Digi TS8, 16 manual Example, Before You Begin

Page 36

Example

In this example, ports 1 and 2 are set up for incoming modem connections using RTS/CTS flow control.

set ports range=1-2 dev=min

set line range=1-2 baud=115200

set flow range=1-2 ixon=off ixoff=off cts=on rts=on

Configuring Ports for Outgoing/Bi-Directional Connections: Command Line

This section describes how to configure outgoing and bidirectional modem connections from the command line.

Related Information

•For more information on setting the port’s flow control attributes see the set flow command in the Digi One/PortServer TS Command Reference.

•For information on setting serial line operating parameters such as character size, the number of stop bits, and parity, see the set line command in the Digi One/PortServer TS Command Refer- ence.

•For more information on configuring dialer and login scripts, see the set script command in the Digi One/PortServer TS Command Reference.

Before You Begin

This procedure assumes that you

•Know the operating parameters required by the modem. If you do not, see the modem documen- tation.

•Have or will correctly cable the connection between the PortServer TS 8/16 serial ports and modems. See the Digi One/PortServer Cable Guide for more information.

•Logged in as root

Procedure

1.Supply a set ports command that specifies the following: set ports range=range dev=dev

where range is a serial port or range of serial ports and dev is one of the following:

•dev=mout for outgoing-only connections

•dev=mio for bidirectional connections

Note: Use a group number (on the group field), if you intend to create a hunt group of ports that can access a pool of modems. Make sure this group number is greater than 65.

Example: set ports range=2 dev=mio

2.Supply a set line command that specifies the following: set line range=range baud=bps

where range is a serial port or range of ports and bps is the line speed of the connection Example: set line range=2 baud=115200

3.Supply a set flow command that defines the flow control scheme required by the modem.

Example

In this example, ports 1 and 2 are configured for bidirectional modems.

set ports range=1-2 dev=mio

set line range=1-2 baud=115200

set flow range=1-2 ixon=off ixoff=off rts=on cts=on

5-4

Configuring Ports for Outgoing/Bi-Directional Connec-

Page 35 Page 37
Image 36
Page 35 Page 37
Contents PortServer TS 8/16 Configuration and Administration Guide Page Contents Chapter Configuring Users Page Introduction This ChapterSetup Overview About Entering Commands on the Command Line About This GuideSupported Devices Access Resource CD Card Other Documents in the LibraryAbout Configuration Methods Configuring the PortServer TS 8/16 from a Telnet SessionConfiguring the PortServer TS 8/16 from the Web Interface Downloading a Configuration FileConfiguration Prerequisites Logging On As Root from the Command LineAccessing the Command Line from a Telnet Session Accessing the Configuration from the Web InterfaceConfiguring the IP Address Options for Configuring the IP Address and Mask OptionsConfiguring the Ethernet Interface with DPA-Remote ProcedureStarting Point Configuring the IP Address Using Ping-ARP Configuring the Ethernet Interface from the Command Line Configuring an IP Address using Dhcp and RarpManual Configuration Procedure Manual Configuration ExampleConfiguring an IP Address using Dhcp and Rarp Configuring Ports for RealPort What is RealPort? Configuring the RealPort SoftwareConfiguration Options About RealPortConfiguring Ports Web Interface Configuring Ports for RealPort Command Line ExampleConfiguring Ports for Printers Configuration Considerations Configuring Ports for Printers Web Interface Configuring Printer Connections Command LineTips for telnet and rsh Printing Related InformationConfiguring Printer Connections Command Line Configuring a Port for Direct-Access Printing Configuring a Port for Direct-Access Printing Configuring Ports for Terminals Configuring Ports for Terminals Web Interface Configuring Ports for Terminals Command LinePort Defaults Configuring Typical PC Connections About Computer ConnectionsAbout Computer Connections Configuring Ports for Modems Tips on Configuring a Modem Configuring Ports for Modems Web Interface Before You Begin Configuring PPP Configuring PPP Connections Web Interface Configuring Inbound PPP Connections Command Line Configuring Inbound PPP Connections Example Configuring Outbound PPP Connections Command Line Set user name=name n1=telephone-number Configuring IP Routing What is Routing Introduction to RoutingTypes of Routing About RIP Routing Updates PortServer TS 8/16 Participation in RIP Updates Configuring Static Routes Example Route Using the Ethernet InterfaceExample Route Using a PPP Link Configuring Dynamic Routes Using RIP Example Dynamic RoutesConfiguring Proxy ARP Configuring Proxy ARP Configuring Autoconnection Configuring a Port for Autoconnection Web Interface Configuring Autoconnection By Port Command LineAbout Autoconnection Configuring a User for Autoconnection Web Interface Configuring a User for Autoconnection Command LineConfiguring a User for Autoconnection Command Line Configuring Console Management Configuring Console Management Web Interface Configuring Console Management Command LineAbout Console Management Example SSH2 and Menu Access Example Alternate IP Addresses10-4 Configuring Security Features Controlling Access to the PortServer TS 8/16 Configuration Controlling Access to Inbound PortsControlling Access to Outbound Ports Controlling Access to the PortServer TS 8/16 Command LineUsing Radius to Authenticate Users What is RADIUS?Radius Components Radius Table KeyConfiguring Radius Web Interface Radius Accounting Attributes RFCHow Radius Works Configuring Radius Command Line Radius Command Line Configuration ExampleIssuing User Passwords Configuring SSH Version 2 for Secure Communication Password ProtectionUsing a Public Key Configuring DNS About the Domain Name System Configuration Procedures Procedure for Using a Name ServerProcedure for Using a Host File 13-4 Configuring Snmp About Snmp and the PortServer TS 8/16 Agent Configuration Procedure Web Interface Configuration Procedure Command LineConfiguration Example 14-4 Managing the OS and Configuration Upgrading the OS Firmware Web Interface Upgrading the OS Firmware Command Line Prerequisite TaskConfiguring PortServer TS 8/16 from a Remote Host When To Use Remote ConfigurationRules for Editing a Configuration file Copying the Configuration File to a HostCpconf fromhost=199.250.121.12cnfg-fle Resetting the Configuration to Defaults RadiusConfiguring Users About Configuring Users Common User FeaturesConfiguration Methods Configuring a User Web Interface Configuring a User Command Line Examples Configuration Examples Terminal Server Configuration Without RealPort ConfigurationConfiguration Notes IllustrationTerminal Server Configuration Using Autoconnection Terminal Server Configuration Using RealPort Dial-In PPP Connection Using Radius Dial-In PPP Connection Using Radius PortServer TS 8/16 Troubleshooting Symptom PortServer TS 8/16 Does Not Boot IntroductionSymptom Cannot Telnet to the PortServer TS 8/16 AssumptionsSymptom Trouble Accessing a Port Running PortServer TS 8/16 Hardware DiagnosticsProcedure Running the Post Using the LEDs Procedure Running the Post from a TerminalRunning PortServer TS 8/16 Post Troubleshooting Tftp Problems Verifying Tftp on a Unix SystemResetting PortServer TS 8/16 Configuration to Defaults Command Line ProcedureFront Panel Procedure Verifying the PortServer TS 8/16 IP Address 17-9 Checking for Duplicate IP Addresses Pinging an IP Address Verifying the Network Cabling Verifying the RealPort Process AIX Verifying the RealPort ProcessHP-UX Verifying the RealPort Process Linux Verifying the RealPort ProcessWindows NT Verifying the RealPort Service Windows 2000 Verifying the RealPort ServiceSolaris Verifying the RealPort Process Checking and Changing Port Configuration RealPortDigi Contact Information Digi International Bren Road East Minnetonka, MN

