Page 1 RC4030E Gateway USER’S GUIDE " " " " " " " " " " " " " " " " " " " " " " " " " " " " P/N 961-047-087 Revision B June 1998...
Page 2 Intermec Technologies Corporation, and shall be returned to Inter- mec Technologies Corporation upon written request. If a purchase, license, or nondisclosure agreement has been executed, the terms of that agreement shall govern this document.
Page 3 " de la fuite. CAUTION: Intermec Technologies Corporation suggests you buy cables from us to connect with other devices. Our cables are safe, meet FCC rules, and suit our products. Other cables may not be tested. They may cause problems from electrostatic discharge or induced energy. Our...
Page 5: Table Of Contents
..........RC4030E Gateway User’s Guide CONTENTS "...
Page 6 ......... . . Configuring the RC4030E Gateway...
Page 7 ......... . Mounting the RC4030E Gateway Vertical Mount .
Page 8 ..........Product Contents About This Product Getting Started MIB-II Information RC4030E Gateway MIB Information Access to Management Information MIB-II Notes MIB Directory RC4030E Gateway User’s Guide .
Page 9 Figure 5-2 Horizontal Mount ......Figure 5-3 Wiring RC4030E Gateway to End of 10BASE2 ........
Page 10 Table B-17 ahost GROUP Table B-18 powerUp GROUP RC4030E Gateway User’s Guide ..........
Page 11: Preface
About This Guide This user’s guide contains information about the INTERMEC RC4030E Gateway and how it operates on the open wireless local area network (LAN). The remaining sections describe how to do the following: Prepare your site before you configure the RC4030E "...
Page 12: Intended Audience
It is also intended for the hardware installer who is connecting the RC4030E Gateway to the Ethernet medium and host. Related Publications For information beyond the scope of this user’s guide, refer to the appropriate INTERMEC publication and its part number (P/N).
Page 13 Application Developer’s Kit Programmer’s Reference Manual (P/N 977-051-004 Volume A, and 977-051-005 Volume B) This manual covers the commands that programmers can use to write various applications for INTERMEC wireless stations. Native Terminal Emulation Asynchronous Programmer’s Reference Guide (P/N 977-047-038) This publication describes components in the radio network using asynchronous Native communications.
Page 14 This publication describes how to install and use the OpenView network management platform by Hewlett-Packard. Wireless Station User’s Guides User’s guides for INTERMEC wireless stations describe how to set up, operate, and maintain the stations. Specific manuals are: 1100 Series Data Terminal (P/N 961-047-069) PEN*KEY 6400 Computer User’s Guide (P/N 961-028-093)
Page 15: Introduction
" " " This section describes how the RC4030E Gateway operates on the open wireless LAN. It also describes the RC4030E Gateway’s LEDs, ports, and switches, which are located on the bottom panel of the device. Operation The RC4030E Gateway (Figure 2-1) is a protocol-dependent, fixed-end device on the open wireless LAN.
Page 16: Terminal Emulation
Universal Access Point, refer to the 2100 Universal Access Point User’s Manual (P/N 067150). The RC4030E Gateway picks up — via the access point — ONNL packets from the wireless stations. The RC4030E Gateway translates the packets into the appropriate host protocol and sends the data to the host through the RC4030E Gateway’s HOST port (RS-232 or V.35 interface).
Page 17: Network Management
Reference Manual (P/N 977-051-004 Volume A, and 977-051-005 Volume B). Network Management The Simple Network Management Agent (SNMP) agent resident in the RC4030E Gateway complies with MIB-II as outlined in RFC (Request for Comments) 1156 and RFC 1213. Connectivity The RC4030E Gateway connects directly to 10BASE2 (thin coax).
Page 18: Sample Open Wireless Lan
Figure 2-2 shows a sample open wireless LAN with a 3270 Systems Network Architecture/Synchronous Data Link Control (SNA/SDLC) host, 5250 SNA/SDLC host, 6710 Access Point, two RC4030E Gateways, and two wireless stations. Two or more RC4030E Gateways provide multiple host connectivity options and support multiple simultaneous protocols on the wired and wireless infrastructure.
Page 19: Leds
LEDs The RC4030E Gateway’s LEDs continuously indicate the device’s operating status and are helpful troubleshooting aids. Figure 2-3 shows where the LEDs are located on the bottom panel. PWR STAT INPUT The following chart describes the LEDs. The first column in the chart refers to the number identifying the LED in Figure 2-3.
Page 20: Ports
" Ports The RC4030E Gateway’s ports provide host, network, and diagnostic connectivity. Figure 2-4 shows where the ports are located on the bottom panel. PWR STAT INPUT The following chart describes the ports. The first column in the chart refers to the number identifying the port in Figure 2-4.
Page 21: Switches
Switches The RC4030E Gateway’s switches are centrally located on the bottom panel (Figure 2-5). PWR STAT INPUT Figure 2-6 shows the switches in detail. In the figure, an asterisk (*) after the switch name indicates that the switch is not operational.
Page 22: Command Interpreter (Switch 11)
Command Interpreter (Switch 11) If the command interpreter switch is in the OFF (open) position when the RC4030E Gateway is power cycled, the gateway boots into the configuration program (where the system software parameters are located). If the switch is in the ON (closed) position when the gateway is power cycled, the gateway boots into ROM mode.
Page 23: Changing A Switch Setting
Do not use a pencil because the lead may break off inside the RC4030E Gateway. A new setting takes effect after the RC4030E Gateway powers up or is reset. Whenever you change a switch setting, you must power cycle or reset the RC4030E Gateway.
Page 24 SECTION 2 Introduction " 2-10 RC4030E Gateway User’s Guide...
Page 25: Preparation
" Collecting the equipment you need " Assigning network addresses " Selecting the best location for the RC4030E Gateway " These tasks should be completed before the RC4030E Gateway is wired to the Ethernet medium. Preparing Your Site To prepare your site, ensure that you have the appropriate type and length of Ethernet medium.
Page 26: Inspecting The Shipment's Contents
Customer Service Center. When an RC4030E Gateway must be returned, pack it in the original shipping carton if possible. Complete and return the Product Service Information card packaged with the gateway.
Page 27: 10Base2 Components
10BASE2 Components 10BASE2 components include a T-connector and cable terminator. The 10BASE2 T-connector (Figure 3-1) attaches to the RC4030E Gateway’s 10BASE2 port, and connects the gateway to the middle or end of 10BASE2 cable. Figure 3-1 T-connector A cable terminator (Figure 3-2) attaches to the T-connector.
Page 28: Host Computer Cable
Preparation " Host Computer Cable The cable you need to connect the RC4030E Gateway to the host depends on the type of host interface (RS-232 or V.35). Appendix A, “Cable and Port Pin-Outs,” lists host cables, their part numbers, and pin-outs.
