1. Manuals
  2. Brands
  3. Funkwerk Manuals
  4. Gateway
  5. bintec R4100
  6. User manual

Funkwerk bintec R4100 User Manual

Hide thumbs Also See for bintec R4100:
Table of Contents

Advertisement

Quick Links

Download this manual See also: Manual
User's Guide
bintec R4100 / R4300
X.25
©
Copyright
December 11, 2006 Funkwerk Enterprise Communications GmbH
Version 1.1

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the bintec R4100 and is the answer not in the manual?

Questions and answers

Related Manuals for Funkwerk bintec R4100

Summary of Contents for Funkwerk bintec R4100

  • Page 1 User's Guide bintec R4100 / R4300 X.25 © Copyright December 11, 2006 Funkwerk Enterprise Communications GmbH Version 1.1...
  • Page 2 Liability While every effort has been made to ensure the accuracy of all information in this manual, Funkwerk Enterprise Communications GmbH cannot assume liability to any party for any loss or damage caused by errors or omissions or by statements of any kind in this document and is only liable within the scope of its terms of sale and delivery.

  • Page 3: Table Of Contents

    X.25 Menu ..........3 Call Setup .
  • Page 4 bintec User’s Guide X.25...

  • Page 5: 25 Menu

    X.25 Menu X.25 Menu The X.25 menu is described below. R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25]: X.25 Configuration MyGateway Static Settings Link Configuration Routing Multiprotocol over X.25 X.25 to TCP conversion X.25 over ISDN EXIT The X.25 main menu provides access to the submenus: ■...

  • Page 6: Call Setup

    X.25 Menu Multiple connections between two end points can be achieved by multiplexing logical connections onto data links. Different logical connections (or “Virtual Cir- cuits”) are identified by assigning each logical connection a virtual circuit num- ber. This number is included in the header of each X.25 data packet. Packet-Switched X.25 is a packet-switched network, which means that user data is subdivided and placed into X.25 packets of a predefined maximum length (usually 128...

  • Page 7: Data Links And Virtual Circuits

    X.25 Menu Figure 1-1: X.25 scenario In an X.25 network it is possible, that the VC numbers used by two connected end stations differ. For example, if hosts A and D are communicating across B and C, the VC number used for the A–B connection segment may be different from the one used for C–D.

  • Page 8: Point-To-Point And Point-To-Multipoint Interfaces

    X.25 Menu To display a list of all available interfaces known to the system you can use the ifstat command. There are three types of interfaces available on the bintec router, the first of which is always available. The other interface types will depend on your partic- ular configuration.

  • Page 9: X.25 Addressing Schemes

    X.25 Menu 1.1.3 X.25 Addressing Schemes As in TCP/IP networks, each host in an X.25 network must be uniquely identi- fied before communication between two hosts is possible. However, there is one important difference. In TCP/IP, each data packet contains the source/des- tination addresses and is routed individually (packets can take different paths).
  • Page 10 X.25 Menu address. An additional zero following the escape code specifies an ISDN ad- dress for internetworking. Figure 1-3: E.164 addressing within ISDN Extended X.25 The extended addressing format provides a standardized way for distinguishing Addressing different types of addresses in X.25. However, many public networks do not support this addressing format.

  • Page 11: X.25 Routing

    X.25 Menu For example, the following addresses are characterized according to their TOA and NPI digits. (Spaces in the example addresses are used only for added read- ability.) Addresses Digits National X.121 address @2 3 4591101234 International X.121 address @1 3 4591101234 National E.164 address @2 1 9114501234 International E.164 address...
  • Page 12 X.25 Menu bintec User’s Guide X.25...

  • Page 13: Static Settings Submenu

    Static Settings Submenu Static Settings Submenu The fields of the S menu are described below. TATIC ETTINGS R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][STATIC]: X.25 Static Settings MyGateway Local X.25 Address XOT TCP port 1998 SAVE CANCEL ➜ In the X.25 menu you define the router’s local X.25 address...
  • Page 14 Static Settings Submenu Feld Wert XOT TCP port The port at which the router accepts XoT con- nections must be configured first. The default port is 1998, but your gateway allows a free choice of the port, too, to support specific re- quirements.