16, TS8 specifications

The Digi TS8 and TS16 are advanced devices within the Digi TransPort series, which are renowned for their versatility in providing robust network connectivity solutions. Designed to cater to the needs of IoT (Internet of Things) applications, these routers are excellent for businesses that require reliable, high-performance communication across various environments.

One of the standout features of the Digi TS8 and TS16 is their cellular connectivity. Both models support multiple cellular bands, including 4G LTE, ensuring that users can maintain a stable and fast internet connection even in remote locations. This makes them ideal for applications like smart grid management, digital signage, and industrial telemetry, where constant connectivity is crucial.

Another significant aspect of the Digi TS8 and TS16 is their dual SIM capability. This feature allows for seamless failover between two cellular networks. In cases where one network experiences an outage, the device automatically switches to the secondary network, thus minimizing downtime and maintaining business continuity. This redundancy is a vital characteristic for mission-critical applications.

The routers also support various WAN technologies, including LTE, Ethernet, and Wi-Fi, providing flexibility for diverse deployment scenarios. With their comprehensive networking capabilities, the Digi TS8 and TS16 can be integrated into existing infrastructures with ease.

In terms of security, these devices offer a robust suite of features designed to safeguard data. They come equipped with advanced firewall capabilities, VPN support, and secure tunneling protocols, ensuring that data transmitted across the network remains protected against unauthorized access.

Additionally, management and monitoring are made easy with Digi’s intuitive web interface and cloud management platform. Users can remotely configure, monitor, and manage their devices, enabling efficient performance tracking and troubleshooting from anywhere in the world.

Both the Digi TS8 and TS16 are built to endure harsh environmental conditions, boasting an industrial-grade design that adheres to rigorous standards. They can operate effectively in extreme temperatures and are resistant to dust and moisture, making them suitable for outdoor and rugged deployments.

Overall, the Digi TS8 and TS16 provide an extensive set of features and characteristics that address the growing demands of modern connectivity. Their reliability, security, and flexible deployment options make them a preferred choice for businesses looking to harness the power of IoT technology. Whether for industrial applications or remote site management, these devices lead the market with their performance and adaptability.
Top Page Image Contents