Page 29: Telnet
Telnet application. You can also use a host capable of acting as a Telnet client. Telnet VT emulator (TNVT) installed on the PC. " IP address for the RC4030E Gateway. For more " information about IP addresses, see Section 4, “Configuration.”...
Page 30: Selecting The Best Location
230 V ac, 50 Hz power with TUV approval. Another type of NC3100 Power Supply is used in Japan and other areas having 100 V ac, 50 or 60 Hz power with MITI approval. Contact your Intermec representative for more information about power supplies for international markets.
Page 31: Hardware
If this is not feasible you may want to install an extra mounting bracket to hold the power supply. Cabling Ensure that your site’s coaxial or twisted pair cabling will be able to reach the RC4030E Gateway after it is mounted vertically or horizontally. SECTION 3 Preparation "...
Page 32: Specifications
ESD protection Package vibration Power Supply (United States) Parameter Input voltages Output voltages Power consumption Approval RC4030E Gateway User’s Guide Measurement 12.0 in (30.48 cm) 6.4 in (16.25 cm) 2.5 in (6.35 cm) 4.30 lbs (1.95 kg) Value --22 to 122...
Page 33: Configuration
Upload a new version of system software " Check the FLASH and ROM versions " You can configure the RC4030E Gateway through its DIAG port, or remotely through Telnet or a Web browser. The following chart shows the sessions you can use to do other tasks.
Page 34: Creating A Local Diag Port Session
" Only one type of session can be running at a time. For example, if someone starts a Telnet session while someone else is configuring the RC4030E Gateway through its DIAG port, the configuration through the DIAG port will terminate.
Page 35 1. Ensure the VT100 terminal emulation program is installed on the PC. 2. Turn the PC off and unplug the RC4030E Gateway’s power supply from the outlet. 3. Plug the 9-pin male connector on the cable into the female DIAG port on the bottom panel of the gateway.
Page 36: Creating A Telnet Session
IP address or DHCP server name. You should also configure a subnet mask and IP router address. The RC4030E Gateway must go through its boot sequence before you can create a Telnet session. If you reboot it while in a session, the session terminates. You can create a new session after the gateway reboots.
Page 37: Default And Site Settings
3. Ensure the Telnet VT emulator is installed on the PC or workstation. 4. Open a new Telnet session on the PC or workstation. 5. Enter the RC4030E Gateway’s IP address in the host name or IP address field. 6. See “Configuring the RC4030E Gateway,” page 4-7.
Page 38: Tcp/Ip Options
IP Router IP Frame Type DHCP DHCP Server Name Auto ARP Minutes Security Options Option Password Service Password Notes: RC4030E Gateway User’s Guide Default Site Setting 0.0.0.0 255.255.255.0 0.0.0.0 Enabled, if IP Ad- dress is zero Norand DHCP Server Default...
Page 39: Configuring The Rc4030E Gateway
(case insensitive) to display the Main Menu. The default password is CR52401. " NOTE: If you forget what the password is, you can access the RC4030E Gateway by connecting to its DIAG port (no modem) and power cycling it. When the PC displays this message:...
Page 40: Main Menu
Read RC4030E Gateway User’s Guide View or modify configuration program settings. See “Using the View Command” on page 4-9. Reset the RC4030E Gateway’s configuration to the factory-set default settings, which start on page 4-5. Load the most recent configuration from EEPROM.
Page 41: Using The View Command
Display online help for a command, option, or setting. Using the View Command To view or modify the RC4030E Gateway’s configuration, type View at the command prompt. The Main Options Menu appears: [Gateway] [Tcpip] [Security] RC4030E Gateway User’s Guide...
Page 42 Set communications from the RC4030E Gateway to the wireless stations and to the host. Set options necessary for communications with the RC4030E Gateway. The options apply to all TCP/IP ports. Telnet, SNMP, and HTTP communications are supported. Set the configuration program’s top-level and service passwords.
Page 43: Gateway Options
RC4030E Gateway must also be typed in all uppercase. Figure 4-3 shows an example of how host name HOST1 is set on an RC4030E Gateway and wireless station. SECTION 4 Configuration "...
Page 44: Figure 4-3 Host Names
Firmware: 5250 Hostname: HOST1 The prompt for Name is: Type 16 or fewer alphanumeric characters for the name. The program inserts quotation marks around your entry. 4-12 RC4030E Gateway User’s Guide RS-232 RC4030E Gateway or V.35 Host Type: 5294 Name: HOST1...
Page 45: Gateway.compression
While compression may reduce the amount of data being sent through the RF system, it increases the RC4030E Gateway’s processing load. Therefore, it may be beneficial to disable compression for some systems.
Page 46: Host Type
5294 5394 [Async Parms] Use [Async Parms] to configure RS-232 options for the asynchronous multiplexing protocol. Options and their default settings are: 4-14 RC4030E Gateway User’s Guide Async 3270 5294 5394 Description Sets host type to asynchronous. One host is connected via RS-232 and uses a proprietary protocol to multiplex all wireless stations.
Page 47: Baud Rate
Use this option to set the number of stop bits to be sent with each character: The default is 1 stop bit. Parity Parity options are: None Even The default is None. RC4030E Gateway User’s Guide SECTION 4 Configuration " <19200> <1> <None> <8>...
Page 48: Data Bits
The prompt is: The range is zero (default) to 255. A setting of zero means the RC4030E Gateway never assumes that the host has timed out. Intermec recommends 10 or more seconds. The default of zero means the RC4030E Gateway never times out the host.
Page 49: Enhanced R Polling
RC4030E Gateway responses are in the MUX (RM2216-compatible) response format. Enhanced R Polling Enhanced R Polling determines how the RC4030E Gateway responds to host commands with data (if available). Settings are: Enabled Disabled...
Page 50: Multiple Buffering
SECTION 4 Configuration " Multiple Buffering Multiple Buffering determines how the RC4030E Gateway stores messages. Settings are: Setting Enabled Disabled (default) Full Duplex Full Duplex is a communications method where messages flow in two directions at the same time. The host application must be written to specifically support full duplex.
Page 51: [Sync Parms]
3270. The [SDLC Address] option appears if the host type is 5294 or 5394. Type Use Type to set the type of electrical connection between the RC4030E Gateway and the host. Settings are: The default is RS232. Baud Rate Baud Rate is the speed setting for the serial communications port.
Page 52: Nrzi
Host Timeout is the number of seconds of host inactivity before the host is considered down. The prompt is: The default of zero means the RC4030E Gateway never times out the host. Ten or more seconds is recommended. Do not set Host Timeout to zero if the wireless station is configured to communicate with up to three hosts through the wireless station’s Advanced Setup firmware option.
