst Ind I
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Appendix C: MAC Bridge Protocol Filters and OUIs DSAP/SSAP Types TYPE (HEX VALUES) DESCRIPTION 0x9002 3Com(Bridge) TCP-IP Sys 0x9003 3Com(Bridge) loop detect 0xFF00 BBN VITAL-LanBridge cache 0xFF00-0xFF0F ISC Bunker Ramo C.2 DSAP/SSAP Types DSAP/SSAP (HEX VALUES) C-14 DESCRIPTION 0x0404 SNA Path Control 0x0505 SNA 0x0606 reserved (DOD IP) 0x0808 SNA 0x0C0C SNA 0x0E0E PROWAY-LAN network management and initialization (ISAS72) 0x4242 MAC Bridge Spanning Tree Protocol (IEEE 802.
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Appendix C: MAC Bridge Protocol Filters and OUIs OUI Values C.3 OUI Values A few important OUI values: OUI (HEX VALUES) DESCRIPTION 0x000000 RFC 1042 encapsulation 0x0000F8 Bridge-Tunnel encapsulation 0x0020A6 Proxim Inc. 0x00601D USI 0x00022D 0x00C0AF USI Teklogix Inc.
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INDEX BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name.
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Index BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. Base Number, Wlan 105 Priority, Wlan 106 base station Base Stations 118 configuration 56, 97–106 IP Address 119 Name 119 wireless 99 BASE STATION CONFIGURATION 118 BASIC SERVICE SET (BSS) CONFIGURATION, 802.11 parameters 71 Baudrate console port 55 serial port 55 baud rate See Data Rate Beacon Gateway Interface, 802.IQv2 194 Period 802.IQv1 65 802.IQv2 194 UDP Port, 802.
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BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. data rate 29 serial 26, 29 TekLAN 2.4 GHz 103 902 MHz 103 DC-powered 9150 20 DEC VT220, connecting 26 Default Gateway Address, bootp 53 Delay Between Gratuitous ARPs 95 Double 91 DHCP 52 Lease Time 53 directional antenna 17 Direct Sequence (DS) radios all 38 IEEE 802.11 8, 62 specifications IEEE 802.11 205 TekLAN 205 TekLAN 2.
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Index BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name.
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BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. IEEE 802.11 DIRECT SEQUENCE RADIO PARAMETERS 62–73 MAC Address Of Remote AP 73 protocol description 8 radios USI WaveLAN IEEE 62, 205 USI WaveLAN IEEE radio card general parameters 68 WEP Enable 70 Encryption Key 1 to 4 70 Hide WEP Keys 70 Implemented on the card 69 Tx Key 70 802.IQv1 64–67 802.IQv2 192–194 802.11 RADIO INFORMATION 68 Initial RTT, 802.
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Index BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name.
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BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. Page Saving Consider Double Byte Character, ANSI Emulation 182 parameters changing configurations 29 changing with a web browser 26 MAC Bridge 75–89 radio 62–73 System Parameters 41 Passthru 3274 Emulation 151 5250 Emulation 167 Password 39 password, default 31 PCMCIA cards radio configurations 38 specifications 204–205 status indicator LEDs 25 802.
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Index BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. Percent Polling Protocol Terminal Timeout 130 Poll ID 129 Polling Protocol Terminal Timeout 130 protocols (Wlan, adaptive polling, IEEE 802.11b) 7 Range, TekLAN 104 specifications 204 IEEE 802.11 204 TekLAN, 902 MHz 205 spread spectrum 62 TekLAN 204 2.
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BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. Narrow Band radio 114 Slot n, PC card 38 SNAP, header 84 SNAP Filters 88 SNMP Enable Proxy for non-IP terminals 42 menu 40 Proxy throttling 42 SNMP Communities and Trap Receivers 42 System Parameters 41 SNTP Enabled 47 menu 47 Refresh Rate 47 Server Address 47 Time Zone Offset 47 software upgrade flash 53 802.IQv2 9, 192 specifications PCMCIA card radios 204–205 physical 203 9100 PowerBaseT 206 spread spectrum radios IEEE 802.
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Index BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name. U Use International EBCDIC 3274 Emulation 151 5250 Emulation 166 user name, default 31 USERS 39 V video display terminal, connecting 26 Virtual Device Name prefix 5250 Telnet Protocol 178 Visible Match Character 3274 Emulation 157 5250 Emulation 172 voltage, input 17, 203 W warranty 3 web browser 26, 29 website address A-4 WEP Enable, IEEE 802.11 DS 70 Encryption Key 1 to 4, IEEE 802.11 DS 70 Hide WEP Keys, IEEE 802.
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BOLDFACE indicates a menu or sub-menu name; Boldface indicates a parameter name.
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