  • Page 15: Link Configuration Submenu

    Link Configuration Submenu Link Configuration Submenu The L submenu is described below. ONFIGURATION R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][LINK]: X.25 Link Configuration MyGateway Select link to configure en1-0-llc (create new configuration) en1-4-llc (create new configuration) DELETE CONFIGURATION EXIT ➜...
  • Page 16 Link Configuration Submenu R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][LINK][ADD] MyGateway Link en1-0-llc L3 Mode L3 Packet Size default: 128 max: 128 L3 Window Size default: 2 max: 7 Windowsize/Packetsize Neg. when necessary (default) Logical Channel Number 0 disable...
  • Page 17 Link Configuration Submenu Feld Wert Windowsize/Packetsize Decides whether window/packet size negotia- Neg. tion is made for this X.25 link. Possible values: ■ never: No negotiation. When a call arrives that does not correspond to the default size, the call is cleared. ■...
  • Page 18 Link Configuration Submenu Feld Wert Lowest Two-Way-Chan- LTC and HTC must be set specifying the num- nel (LTC) ber of virtual channel(s) made available by your X.25 network provider. Defines the lowest number that can be assigned to a virtual channel. Highest Two-Way-Chan- LTC and HTC must be set specifying the num- nel (HTC)
  • Page 19 Link Configuration Submenu When establishing X.25 connections via ISDN dialup, it may occur with certain settings that unintentional permanent connections are established. It is important to note that, if the field L is set to always AYER EHAVIOUR Attention! active, the bintec router will continue to establish layer 2 with the effect of per- manent B-channel connections and increased costs.
  • Page 20 Link Configuration Submenu bintec User’s Guide X.25...

  • Page 21: Routing Submenu

    Routing Submenu Routing Submenu The fields of the R submenu are described below. OUTING R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][ROUTING]: X.25 Route Table MyGateway Source Link Dest. Link Dest. Link Addr. Dest. X.25 Addr. Metric DELETE EXIT ➜...
  • Page 22 X.25 partner is calling from, the actual X.25 address received by the Note router may differ. ➜ ➜ Configuration is carried out in X.25 ADD/EDIT. OUTING R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][ROUTING][ADD] MyGateway Source Link Destination Link en1-0-llc Destination X.25 Address Metric SAVE CANCEL bintec User’s Guide...
  • Page 23 Routing Submenu The menu consists of the following fields: Field Description Source Link Here you can select the link X.25 call packets first arrive on. Destination Link Here you can select the link X.25 call packets will be sent to. Possible values are the available interfaces.
  • Page 24 Routing Submenu bintec User’s Guide X.25...

  • Page 25: Multiprotocol Over X.25 Submenu

    Multiprotocol over X.25 Submenu Multiprotocol over X.25 Submenu The fields of the M X.25 submenu are decribed below. ULTIPROTOCOL OVER R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR]: Multiprotocol over X.25 MyGateway Interface Name Destination X.25 Address Encapsulation DELETE EXIT ➜...
  • Page 26 Multiprotocol over X.25 Submenu R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR][ADD]: Configure X.25 MPR Partner MyGateway Partner Name Encapsulation ip_rfc877 X.25 Destination Address Advanced Settings > IP > SAVE CANCEL The menu consists of the followiing fields: Field Description...
  • Page 27 Multiprotocol over X.25 Submenu Field Description Encapsulation Here you select the type of encapsulation respectively the protocol to be used. Note that the remote MPX25 partner must be configured to use the same encapsulation. Possible values: ■ ip_rfc877 (default value) or ip: You must define the IP settings in the IP submenu (see below).

  • Page 28: Advanced Settings Submenu

    NCAPSULATION Advanced Settings Submenu The fields of the A submenu are described below. DVANCED ETTINGS R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR][ADD][ADVANCED]: Advanced X.25 MyGateway MPR Settings () Static Short Hold (sec) Delay after Connection Failure (sec) CANCEL bintec User’s Guide...

  • Page 29: Ip Submenu

    Multiprotocol over X.25 Submenu Specific functions make it possible to define the characteristics for connections to X.25 partners individually and are configured in the M ULTIPROTOCOL OVER ➜ ➜ X.25 ADD/EDIT menu. DVANCED ETTINGS ➤➤ Defining short hold Short hold is defined to clear an unused connection automatically, i.e.