Page 53: Mirroring
After the host timeout value has been exceeded, the wireless station displays “Host is Down.” The user can then reboot the wireless station. The RC4030E Gateway tries to connect with the next host defined for the wireless station. Mirroring " NOTE: Mirroring is supported only on the SST (Spread Spectrum Transmission) RC4030E Gateway.
Page 54: Term Timeout
RC4030E Gateway User’s Guide Description All wireless stations communicating with this RC4030E Gateway return to the SNA session they were at before they were turned off. This avoids logging back onto the SNA host. User must log onto the host when they turn the wireless station on.
Page 55: Sdlc Address.ad0
AD4 0 AD5 0 AD6 0 AD7 0 The RC4030E Gateway can emulate eight multidrop IBM 5294 Control Units, which works best for IBM System/36 and System/38 hosts. The RC4030E Gateway supports 64 logical units (LUs) which correspond with wireless station network addresses 0 to 63.
Page 56: Figure 4-4 Rc4030E Gateway Emulating 5294 Control Unit For System/36 Or System/38 Host
SECTION 4 Configuration " Figure 4-4 shows how the RC4030E Gateway emulates eight 5294 Control Units with 8 logical units (LUs) each. The LUs are located at SDLC addresses 1 through 8. This provides up to 64 LUs. SDLC address #1...
Page 57: 5394 Host Type
0 to 63. When emulating four 5394 Control Units, each logical RC4030E Gateway handles 16 LUs. A group of 16 LUs is linked to each SDLC address, numbers 1 through 4. Figure 4-5 shows a logical representation of four 5394 Control Units emulated by the RC4030E Gateway.
Page 58: Tcp/Ip Options
Ethernet segment, you should allocate the IP address from the same pool as the existing computers on the segment. If you are installing this RC4030E Gateway on a new " Ethernet segment that is not going to connect to the Internet, try using this Class B address: 172.16.h.h...
Page 59: Ip Subnet Mask
Range is: 4 nums 0..255 The default is 255.255.255.0. Following are suggestions for setting the subnet mask: If you are installing this RC4030E Gateway on an " existing Ethernet segment, the subnet mask should match the other computers on the segment.
Page 60: Ip Router
IP Subnet Mask option. IP Router " NOTE: The IP address of the router is required only if this RC4030E Gateway will communicate with devices on the other side of the router. IP Router identifies the default router used to forward data frames to addresses on another subnet.
Page 61: Ip Frame Type
IP frames. Select 802.3 if other network computers use SNAP encapsulation for IP frames. DHCP DHCP provides a way for this RC4030E Gateway (the client) to obtain IP addresses from a DHCP server on the network. RC4030E Gateway User’s Guide...
Page 62: Dhcp Server Name
Enabled, if IP address is zero (default) Disabled The RC4030E Gateway responds only to address offers from DHCP or Bootp servers. In either case the server is specified in the DHCP server name field. DHCP Server Name The prompt for the DHCP server name is: 4-30 RC4030E Gateway User’s Guide...
Page 63: Bootp Operation
DHCP server. Networks With DHCP and Bootp Servers If the DHCP server name is configured as “”, the RC4030E Gateway responds to either DHCP or Bootp servers. The RC4030E Gateway gives preference to DHCP offers. If a...
Page 64: Infinite Leases
Infinite Leases A DHCP server may be configured to grant an infinite lease to the RC4030E Gateway. A Bootp grant is always treated as an infinite lease. The RC4030E Gateway stores the IP address, subnet mask, and default router in the EEPROM configuration register and disables DHCP.
Page 65: Security Options
IP router ARP tables to locate the active IP addresses for the subnet. IP addresses for RC4030E Gateways should not be allowed to expire. The network management program would then need to ping all potential addresses on a subnet to locate active IP addresses, or require the user to enter a list.
Page 66: Service Password
If it is already disabled and you forget the top-level password, you may need to send this RC4030E Gateway to a Service Center to be reconfigured. Contact the Customer Response Center for more information about the service password.
Page 67: Creating A Web Browser Session
The RC4030E Gateway’s configuration menus are designed for HTML Level 2.0 or higher. Before you can configure the RC4030E Gateway through a Web browser, you must connect the gateway to the Ethernet cable. (See Section 5, “Installing the Gateway,” for help.) You must also perform initial configuration through the DIAG port to set an IP address or DHCP server name.
Page 68 SECTION 4 Configuration " 1. Ensure the RC4030E Gateway is connected to the Ethernet cable and has an assigned IP address. 2. Ensure the Web browser is installed on the platform. 3. Start the browser application. 4. Enter the RC4030E Gateway’s IP address in the browser’s Uniform Resource Locator (URL) field.
Page 69 Following is the initial screen that appears after you enter the correct user name and password. Configure the RC4030E Gateway by following the directions provided on this screen and the help screens. In addition, this user guide’s Index lists the page numbers for all menu options.
Page 70 This might cause old and misleading information to be displayed. Updating the browser, pressing the reload button, or disabling the browser’s cache may be helpful. Copyright E 1996-1998 Intermec Technologies Corporation. All rights reserved. 4-38 RC4030E Gateway User’s Guide...
Page 71: Uploading New Versions
Uploading New Versions You would normally upload RC4030E Gateway software from a PC into the RC4030E Gateway when you are installing a new version of software. “Upload” is an appropriate term because, to the local PC, the RC4030E Gateway appears as a remote host computer. (A communications software package on a local PC is designed to upload data to a remote host computer.)
Page 72 SECTION 4 Configuration " 5. To upload files into the RC4030E Gateway, refer to the following procedure. It lists the steps you need to follow and the commands to type. " NOTE: The following procedure applies to RC4030E Gateway ROM Version 1.14 and above.
Page 73 “gateway” file must be the first file loaded into FLASH. If the “gateway” file is not loaded first, the RC4030E Gateway will not work. Do not use a wildcard copy command (such as fc c: a:) to copy the files from the RAM drive into FLASH.
Page 74 01 GATEWAY 500000 330534 03-24-96 11:54:00 V0.03 02 AHOST 03 SDLC 04 3270 05 5250 7. Reboot the RC4030E Gateway into FLASH mode by resetting switch #11 to OFF and power cycling the RC4030E Gateway again. 4-42 RC4030E Gateway User’s Guide...
Page 75: Checking The Flash And Rom Versions
The RC4030E Gateway has two operating modes: FLASH and ROM. To check the current versions of FLASH and ROM installed in your RC4030E Gateway, you need a local PC with a terminal emulation program installed on it (for example, PROCOMM PLUS), the gateway, and one of these...
Page 76 8. To list the FLASH files with their date and version, type: fd a: 9. To resume normal operation set switch #11 (command interpreter) to OFF. 10. Power cycle the RC4030E Gateway by unplugging it from the outlet and then plugging it back in. 4-44 RC4030E Gateway User’s Guide...
