Patton electronic 4830 manual Start-up with factory configuration

Page 49

SmartNode 4830 Getting Started Guide4 • Getting started with the SmartNode

Start-up with factory configuration

Step

Command

Purpose

 

 

 

1

RedBoot> fis load

Copies the SmartWare application image from the

 

 

persistent memory (flash:) to the volatile memory

 

 

(RAM) from where it will be executed.

 

 

 

2

RedBoot> go -s factory-config

Starts the SmartWare application telling it to use

 

 

‘factory-config’ as startup configuration.

 

 

You can also start-up with any other configuration

 

 

available in the persistent memory (nvram:) by pro-

 

 

viding its name instead of ‘factory-config’.

 

 

 

Load a new application image (SmartWare) via TFTP

The following procedure downloads the application image (SmartWare) for the mainboard. See the note below on how to download the respective CLI description file.

Step

Command

Purpose

 

 

 

1

RedBoot> ip_address - l

Sets the IP address and subnet mask of the

optional

local_ip_address [/mask_len]

Ethernet interface 0/0 which shall be used to

 

 

receive the new application image.

 

 

mask_len is the length of the network address

 

 

(or the number of 1’s within the subnet mask).

 

 

See Note below.

 

 

 

2

RedBoot> ip_address -g gateway

Sets the IP address of the default gateway.

optional

 

 

 

 

 

3

RedBoot> ping -htftp-server_ip_address

Tests the connectivity to the TFTP server.

optional

 

 

 

 

 

4

RedBoot> load -r -v -h host -b

Downloads an application image into the vola-

 

base_address file_name

tile memory (RAM) from where the SmartNode

 

 

could directly execute it.

 

 

host: IP address of the TFTP server

 

 

base_address: memory location where to store

 

 

the application image. Use the default address

 

 

0x1800100

 

 

file_name: path and name of the file on the

 

 

TFTP server. Note: use the image file that con-

 

 

tains the whole application, not the image

 

 

parts.

 

 

 

5

RedBoot> fis delete -n 1

Deletes the first application image.

 

 

Reply with ‘y’ to the confirmation request.

 

 

 

6

RedBoot> fis create

Stores the downloaded application image to

 

 

the permanent memory (flash:).

 

 

Reply with ‘y’ to the confirmation request.

 

 

 

7

RedBoot> fis list -l

Checks whether the image has been success-

 

 

fully stored, whether it is the desired Release

 

 

and Build, and whether it is valid.

 

 

 

Bootloader

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Contents Analog VoIP Integrated Access Device Mailsupport@patton.com Summary Table of Contents Table of Contents LEDs status and monitoring Specifications SmartNode 4830 Series factory configuration List of Figures List of Tables Audience About this guideStructure Impaired functioning PrecautionsSafety when working with electricity General observations Typographical conventions used in this documentGeneral conventions SmartNode 4830 Getting Started GuideAbout this guide General information Chapter contentsSmartNode product SmartNode 4838 shown SmartNode Model 4830 Series OverviewGeneral information Examples of SN4830 Series rear panels FXS only SmartNode 4830 Series Detailed DescriptionModel SN4832/JOX*/EUI FXO ports DSL connector SmartNode 4830 Series power input connector Ports descriptions SmartNode 4830 Series front panels FXS only Console Applications overview Introduction Multiservice carrier access over leased linesApplications for SmartNode 4830 Series Converged enterprise network over leased line Converged enterprise network over leased lineHardware installation Create a network diagram see section Network information on Planning the installationInstallation checklist Network information Site logIP related information Installing the VoIP IAD Analog FXS connection RJ-11 pinout diagram RJ-11 socket Installing the Ethernet cable Installing the serial WAN cable DCD Hardware installation Rear panel of SN4830 T1/E1 -/K Model Pins not listed are not used Connecting to external power source Power VoIP Link Getting started with the SmartNode Steps for setting up a new SmartNode Configure IP address Power connection and default configurationConnect with the serial interface Changing the IP address LoginLoad configuration Connect the SmartNode to the networkStart Bootloader BootloaderLoad a new application image SmartWare via Tftp Start-up with factory configurationCopy tftp//tftpserveraddress/server path/b1 flash Load a new application image SmartWare via the serial link Additional informationLEDs status and monitoring Status LEDs LEDs status and monitoring SmartNode LED Indications Contacting Patton for assistance Contact information Warranty coveragePatton support headquarters in the USA RMA numbers Out-of-warranty serviceAppendix a Compliance information Compliance Safety complianceRadio and TV Interference FCC Part EMC complianceIndustry Canada Notice FXO ports FCC Part 68 Acta Statement FXO portsAuthorized European Representative CE NoticeAppendix B Specifications Ethernet interface Voice connectivitySync serial interface if applicable T1/E1 interface if applicableShdsl Daughter Card if applicable Adsl Daughter Card if applicableVoice signaling Voice processing signaling dependentPPP and Frame-Relay support Fax and modem supportVoice routing-session product IP servicesManagement Weight and power dissipation DimensionsPower supply Operating environmentSmartNode Model SysObjectID Identification of the SmartNode devices via SnmpAppendix C Cabling Serial console Connecting a serial terminalEthernet straight-through Ethernet 10Base-T and 100Base-TAnalog FXS Connecting an FXS deviceAnalog FXO Connecting to an FXO line socketDSL T1/E1Appendix D Port pin-outs Ethernet 10Base-T and 100Base-T port Console portSerial port Sync Serial PortFXO port FXS portADSL/G.SHDSL port T1/E1 portAppendix E SmartNode 4830 Series factory configuration SmartNode 4830 Series factory configuration Appendix F Installation checklist Task Verified by Date Appendix G Accessories Description Part Number

4830 specifications

The Patton Electronics 4830 is a robust and versatile device designed for reliable communication in various networking environments. This product is a part of Patton's extensive portfolio, known for its quality, reliability, and innovative solutions in the telecommunications field. The 4830 model is primarily used for connecting Ethernet networks over long distances, leveraging advanced technologies to ensure optimal data transmission and connectivity.

One of the key features of the Patton 4830 is its support for both TDM (Time Division Multiplexing) and Ethernet over existing copper or fiber infrastructure. This functionality allows users to maintain legacy connections while upgrading their networks, providing a seamless transition to modern digital communications. The device supports multiple interfaces, including Ethernet, serial, and analog, making it suitable for diverse applications ranging from industrial automation to enterprise networking.

The 4830 is equipped with Patton’s SmartLink technology, which enhances performance by automatically optimizing the link conditions. This proprietary technology enables the device to adapt to varying network conditions, ensuring minimal downtime and maintaining high data integrity. Furthermore, the 4830 features built-in redundancy capabilities, ensuring that critical communications remain uninterrupted even in the event of a failure.

In terms of physical characteristics, the Patton 4830 is designed for rugged environments, featuring a compact form factor that allows for easy deployment in various settings. The device comes with LED indicators for power, status, and connectivity, providing real-time feedback to users. It can be mounted on a rack or installed on a desktop, making it a flexible option for different installation scenarios.

Another significant characteristic is its security features, which include firewall protections and encryption options to safeguard data against unauthorized access. This is particularly important for businesses that handle sensitive information and require compliance with data protection regulations.

With its combination of advanced functionalities, interoperability, and robust design, the Patton Electronics 4830 stands out as a reliable choice for organizations looking to enhance their communication capabilities while securing their network investments. As technology continues to evolve, the versatility of the 4830 ensures that it remains a relevant and effective solution for years to come. In summary, the Patton 4830 is an exemplary device that encapsulates the brand’s commitment to quality and innovation in telecommunications.
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