  • Page 30: Basic Ip-Settings Submenu

    When ASIC ETTINGS is set to yes, the following screen is displayed (example RANSIT ETWORK addresses are used): R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR][ADD][IP][BASIC]: IP-Settings () MyGateway IP Transit Network Local IP Address 192.168.100.1 Partner IP Address 192.168.100.2...
  • Page 31 Multiprotocol over X.25 Submenu Transit network You use an additional WAN IP address each for your gateway and the WAN partner. This sets up a virtual IP network – called a transit network – during the connection. You do not normally need this setting, but it is necessary for some special configurations.

  • Page 32: More Routing Submenu

    Multiprotocol over X.25 Submenu Feld Wert Default Route Only for IP T = dynamic client, RANSIT ETWORK no or yes. Possible values: ■ yes: The route to this WAN partner is de- fined as default route. ■ no (default value): The route to this WAN partner is not defined as default route.
  • Page 33 ➜ X.25 ADD/EDIT menu: OUTING R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR][ADD][IP][ROUTING]: IP Routing () MyGateway The flags are: U (Up), D (Dormant), B (Blocked), G (Gateway Route), I (Interface Route), S (Subnet Route), H (Host Route), E (Extended Route)
  • Page 34 Multiprotocol over X.25 Submenu ➜ The M ADD/EDIT menu consists of the following fields: OUTING Feld Wert Route Type Type of route. Possible values: ■ Host route (default value): Route to a single host. ■ Network route: Route to a network. ■...
  • Page 35 Multiprotocol over X.25 Submenu Feld Wert Metric The lower the value, the higher the priority of the route (possible values 0...15). The default value is 1. Table 5-5: menu fields OUTING offers the following selection options: ETWORK Description Meaning WAN without transit net- Route to a destination host or LAN that can be work reached via a connection partner without...
  • Page 36 ➜ Configuration is carried out in M X.25 ADD/EDIT ULTIPROTOCOL OVER ➜ ADDEXT. OUTING R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR][ADD][IP][ROUTING][ADD]: IP Routing MyGateway - Extended Route Route Type Host route Network WAN without transit network Destination IP-Address Partner / Interface...
  • Page 37 Multiprotocol over X.25 Submenu Field Description Destination IP Address Only for R = Host route or Network OUTE route IP address of the destination host or LAN. Netmask Only for R = Network route OUTE Netmask for D IP-A ESTINATION DDRESS Partner / Interface Only for N...
  • Page 38 Multiprotocol over X.25 Submenu Field Description Source Port Only for P = tcp or udp ROTOCOL Source port number or range of source port numbers. Destination Port Only for P = tcp or udp ROTOCOL Destination port number or range of destination port numbers.

  • Page 39: Advanced Settings Submenu

    OURCE ESTINATION 5.2.3 Advanced Settings Submenu The fields of the A submenu are described below. DVANCED ETTINGS R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][MPR][ADD][IP][ADVANCED]: Advanced X.25 MyGateway MPR Settings RIP Send none RIP Receive none IP Accounting Back Route Verify...
  • Page 40 Multiprotocol over X.25 Submenu ➤➤ Gateways use to exchange information stored in routing tables by communicating with each other at regular intervals. The gateway supports both version 1 and version 2 of RIP, either individually or together. RIP is configured separately for LAN and WAN. Active and passive Gateways can be defined as active or passive gateways: Active gateways offer ➤➤...
  • Page 41 Multiprotocol over X.25 Submenu does not know its hardware address (MAC address), it sends an ARP request ➤➤ as a broadcast to the network. If Proxy ARP is activated on the gateway and the desired target host can be reached e.g. via a host route, the gateway ➤➤...
  • Page 42 Multiprotocol over X.25 Submenu Field Description Route Announce Possible values: ■ up or dormant (default value): Routes are propagated if the interface’s status is up or dormant. ■ always: Routes are always propagated in- dependent of operational status. ■ up only: Routes are only propagated if the interface status is up.
  • Page 43 Multiprotocol over X.25 Submenu Description Meaning RIP V2 triggered RIP V2 messages are sent rsp. received and processed as per RFC 2091 ➤➤ (Triggered RIP). RIP V1 For sending and receiving version 1 RIP pack- ets. RIP V2 For sending and receiving version 2 RIP pack- ets.
  • Page 44 Multiprotocol over X.25 Submenu Description Meaning on (up only) The gateway answers an ARP request only if the status of the connection is up (active), i.e. a connection already exists. Table 5-12: ARP selection options ROXY bintec User’s Guide X.25...