Page 77: Installation
An RC4030E Gateway mounted in any other position must be protected from dripping fluids. When mounting the gateway, do the following: Ensure the LEDs on the bottom panel of the RC4030E " Gateway are visible. Because the LEDs are helpful troubleshooting aids, they should not be hidden by cables or other objects.
Page 78: Vertical Mount
Vertical Mount Use the mounting bracket (P/N 699-612-002) provided with the RC4030E Gateway to mount it on a wall or post (Figure 5-1). Because the RC4030E Gateway does not require a clear line of site to the wireless stations, it can be mounted at any height.
Page 79: Horizontal Mount
They should not be hidden by cables or other objects. 10BASE2 Ethernet The RC4030E Gateway can be wired to the end or middle of 10BASE2 cable. " NOTE: The cable length between each network device on 10BASE2 must be at least 1.64 feet (.5 meters).
Page 80: Figure 5-3 Wiring Rc4030E Gateway To End Of 10Base2
T-connector at an odd angle or if it is not properly aligned. Therefore, care should be taken when connecting the T-connector to the 10BASE2 port on the RC4030E Gateway. 1. Plug the T-connector (P/N 311-579-301) into the BNC port.
Page 81: Middle Of Segment
The 10BASE2 port is rugged. However, it can be damaged if it is forced to mate to the T-connector at an odd angle or if it is not properly aligned. Therefore, care should be taken when connecting the T-connector to the 10BASE2 port on the RC4030E Gateway. SECTION 5 HOST...
Page 82: Base-T Ethernet
ETHERNET LED flashes two 1-second dashes (for " Ethernet Version 2.0). If your RC4030E Gateway’s LEDs are not flashing correctly see Section 6, “Troubleshooting.” 10BASE-T Ethernet Refer to Figure 5-5 and the procedure following it. RC4030E Gateway User’s Guide...
Page 83: Figure 5-5 Wiring Rc4030E Gateway To 10Base-T
4. 10BASE2 to 10BASE-T converter 5. 10BASE-T hub Figure 5-5 Wiring RC4030E Gateway to 10BASE-T 1. Plug one end of the coaxial cable into the designated port on the converter. Align the notches in the cable end with the posts on the T-connector, push the cable in, and twist about one-quarter turn.
Page 84: Connecting To The Host
ETHERNET LED flashes two 1-second dashes (for " Ethernet Version 2.0). If your RC4030E Gateway’s LEDs are not flashing correctly see Section 6, “Troubleshooting.” " NOTE: Unshielded, 10BASE-T twisted-pair cable gets its electrical characteristics from its twisted form. When installing 10BASE-T, use twisted pair cable and keep the pairs twisted (about one twist per inch).
Page 85: Figure 5-6 Connecting Rc4030E Gateway To Host
1. NC3100 Power Supply, circular plug 2. HOST port 3. Host cable Figure 5-6 Connecting RC4030E Gateway to Host 1. Plug the 25-pin male connector on the host cable into the 25-pin female HOST port on the bottom panel of the RC4030E Gateway.
Page 86: Verifying Operation
PWR (Power) The green PWR LED is ON when the RC4030E Gateway is receiving power. If the LED is OFF, make sure the power supply is plugged into a “live” 120 V ac outlet and the power supply cable is firmly inserted into the INPUT port on the RC4030E Gateway.
Page 87: Net (Network)
SECTION 5 Installation " NET (Network) The green NET LED is not used on the RC4030E Gateway. It should always be OFF. RF (Radio Frequency) The yellow RF LED is not used on the RC4030E Gateway. It should always be OFF.
Page 88 SECTION 5 Installation " 5-12 RC4030E Gateway User’s Guide...
Page 89: Network Analysis Tools
Ethernet Version 2 type loopback packet (type = 0x9000), the RC4030E Gateway responds if it is operating properly. LEDs The LEDs on the bottom panel of the RC4030E Gateway continuously show the device’s status. The LEDs also help you diagnose problems. After the gateway powers up and completes its self-test, the LEDs indicate whether the device is operating properly.
Page 90 RC4030E Gateway by unplugging its ac power cord from the outlet and then plugging it back into the outlet. If resetting the RC4030E Gateway does not help, see Table 6-1 for assistance. RC4030E Gateway User’s Guide...
Page 91: Table 6-1 Problems And Solutions
" Table 6-1 Try This Ensure the NC3100 Power Supply is plugged into the RC4030E Gateway and into the outlet. Reset the RC4030E Gateway by unplugging its power supply from the outlet, and then plugging it back in. If the LED is still ON, try reloading the FLASH.
Page 92 This Means ETHERNET LED There is a physical problem is constantly with the network. flashing ETHERNET LED RC4030E Gateway is not does not flash connecting to the Ethernet when power is LAN. applied to the RC4030E Gateway RC4030E Gateway User’s Guide...
Page 93: Rc4030E Gateway User's Guide
" " " DIAG Port 216-840-001 (6 feet) 216-840-002 (25 feet) 216-840-003 (50 feet) Modem RC4030E Pin 1 Pin 5 SHELL GND RC4030E Gateway User’s Guide Appendix A " " " " " " " " Pin 1 Pin 14...
Page 94 Cable and Port Pin-Outs " Pin 9 Pin 5 Pin 6 Pin 1 RC4030E 9-pin, D-sub Male RC4030E Gateway User’s Guide DIAG Port to 25-pin PC Port 216-841-001 (6 feet) 216-841-002 (25 feet) 216-841-003 (50 feet) RC4030E Pin 25 Pin 14...
Page 95 216-842-002 (25 feet) 216-842-003 (50 feet) RC4030E Pin 6 Pin 1 Pin 5 Pin 9 RC4030E 9-pin, D-sub Male SHELL GND RC4030E Gateway User’s Guide Cable and Port Pin-Outs " Pin 1 Pin 6 Pin 9 Pin 5 9-pin, D-sub Female...
Page 96: Host Cables
Host Cables Data Communication Equipment (Modem) Pin 13 Pin 25 Pin 14 Pin 1 RC4030E 25-pin, D-sub Male RC4030E Gateway User’s Guide RS-232 Cable Between RC4030E Gateway and 216-771-001 (6 feet) 216-771-002 (25 feet) 216-771-003 (50 feet) RC4030E Modem Pin 14...
Page 97 216-772-002 (25 feet) 216-772-003 (50 feet) RC4030E Pin 13 Pin 25 Pin 14 Pin 1 RC4030E 25-pin, D-sub Male RC4030E Gateway User’s Guide Cable and Port Pin-Outs " Host Pin 13 Pin 25 Pin 14 Pin 1 Host Computer 25-pin, D-sub...
