Patton electronic 3088A manual Establishing a Remote Console Session, How to Connect

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Model 3088A Series Getting Started Guide

5 • Remote console operation

 

 

Introduction

The PC user (near-end) may configure and verify status of the remote 3088A (far-end) via a Remote Console session. The PC user must log onto the 3088A (near-end) unit to establish a remote console session. Once done, the remote 3088A (far-end) appears as a unit which is locally connected through the console port. All commands are transmitted over the G.SHDSL link in the EOC channel.

PC

(Near End)

Remote Console Session (RCS)

 

 

 

3088A

RJ-45

(Near End)

 

 

 

DSL

3088A

(Far End)

Figure 16. Remote control session diagram

Establishing a Remote Console Session

How to Connect

The following steps are to establish a connection to the remote 3088A (far-end) via Remote Console Session (RCS):

1.Connect to the console port of the 3088A (near-end) via Telnet session.

2.At the password prompt, log in to the near-end Model 3088A.

3.Ensure that a DSL link is established. You can verify an established DSL link by using the system show sta- tus command or by checking that the DSL LED is solid green. Upon executing the show status com- mand, the dsl link state is shown as success if the DSL link is established.

4.At the command prompt, enter the command remote console.

5.Wait for the message Console: Remote console connection established.

If a DSL link is not established, or for some other reason the 3088A (far-end) does not respond in a rea- sonable amount of time, the following message appears: Console: Remote console timed out trying to con- nect. Enter the command remote console again.

If 3088A (Far End) already has an active remote console session open, you will see the message Console: Remote console connection request rejected. This can also happen if the remote 3088A (far-end) has an established remote console session with the local 3088A (near-end) which has timed out.

6.Enter the password at the password prompt for the remote console session.

Note The passwords for a local console session of the 3088A (near-end) and the remote console session of the 3088A (far-end) should be different for the purpose of security.

7.You should now be logged into the remote 3088A (far-end) via the remote console session. The communi- cation with the remote 3088A (far-end) is essentially the same as having a local console connection.

Introduction

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Contents SHDSL.bis CPE with fixed serial interface Mailsupport@patton.com Summary Table of Contents Table of Contents Software Upgrade Compliance information Factory default values for software-configurable parameters List of Figures List of Tables Audience About this guideStructure Precautions Impaired functioningSafety when working with electricity General conventions Typographical conventions used in this documentGeneral observations Convention MeaningChapter contents General informationOnSite 3088A overview FeaturesSerial interface types Power input connector External AC universal power supplyExternal 48 VDC power supply Configuration Hardware DIP-switch configuration Software CLI configurationIntroduction Lists the Model 3088A’s configurable parameters Parameter Description Possible ValuesConfiguring the DIP switches System reset mode DIP switch settingsPosition Function CA, /D models Models Position FunctionS4-2 through S4-8 Data Rate S4-2 S4-3 S4-4 S4-5 S4-6 S4-7 S4-8 Data Rate kbps2240 Mode DCE/DTE operationClock Source Ethernet Management Port DSL Line Condition Good or Poor System Configuration Commands Help CommandsSystem Status Commands DSL Clear Errcntrs Command DSL Configuration CommandsDSL Status Command E1 Configuration CommandsExample Command Line Interface Session Remote Console3088A System set circuitid 3088A/K Circuit ID OnSite Plug ‘n’ Play 3088AOnSite installation Installation Connecting the twisted pair interfaceConnecting the Model 3088A serial interface Connecting the Model 3088A to a DCE or DTE deviceConnecting the Model 3088A/K to an E1 Network Connecting the Model 3088A/K serial interfaceConnect twisted pair 120 ohm to E1 network Connecting dual coaxial cable 75 ohm to E1 network DSLConnecting power External AC universal power supplyDC Power To Power Supply JackOperation LED status monitors Power-upPower Green DSL GreenTest modes Local Analog Loopback diagram PatternsRemote console operation How to Connect Establishing a Remote Console SessionHow to Disconnect Log in to 3088 Near EndDifferences in Local and Remote Control Session Behavior Remote control session with LAL diagramSoftware Upgrade Software Upgrade Reset configuration to factory defaults Reset configuration to factory defaults Contacting Patton for assistance Contact information Warranty coveragePatton support headquarters in the USA Return for credit policy Out-of-warranty serviceReturns for credit RMA numbersAppendix a Compliance information Radio and TV Interference FCC Part SafetyCompliance CE Declaration of ConformityAppendix B Specifications Clocking modes Serial connectorDiagnostics DTE rateConfiguration Power and power supply specificationsTransmission line Line codingShdsl physical connection Line rates DSL lineLine interface EnvironmentAppendix C Factory default values Factory default values for software-configurable parameters Parameter Default valueHDB3 Appendix D Factory replacement parts and accessories Power Supplies Factory replacement parts and accessoriesPower Adapters Appendix E Interface pinouts Line port Pin # SignalPin # Signal Designation Source RS-232 interfaceInterface E1 interfacePin Signal Ethernet Console port
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3088A specifications

The Patton Electronics 3088A is a highly versatile and robust device designed to facilitate seamless communications over long distances using various transmission mediums. This model exemplifies the pinnacle of technology in the realm of serial-to-Ethernet devices, serving a multitude of applications in modern networking environments.

One of the standout features of the 3088A is its ability to convert RS-232, RS-422, and RS-485 serial signals into Ethernet TCP/IP data packets, allowing for the integration of legacy systems with contemporary Ethernet networks. This feature is crucial for businesses looking to modernize their infrastructure without discarding existing equipment that operates on serial protocols.

The 3088A boasts an impressive transmission range, which makes it suitable for both industrial and commercial applications. It supports data rates of up to 115.2 Kbps, ensuring that data can be transmitted quickly and efficiently. Additionally, with a built-in web server and a user-friendly interface, configuration and management become straightforward tasks, reducing the complexity often associated with network setups.

Another vital feature of the 3088A is its compatibility with various communication protocols, including TCP, UDP, and ARP. This flexibility ensures that it can be integrated into a wide range of network configurations, catering to specific application requirements, from simple point-to-point communication to complex networking setups.

The device also incorporates advanced security features, such as support for secure socket layer (SSL) connections, to safeguard data transmission against unauthorized access and potential threats. This is particularly important in environments where sensitive information is being transmitted, providing peace of mind for organizations concerned about data integrity and security.

Furthermore, the Patton 3088A is designed with durability in mind. It features a compact and rugged enclosure suitable for deployment in harsh environments, making it ideal for field operations and various industrial applications. The device supports wide power input ranges, ensuring operational stability regardless of fluctuating power conditions.

In summary, the Patton Electronics 3088A stands out as a reliable and efficient solution for those seeking to bridge the gap between serial and Ethernet communications. Its high-speed data transmission capabilities, extensive compatibility with various protocols, enhanced security features, and rugged design make it an essential tool for modern networking needs, enabling businesses to evolve while maximizing their existing technologies.