  • Page 45: Xot Submenu

    XOT Submenu XOT Submenu The fields of the XOT menu are described below. R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][XOT]: XOT Table MyGateway Interface InIPAddr InIPMask OutIPAddr OPort InAllow DELETE EXIT ➜ In the X.25 XOT menu you configure the major XoT parameters.
  • Page 46 XOT Submenu R4100 Setup Tool Funkwerk Enterprise Communications GmbH [[X.25][XOT][ADD] MyGateway Interface Name Allow Incoming XOT Calls Incoming Partner Source IP Address Mask Outgoing Partner Destination IP Address Source IP Address Max Number of XOT Links 1456 SAVE CANCEL The menu contains the following fields...
  • Page 47 XOT Submenu Field Description Incoming Partner Source Only for A XOT C = yes LLOW NCOMING ALLS IP Address Defines the IP address of the XoT partner that is sending XoT packets. If you enter 0.0.0.0 as IP address, connections are accepted from any IP addresses.
  • Page 48 XOT Submenu bintec User’s Guide X.25...

  • Page 49: 25 To Tcp Conversion Submenu

    X.25 to TCP conversion Submenu X.25 to TCP conversion Submenu X.25 Networks Today, there are only few generic X.25 networks in use. Many servers usually still speak X.25, but most terminals are connected to the Public Switched Tele- phone Network (PSDN) by either analogue (POTS) or digital (ISDN) connec- tions.
  • Page 50 The fields of the X.25 menu are described below. CONVERSION R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][X25 TO TCP]: X25 to TCP Table MyGateway Cl-Index St Rm IP:Port - Lo IP:Por <> Lo Addr(NSAP) - Rm Addr(NSAP) Met DELETE EXIT bintec User’s Guide...
  • Page 51 ➜ ADD/EDIT menu. One parameter set in this menu generates one CONVERSION entry in the X.25 to TCP table (the empty table without entries see above). R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][X25 TO TCP][ADD] MyGateway Index: Description: State: valid...
  • Page 52 X.25 to TCP conversion Submenu Feld Wert State Determines the status of a table entry. Possible values: ■ valid (default value): The table entry is valid and will be used for conversion. ■ invalid: The table entry is not valid and will be ignored.
  • Page 53 X.25 to TCP conversion Submenu Feld Wert Class Allows to break down the one-to-one relation of the X.25 and TCP call parameters to up to four subrelations. This makes it possible to translate portions of the address spaces independently and thus to avoid very large conversion tables (see “Complex Configurations”...
  • Page 54 X.25 to TCP conversion Submenu Feld Wert ■ Class (cont.) Subrule 2: Performs the translation of a call in combination with the respective master rule. Depending on the master rule, one subrule 1 and, if so, one subrule 3 may be necessary.
  • Page 55 X.25 to TCP conversion Submenu Feld Wert X.25 Protocol Id Enter the Protocol ID used for outgoing X.25 calls or to match for incoming X.25 calls. Possible values are all hexadecimal numbers 0...ffffffff. X.25 Call User Data For outgoing X.25 calls: Here you can enter the Call User Data field for an outgoing X.25 Call Request packet.
  • Page 56 X.25 to TCP conversion Submenu Feld Wert TCP Remote Address / Incoming TCP calls: TCP Remote Mask If TCP R is set to a value other than EMOTE 0.0.0.0, the calling IP address is masked with TCP R and compared to TCP EMOTE EMOTE DDRESS...
  • Page 57 X.25 to TCP conversion Submenu Feld Wert Clsd User Group Creates a "Closed User Group" facility element for outgoing X.25 calls. Possible values: 0...9999. Clsd User Group Out Creates a "Closed User Group with outgoing ac- cess" facility element for outgoing X.25 calls. Possible values: 0...9999.
  • Page 58 X.25 to TCP conversion Submenu Feld Wert RESET Behavior Specifies the behaviour of the converter, when it receives a Reset Request packet on the X.25 connection. Possible values: ■ accept (default value): The reset is con- firmed with Reset Response. The conver- sion continues.