Page 98 25-pin Male Data Terminal Equipment Pin 13 Pin 25 Pin 14 Pin 1 RC4030E 25-pin, D-sub Male RC4030E Gateway User’s Guide RS-232 Cable Between RC4030E Gateway and (Host Computer) 216-773-001 (6 feet) 216-773-002 (25 feet) 216-773-003 (50 feet) RC4030E Host...
Page 99 216-774-002 (25 feet) 216-774-003 (50 feet) RC4030E Pin 13 Pin 25 Pin 14 Pin 1 RC4030E 25-pin, D-sub Male RC4030E Gateway User’s Guide Cable and Port Pin-Outs " Host Pin NN Pin MM Pin A Pin B Host Computer Female...
Page 100 V.35 Data Communication Equipment Pin 13 Pin 25 Pin 14 Pin 1 RC4030E 25-pin, D-sub Male RC4030E Gateway User’s Guide (Modem or DSU/CSU) Cable to RC4030E Gateway 216-775-001 (6 feet) 216-775-002 (25 feet) 216-775-003 (50 feet) RC4030E V.35 Pin B...
Page 101: Port Pinouts
ETCB External Transmit Clock -- Receiver clock External Transmit Clock Transmit Clock -- Data Terminal Ready Transmit Clock + ARTS Alternate Request to Send (Nonstandard) --DCV --10 Vdc, 10mA maximum Receiver Clock -- Receiver Clock + RC4030E Gateway User’s Guide...
Page 102: Diag Port
DIAG Port Connector: DE9 female Clocking: Asynchronous Interface: RS-232 Type RS-232 RS-232 RS-232 RS-232 RS-232 RS-232 A-10 RC4030E Gateway User’s Guide Type: Data Terminal Equipment Direction Name Function No connection Receive Data Transmit Data Data Terminal Ready SGND Signal Ground...
Page 103: Appendix Bmib
" " " " Product Contents The RC4030E Gateway MIB is on disk part number 215-897-001. Order the MIB through your Sales Representative. The following products are available for management of the open wireless LAN/INCA LAN: HP OpenView for Windows "...
Page 104: Getting Started
APPENDIX B " The MIBs are on the RC4030E Gateway’s MIB disk. You need to load the MIBs onto your management platform to query the RC4030E Gateway for these management objects. Getting Started Install the MIBs onto your management platform in this order: 1.
Page 105: Rc4030E Gateway Mib Information
SNMP 1.3.6.1.2.1.11 Allows data to be collected about SNMP devices * The RC4030E Gateway does not support EGP and CMOT. RC4030E Gateway MIB Information Intermec has structured its proprietary management information similar to MIB-II. In addition to MIB-II, the RC4030E Gateway supports information specific to its operation.
Page 106: Access To Management Information
Device system information is found under nSystem, similar to EXAMPLE: MIB-II System. The OID for the nSystem group ends in “1,” just as the OID for MIB-II system ends in “1.” Table B-2 shows the RC4030E Gateway MIB. MIB Family OID nSystem 1.3.6.1.4.1.469.1000.2.1 nSNMP 1.3.6.1.4.1.469.1000.2.11...
Page 107 SUPER-USER community definition. This record is not removable. This is a fixed record to ensure read-write access to the MIBs on the RC4030E Gateway. Note the communityName for the first record can be changed to ensure end-user control of security for the RC4030E Gateway.
Page 108: Mib-Ii Notes
Interfaces Group IP Forwarding MIB Directory The following pages describe the various groups the RC4030E Gateway supports. Table B-3 lists groups, their meaning, and page numbers where each group’s table summary and definitions appear. RC4030E Gateway User’s Guide Three fields in the MIB-II system group are writable.
Page 109: Product Oids
Table B-3 MIB Directory Group Summary Products B-10 B-10 B-11 B-11 B-12 B-14 B-14 B-16 B-19 B-19 B-20 B-21 RC4030E Gateway User’s Guide " Definition B-22 B-22 B-23 B-25 B-25 B-30 B-31 B-38 B-39 B-45 B-52 B-61 B-62 B-64 B-68...
Page 110: Mib Outline
This group contains an Object IDentification (OID) for each INTERMEC device. Object Name Object Type Access ap6710 gw4030 wnas ts6950 gwap6910 uap2100 msd6710 RC4030E Gateway User’s Guide Table B-4 products GROUP Device Products norand.manage.products.x (1.3.6.1.4.1.469.1000.1.x) OBJECT ID Not Applicable (N/A) OBJECT ID (N/A)
Page 111: Table B-5 Hw Group
Hardware Information (page Software Directory Listing (page B-23) Critical Errors Information (page B-25) Table B-5 hw GROUP Device Hardware Information (1.3.6.1.4.1.469.1000.2.1.1.x) Object Type INTEGER DisplayString read INTEGER INTEGER INTEGER RC4030E Gateway User’s Guide " B-22 Access read read read read...
Page 112: Table B-6 Dir Group
2.1.8 dirVersion norand.manage.norandNet.nSystem.sysErrors.criticalErrors.x Object Name ceEnabled ceOverflow ceReset 4.1.1 ceLogErrorCode 4.1.2 ceLogErrorCount B-10 RC4030E Gateway User’s Guide Table B-6 dir GROUP Device Software Directory Listing (1.3.6.1.4.1.469.1000.2.1.3.3.x) Object Type INTEGER DisplayString read INTEGER INTEGER INTEGER DisplayString read DisplayString read DisplayString read...
Page 113: Snmp Configuration Group
Device SNMP v1 Configurations (1.3.6.1.4.1.469.1000.2.11.1.x) Object Type INTEGER INTEGER DisplayString write INTEGER Table B-9 trapTarget TABLE Device SNMP v1 Configurations (1.3.6.1.4.1.469.1000.2.11.1.x) Object Type INTEGER INTEGER DisplayString write IpAddress RC4030E Gateway User’s Guide " Access read write write Access read write write B-11...
Page 114: Table B-10 Wst Group
B-12 RC4030E Gateway User’s Guide Wireless Transport Protocol (WTP) Status Table (page B-31) High Level Interface Table (page B-38) Table B-10 wst GROUP WTP Status Table (1.3.6.1.4.1.469.1000.2.102.2.x) Object Type Access INTEGER...
Page 115 RC4030E Gateway User’s Guide APPENDIX B " Object Type Access Counter read Counter read INTEGER read INTEGER read Counter read Counter read Counter...
Page 116: Table B-11 Hlit Group
Object Name wcbstReset wcbstLastReset 3.1.1 wcbstIndex 3.1.2 wcbstInUse 3.1.3 wcbstH1State 3.1.4 wcbstDsap B-14 RC4030E Gateway User’s Guide Table B-11 hlit GROUP High Level Interface Table (1.3.6.1.4.1.469.1000.2.102.3.x) Object Type Access INTEGER TimeTicks TimeTicks Counter TimeTicks Counter Counter Table B-12...