  • Page 59: Complex Configurations

    X.25 to TCP conversion Submenu Complex Configurations So far, the current chapter describes, how the X.25 to TCP converter converts the address spaces of X.25 and TCP by a single one-to-one relation. This may result in very large translation tables. For example, if the converter shall convert calls from 300 clients to 100 servers for 10 applications, this causes a table size of 300,000 entries which is practically impossible to handle even for the fastest router.
  • Page 60 X.25 to TCP conversion Submenu X.25 clients: Class = Master plus 2; X.25 Remote Address = 4500000001; TCP Local Address = 10.0.0.1 Class = Master plus 2; X.25 Remote Address = 4500000002; TCP Local Address = 10.0.0.2 Class = Master plus 2; X.25 Remote Address = 4500000003; TCP Local Address = 10.0.0.3 TCP servers: Class = Subrule 1;...
  • Page 61 X.25 to TCP conversion Submenu Class = Subrule 1; TCP Local Port = 4711; X.25 Remote NSAP = 1234 Class = Master plus 1; TCP Local Address = 10.0.0.1; X.25 Remote NSAP = 010000000001* If with the above configuration, the translator receives a TCP call for address 10.0.0.1 and port 4711, an X.25 call with a remote NSAP field of 0100000000011234 is created.
  • Page 62 X.25 to TCP conversion Submenu bintec User’s Guide X.25...

  • Page 63: 25 Over Isdn Submenu

    X.25 over ISDN Submenu X.25 over ISDN Submenu X.25 The TCP/IP protocol family penetrates applications being classically in the do- main of the X.25 protocol family. For example, Point-of-Sales (POS) applications have historically been set up with X.25. The terminals were using an asynchronous, serial protocol to transfer standardized POS messages to the POS server.
  • Page 64 X.25 over ISDN Submenu For X.25 over ISDN, hardware oriented interfaces cannot be used. The interfac- es shall be corresponding to the connection to a specific communication partner or a set of communication partners. These partners are more related to the di- alled number and not to the ISDN hardware that is finally used to establish the ISDN calls.
  • Page 65 X.25 over ISDN Submenu The fields of the X.25 ISDN menu are described below. OVER R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][X25 OVER ISDN]: X25 over ISDN Interfaces MyGateway Index Name Type Status Curr Calls Max Calls DELETE EXIT ➜...
  • Page 66 The configuration of X.25 over ISDN interfaces is carried out in the X.25 X.25 ➜ ISDN ADD/EDIT menu. OVER R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][X25 OVER ISDN][ADD] MyGateway Interface: 0 Name: Type: one to one ISDN Numbers >...
  • Page 67 X.25 over ISDN Submenu Feld Wert Type Describes the behaviour of the interface for out- going X.25 calls. Possible values: ■ one to one (default value): Each outgoing X.25 call creates a directly assigned outgo- ing ISDN call. If the X.25 call is cleared be- fore the connection is established, the con- nection procedure for ISDN and LAPB is aborted immediately.
  • Page 68 X.25 over ISDN Submenu Feld Wert Signalling Enter the signalling code here. The signalling code is an abbreviation for common settings of the ISDN information elements Bearer Capabil- ity (BC), High Layer Compatibility (HLC), and Low Layer Compatibility (LLC). The following values are recommended: ■...
  • Page 69 X.25 over ISDN Submenu Feld Wert Signalling (cont.) For outgoing ISDN calls: If this field is set to 0x0000, the signalling is derived from the settings for L AYER ROTOCOL and L AYER ROTOCOL If this field is different from 0x0000, the signal- ling is sent as specified by the value of this field.
  • Page 70 X.25 over ISDN Submenu Feld Wert Block Time Only for T = multiple VC. Specifies the time in seconds, how long the interface shall stay in blocked state. Thereafter, the interface is up again and can be used by the X.25 switch for routing. When the outgoing ISDN call has been retried for M times, the interface enters into...
  • Page 71 X.25 over ISDN Submenu Feld Wert Layer 1 Protocol Specifies the Layer 1 Protocol to be used for the interface. ■ auto (default value): The Layer 1 Protocol is derived from signalling received from the network for incoming calls or sent for outgo- ing calls.
  • Page 72 X.25 over ISDN Submenu Feld Wert ■ Layer 1 Protocol (cont.) Asynchronous V.110 28800: Asynchronous V.110 bitrate adaptation using 28800 Bit/s** ■ Asynchronous V.110 38400: Asynchronous V.110 bitrate adaptation using 38400 Bit/s** ■ Layer 1 Protocol synchronous V.120 64k: Synchronous (Fortsetzung) V.120 bitrate adaptation using 64 kBit/s** ■...
  • Page 73 X.25 over ISDN Submenu Feld Wert Layer 2 Protocol Specifies the layer 2 protocol to be used for the interface. Possible values: ■ auto (default value): The layer 2 protocol is derived from signalling. Outgoing calls with unspecified signalling IGNALLING 0x0000) use LAPB.