Page 117: Wtp Control Block Status Table
3.1.10 wcbstT1Timeouts 3.1.11 wcbstT2Timeouts 3.1.12 wcbstTiTimeouts 3.1.13 wcbstFramesRecv 3.1.14 wcbstIframesRecv 3.1.15 wcbstIframesDiscarded 3.1.16 wcbstDataBytesRecv 3.1.17 wcbstFramesXmit 3.1.18 wcbstIframesXmit 3.1.19 wcbstDataBytesXmit 3.1.20 wcbstIframesRetransmitted 3.1.21 wcbstState RC4030E Gateway User’s Guide APPENDIX B " Object Type Access INTEGER read INTEGER read INTEGER read INTEGER...
Page 118: Application Layer Group
B-16 RC4030E Gateway User’s Guide Gateway Statistics (page B-45) Radio Terminal Control Block Statistics (page B-52) Host Delay Statistics (page B-61) Terminal Transaction Delay Statistics (page B-62) Asynchronous Host application (page B-64) Table B-13...
Page 119 RC4030E Gateway User’s Guide APPENDIX B " Object Type Access Counter read Counter read Counter read Counter read Counter read Counter read Counter...
Page 120: Table B-14 Rcbs Group
4.1.17 rcbsTermResetTime 4.1.18 rcbsTermInactTime 4.1.19 rcbsHostInactTime 4.1.20 rcbsConnectionErrors 4.1.21 rcbsNetAddress 4.1.22 rcbsSeqErrors 4.1.23 rcbsTermTransactions 4.1.24 rcbsTermDelayTotal 4.1.25 rcbsTermDelayLast B-18 RC4030E Gateway User’s Guide Table B-14 rcbs GROUP (each record is a terminal session) (1.3.6.1.4.1.469.1000.2.104.1.2.x) Object Type INTEGER INTEGER INTEGER INTEGER...
Page 121: Table B-15 Hd Group
4.1.3 hdBucket Table B-16 td GROUP Terminal Transaction Delay Statistics norand.manage.norandNet.nApplication.gwSession.td.x (1.3.6.1.4.1.469.1000.2.104.1.4.x) Object Name 4.1.1 tdTrxnTime 4.1.2 tdCount 4.1.3 tdBucket RC4030E Gateway User’s Guide APPENDIX B " Object Type Access INTEGER read Counter read Counter read INTEGER write DisplayString read...
Page 122: Table B-17 Ahost Group
B-20 RC4030E Gateway User’s Guide Table B-17 ahost GROUP Asynchronous Host (1.3.6.1.4.1.469.1000.2.104.2.x) Object Type Access INTEGER TimeTicks Counter Counter Counter Counter Counter Counter Counter Counter...
Page 123: Mib Definitions
The MIB definition for this group starts on the page given below. powerUp Power Up Objects (page B-68) " norand.manage.norandNet.nControl.powerUp.x Object Name pwrPowerUpCount pwrNextPowerUpTime MIB Definitions Following are the MIB definitions for the RC4030E Gateway. APPENDIX B Table B-18 powerUp GROUP Device Power Up Objects (1.3.6.1.4.1.469.1000.2.105.1.x) Object Type Access...
Page 124 OBJECT IDENTIFIER ::= { nSystem 1 } -- The Hardware Parameters Group hwPartNo SYNTAX INTEGER (0..2147483647) ACCESS read-only STATUS mandatory DESCRIPTION ”The Norand part number of the hardware device.” ::= { hw 1 } B-22 RC4030E Gateway User’s Guide OBJECT-TYPE...
Page 125 OBJECT IDENTIFIER ::= { file 3 } -- The File Directory Table -- Table Definition dirTable OBJECT-TYPE SYNTAX SEQUENCE OF DIREntry ACCESS not-accessible STATUS mandatory DESCRIPTION ”The FileSystem Directory” ::= { dir 2 } APPENDIX B " RC4030E Gateway User’s Guide B-23...
Page 126 ACCESS read-only STATUS mandatory DESCRIPTION “File segment (1 - (NUM_SEGMENTS + 1)). The segment ID which identifies the segment containing the file.” ::= { dirEntry 3 } B-24 RC4030E Gateway User’s Guide OBJECT-TYPE INTEGER, DisplayString, INTEGER, INTEGER, DisplayString, DisplayString, OBJECT-TYPE...
Page 127 DESCRIPTION ”The file version in v99.99 display format.” ::= { dirEntry 8 } sysErrors OBJECT IDENTIFIER ::= { nSystem 4 } criticalErrors OBJECT IDENTIFIER ::= { sysErrors 1 } APPENDIX B " data(2), invalid(3) } RC4030E Gateway User’s Guide B-25...
Page 128 ::= { criticalErrors 4 } ceLogEntry SYNTAX CELogEntry ACCESS not-accessible STATUS mandatory INDEX { ceLogErrorCode } ::= { ceLogTable 1 } B-26 RC4030E Gateway User’s Guide OBJECT-TYPE Any errors in that OBJECT-TYPE If the overflow code is OBJECT-TYPE Valid values are OBJECT-TYPE...
Page 129 OBJECT IDENTIFIER ::= { norandNET 11 } v1Config OBJECT IDENTIFIER ::= { nSNMP 1 } --Norand Community table defines the accepted --community strings and their access privileges -- The Community Table APPENDIX B " INTEGER, A 16-bit value which RC4030E Gateway User’s Guide B-27...
Page 130 ”Each entry relates to a specific community & associates to it access privileges.” INDEX ::= {communityTable 1 } -- Columnar Object Definition B-28 RC4030E Gateway User’s Guide OBJECT-TYPE SEQUENCE OF CommunityEntry not-accessible mandatory Norand’s The communityName contained in the first...
Page 131 STATUS mandatory DESCRIPTION ”The authoritative name for the community. the Norand SUPER-USER community name is employed, a GET from this column yields an access violation.” ::= { communityEntry 3 } RC4030E Gateway User’s Guide APPENDIX B " Unless B-29...
Page 132 INDEX ::= {trapTargetTable 1 } -- Columnar Object Definition TrapTargetEntry ::= SEQUENCE { trapTargetIndex trapTargetStatus trapTargetName trapTargetIpAddress IpAddress -- Leaf Definition B-30 RC4030E Gateway User’s Guide OBJECT-TYPE INTEGER { get-only(1), set-and-get(3) } read-write mandatory OBJECT-TYPE SEQUENCE OF TrapTargetEntry not-accessible mandatory...
Page 133 OBJECT IDENTIFIER ::= { nTransport 2 } wstReset SYNTAX INTEGER { true(1), false(2) } ACCESS read-write STATUS mandatory DESCRIPTION ”Reset variable for the wst group” ::= { wst 1 } APPENDIX B " OBJECT-TYPE OBJECT-TYPE enabled(1), disabled(2), deleted(3) } OBJECT-TYPE OBJECT-TYPE RC4030E Gateway User’s Guide B-31...