  • Page 74: Isdn Numbers Submenu

    X.25 over ISDN Submenu Feld Wert Layer 2 Mode Specifies the DTE/DCE Mode for the LAPB. Possible Values: ■ auto (default value): DTE mode is used for outgoing ISDN calls, DCE is used for in- coming ISDN calls. ■ dte: DTE mode is selected for incoming and outgoing ISDN calls.
  • Page 75 ISDN N submenu. The configuration is the same as the configuration UMBERS of ISDN numbers for the PPP subsystem. R4100 Setup Tool Funkwerk Enterprise Communications GmbH [X.25][X25 OVER ISDN][WAN NUMBERS]: WAN Numbers () MyGateway WAN Numbers for this partner: WAN Number...
  • Page 76 X.25 over ISDN Submenu ➜ ➜ ➜ ➜ The X.25 X.25 ISDN ADD/EDIT ISDN N ADD/EDIT OVER UMBERS menu consists of the following fields: Field Description Number Number of WAN partner. The calling party number of the incoming call is compared with the set N UMBER The calling party number can be read in...
  • Page 77 X.25 over ISDN Submenu Field Description ISDN Ports to Use Defines the ISDN ports to be used. ■ Slot 0 Auxiliary: no entry or X ■ Slot 2 Unit 0 ISDN S0: no entry or X. (R4100, R4300) ■ Slot 2 Unit 1 ISDN S0: no entry or X. (R4100, R4300) ■...
  • Page 78 X.25 over ISDN Submenu You can use the following wildcards, which have different effects for incoming and outgoing calls: Meaning Example Outgoing calls, The gateway i.e. the gateway Wildcard accepts sets up a Incoming calls Outgoing calls Number incoming calls connection to e.g.

  • Page 79: Submenu Advanced Settings

    X.25 over ISDN Submenu Submenu Advanced Settings ➜ ➜ ➜ ➜ ➜ The X.25 X.25 ISDN ADD/EDIT ISDN N ADD/EDIT OVER UMBERS submenu is described below. DVANCED ETTINGS The gateway supports the use of the “Closed User Group” service feature, which you can request for your ISDN line from your telephone company.
  • Page 80 X.25 over ISDN Submenu bintec User’s Guide X.25...

  • Page 81: Index: X.25

    Index: X.25 Allow Incoming XOT Calls Back Route Verification Back Route Verify Call Setup Closed User Group Connection-Oriented CUG index Data Link Default route Delay after connection failure Delay after connection failure (sec) 32, 35 Destination IP address Destination Link Destination Link Address (LLC) Destination Port Destination port...
  • Page 82 38, 39 IP accounting IP transit network ISDN ports to use L2 Window Size L3 Mode L3 Packet Size L3 Window Size Layer 2 Behaviour Link Local IP address Local X.25 Address Logical Channel Number 0 Lowest Two-Way-Channel (LTC) Mask Max Number of XOT Links 21, 33, 35 Metric...
  • Page 83 Remote IP address Remote netmask 39, 40 RIP receive 39, 40 RIP send 38, 40 Route announce 32, 34 Route type Short hold Source interface Source IP Address Source IP address Source Link Source mask Source port Static short hold (sec) TOS mask Type of Service (TOS) Van Jacobson Header Compression...
  • Page 84 bintec User’s Guide X.25...

This manual is also suitable for:

Bintec r4300

Table of Contents