Page 134 ”Number of WTP Frame Rejects which were transmitted” ::= { wst 6 } wstDataBytesXmit SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”Total number of bytes transmitted.” ::= { wst 7 } B-32 RC4030E Gateway User’s Guide OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE...
Page 135 ::= { wst 11 } wstCheckSumErrors OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”The number of WTP information frames which were discarded to WTP check sum errors.” ::= { wst 12 } RC4030E Gateway User’s Guide APPENDIX B " B-33...
Page 136 ACCESS read-only STATUS mandatory DESCRIPTION ”The total number of times that 2 consecutive T1 errors have occurred.” ::= { wst 17 } B-34 RC4030E Gateway User’s Guide OBJECT-TYPE Received information frames are OBJECT-TYPE OBJECT-TYPE The value is otherwise 0.” OBJECT-TYPE...
Page 137 ”The total SABM frames received by the local WTP entity.” ::= { wst 21 } wstDiscCount OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”The number of DISC frames received by the local WTP entity.” ::= { wst 22 } RC4030E Gateway User’s Guide APPENDIX B " B-35...
Page 138 ::= { wst 26 } wstBrgSrvTime SYNTAX TimeTicks ACCESS read-only STATUS mandatory DESCRIPTION ”The total bridge service time for WTP transmissions in hundredths of seconds.” ::= { wst 27 } B-36 RC4030E Gateway User’s Guide OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE...
Page 139 ::= { wst 31 } wstBrgTxErrors OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”The number of transmission errors reported to the WTP layer by the network layer.” ::= { wst 32 } RC4030E Gateway User’s Guide APPENDIX B " B-37...
Page 140 STATUS mandatory DESCRIPTION ”This is the number of times the WTP was sent a transmit request.” ::= { hlit 4 } B-38 RC4030E Gateway User’s Guide OBJECT-TYPE A fatal error OBJECT IDENTIFIER ::= { nTransport 3 } OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE...
Page 141 ::= { wcbst 1 } wcbstLastReset SYNTAX TimeTicks ACCESS read-only STATUS mandatory DESCRIPTION ”Elapsed time since the wcbs table was reset” ::= { wcbst 2 } APPENDIX B " Time in hundreths of Time is in hundreths OBJECT-TYPE OBJECT-TYPE RC4030E Gateway User’s Guide B-39...
Page 142 Counter, wcbstState B-40 RC4030E Gateway User’s Guide OBJECT-TYPE Statistics are per WTP connection.” OBJECT-TYPE INTEGER, INTEGER, INTEGER, INTEGER, INTEGER, INTEGER, INTEGER, INTEGER, INTEGER, Counter, Counter, Counter,...
Page 143 STATUS mandatory DESCRIPTION ”Destination service access point.” ::= { wcbsEntry 4 } wcbstSsap OBJECT-TYPE SYNTAX INTEGER (0..255) ACCESS read-only STATUS mandatory DESCRIPTION ”Source service access point” ::= { wcbsEntry 5 } RC4030E Gateway User’s Guide APPENDIX B " 0=closed, 1=busy, B-41...
Page 144 ::= { wcbsEntry 9 } wcbstT1Timeouts SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”Number of T1 timeouts. an expected response is lost.” ::= { wcbsEntry 10 } B-42 RC4030E Gateway User’s Guide OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE A T1 timeout occures when...
Page 145 ”Total number of WTP data frames received.” ::= { wcbsEntry 14 } wcbstIframesDiscarded OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”Total number of WTP data frames which were discarded as duplicates.” ::= { wcbsEntry 15 } RC4030E Gateway User’s Guide APPENDIX B " B-43...
Page 146 ::= { wcbsEntry 20 } wcbstState SYNTAX INTEGER (0..2147483647) ACCESS read-only STATUS mandatory DESCRIPTION ”The internal software state of the LLC control block.” ::= { wcbsEntry 21 } B-44 RC4030E Gateway User’s Guide OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE...
Page 147 ::= { gs 4 } gsHostDataCount SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”Number of data blocks received from the host computer.” ::= { gs 5 } APPENDIX B " OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE RC4030E Gateway User’s Guide B-45...
Page 148 APPENDIX B " gsHostHaltCount gsHostInvalidCount gsHostDiscardCount gsConnectCount gsCloseCount B-46 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”Number of HALT commands received from the host task.” ::= { gs 6 } OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset...
Page 149 ”Number of data blocks received from the network.” ::= { gs 14 } gsTermResetCount OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”Number of times a session was reset by a terminal” ::= { gs 15 } RC4030E Gateway User’s Guide APPENDIX B " B-47...
Page 150 APPENDIX B " gsTermContinueCount gsTermInvalidCount gsConnectionErrors gsConnectionResets gsRetransmissions B-48 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”Number of times a session was continued after a transport connection was lost.” ::= { gs 16 }...
Page 151 SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The total host delay time in hundredths of seconds, not including delay times which exceeded the maximum host delay.” ::= { gs 25 } RC4030E Gateway User’s Guide APPENDIX B " B-49...
Page 152 APPENDIX B " gsHostTransactions gsRecvErrors gsTermDelayMax gsTermDelayThreshold OBJECT-TYPE gsTermDelayTotal B-50 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The total number of times the host responded to a terminal message in a time less than the maximum host delay time.”...
Page 153 ::= { gs 33 } gsHostMaxCount OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The number of transactions which exceed the maximum host delay time set in gsHostDelayMax.” ::= { gs 34 } RC4030E Gateway User’s Guide APPENDIX B " B-51...
Page 154 APPENDIX B " gsTermDelayTraceOn gsHostActive rcbs -- The RCBS Table rcbsTableReset B-52 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX INTEGER { true(1), false(2) } ACCESS read-write STATUS mandatory DESCRIPTION ”Terminal transaction delay diagnostics are enabled by setting gsTermDelayTraceOn to a non-zero value. The results of this trace are found in the tdTable.”...
Page 155 Each entry corresponds to a terminal session.” ::= { rcbs 4 } -- Row Definition rcbsEntry OBJECT-TYPE SYNTAX RcbsEntry ACCESS not-accessible STATUS mandatory INDEX { rcbsIndex } ::= { rcbsTable 1 } -- Columnar Object Definition RC4030E Gateway User’s Guide APPENDIX B " B-53...
Page 156 APPENDIX B " RcbsEntry ::= -- Leaf Definition rcbsIndex B-54 RC4030E Gateway User’s Guide SEQUENCE { rcbsIndex INTEGER, rcbsTerminal INTEGER, rcbsType INTEGER, rcbsState INTEGER, rcbsLLCIndex INTEGER, rcbsHostDataCount Counter, rcbsBlocksXmit Counter, rcbsDataXmit Counter, rcbsBlocksRecv Counter, rcbsDataRecv Counter, rcbsTermResetCount Counter, rcbsTermContinueCount Counter,...
Page 157 Corresponds to an lcbstIndex value.” ::= { rcbsEntry 5 } rcbsHostDataCount OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”Number of data blocks received from the host.” ::= { rcbsEntry 6 } RC4030E Gateway User’s Guide APPENDIX B " B-55...
Page 158 APPENDIX B " rcbsBlocksXmit rcbsDataXmit rcbsBlocksRecv rcbsDataRecv rcbsTermResetCount B-56 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”Total number of blocks passed to the network.” ::= { rcbsEntry 7 } OBJECT-TYPE SYNTAX Counter ACCESS read-only --read-reset...
Page 159 ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The total host delay for the terminal in hundredths of seconds, not including times which exceeded the maximum host delay time.” ::= { rcbsEntry 15 } RC4030E Gateway User’s Guide APPENDIX B " B-57...
Page 160 APPENDIX B " rcbsHostDelayLast rcbsTermResetTime rcbsTermInactTime rcbsHostInactTime rcbsConnectionErrors B-58 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX INTEGER ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The host response time, in hundredths of seconds, for the last message sent from the terminal.” ::= { rcbsEntry 16 } OBJECT-TYPE SYNTAX INTEGER (0..2147483647)
Page 161 ::= { rcbsEntry 24 } rcbsTermDelayLast OBJECT-TYPE SYNTAX INTEGER ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The time for the last transaction for the terminal defined by rcbsTerminal, in 1/100th seconds.” ::= { rcbsEntry 25 } RC4030E Gateway User’s Guide APPENDIX B " B-59...
Page 162 APPENDIX B " rcbsTermDelayLongest rcbsTermThresholdCount OBJECT-TYPE rcbsTermMaxCount rcbsTermDelayTraceOn B-60 RC4030E Gateway User’s Guide OBJECT-TYPE SYNTAX INTEGER ACCESS read-only --read-reset STATUS mandatory DESCRIPTION ”The time for the longest transaction for the terminal defined by rcbsTerminal, in 1/100th seconds.” ::= { rcbsEntry 26 }...
Page 163 ::= { hd 4 } -- Row Definition hdEntry OBJECT-TYPE SYNTAX HdEntry ACCESS not-accessible STATUS mandatory INDEX { hdBucket } ::= { hdTable 1 } RC4030E Gateway User’s Guide APPENDIX B " B-61...
Page 164 APPENDIX B " -- Columnar Object Definition HdEntry ::= -- Leaf Definition hdHostDelay hdCount hdBucket -- The TD Table B-62 RC4030E Gateway User’s Guide SEQUENCE { hdHostDelay INTEGER, hdCount Counter, hdBucket INTEGER OBJECT-TYPE SYNTAX INTEGER ACCESS read-write STATUS mandatory DESCRIPTION ”The host delay time.
Page 165 ::= { td 4 } -- Row Definition tdEntry OBJECT-TYPE SYNTAX TdEntry ACCESS not-accessible STATUS mandatory INDEX { tdBucket } ::= { tdTable 1 } -- Columnar Object Definition RC4030E Gateway User’s Guide APPENDIX B " B-63...
Page 166 SYNTAX INTEGER { true(1), false(2) } ACCESS read-write STATUS mandatory DESCRIPTION ”Reset variable for the ahost group” ::= { ahost 1 } B-64 RC4030E Gateway User’s Guide SEQUENCE { tdTrxnTime INTEGER, tdCount Counter, tdBucket INTEGER OBJECT-TYPE SYNTAX INTEGER...
Page 167 ::= { ahost 5 } ahstNoErrors OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”The number of host interface errors detected by the gateway.” ::= { ahost 6 } RC4030E Gateway User’s Guide APPENDIX B " B-65...
Page 168 The time out value is set with the CMT5 command and is measured by the start of a command and the receipt of a carriage return <CR>. Increments whenever the gateway issues a ?6 response.” ::= { ahost 10 } B-66 RC4030E Gateway User’s Guide OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE...
Page 169 -- ahstOtherErrors { ahost 14 } -- is obsolete and has been deleted. ahstParityErrors OBJECT-TYPE SYNTAX Counter ACCESS read-only STATUS mandatory DESCRIPTION ”Number of async parity errors” ::= { ahost 15 } RC4030E Gateway User’s Guide APPENDIX B " Increments B-67...
Page 170 ACCESS read-write STATUS mandatory DESCRIPTION ”Next power-up time (Used to reboot the device)” ::= { powerUp 2 } B-68 RC4030E Gateway User’s Guide OBJECT-TYPE OBJECT-TYPE OBJECT-TYPE OBJECT IDENTIFIER ::= { norandNET 105 } OBJECT IDENTIFIER ::= { nControl 1 }...
Page 171 4-16 IP, 4-26 router, 4-28 subnet mask, 4-27 through DHCP, 4-30 Application layer MIB groups, B-7, B-16 ARP, 4-31, 4-32 Async, 4-14 RC4030E Gateway User’s Guide INDEX " " " " " " " " "...
Page 172 4-7 Electrostatic discharge protec- Telnet, 4-4, 4-7 Web browser, 4-35 Enabled, if IP address is zero, Control MIB group, B-7, B-21 Index-2 RC4030E Gateway User’s Guide Enabling auto reconnect, 4-22 buffering, 4-18 compression, 4-13 DHCP, 4-30 full duplex, 4-18...
Page 173 Host type, 4-11, 4-14 ARP requests, 4-32 Hosts Bootp, 4-29 asynchronous options, 4-14 DHCP, 4-29 names, 4-11 RC4030E Gateway, 4-26, 4-32 setting host type, 4-14 router, 4-26, 4-28, 4-32 supported by gateway, 2-4 subnet mask, 4-26, 4-27 synchronous options, 4-19 Telnet session, 4-5...
Page 174 FLASH mode, 4-42, 4-44 Physical characteristics, 3-8 into ROM mode, 4-40, 4-43 Pin-outs, A-1, A-9 reboot command, 4-8, 4-9 Index-4 RC4030E Gateway User’s Guide Reconnecting to host, 4-21 Remote session, 4-4, 4-35 Reset switch, 2-7, 2-8 Resetting the configuration, 4-8 Resource number, 4-37...
Page 175 4-16 autoreconnection to session, 4-21 buffering messages, 4-18 B-12 compressing data to, 4-13 host name, 4-11 mirroring data, 4-21 model names, 2-1 Write command, 4-8, 4-9 Writing the configuration, 4-9 XID, 4-19, 4-22 RC4030E Gateway User’s Guide INDEX " Index-5...
Page 176 INDEX " Index-6 RC4030E Gateway User’s Guide...

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