3Com S200 manual Copying PAD Profile Tables into a Configuration, Size, Select Copy/Insert Record

Page 50

PAD Profile Table Record

Copying PAD Profile Tables into a Configuration

Introduction

Each node processor card contains 14 PAD Profiles stored in memory.

 

By using the parameter values in the stored PAD Profile Table, you can copy them

 

into the configuration memory as if you had entered the parameter values one

 

parameter at a time.

 

The PAD accepts identifiers from 0 to 99. The profiles from 0 to 12, 90, and 91 are

 

listed in this section. All the remaining profiles (0, 14-89, and 92-99) are DEFAULT

 

as existing now.

PAD Profile Table

 

 

The Size of the PAD Profile Table has increased to 100 so that Entry Number 1 under

Size

PAD Profile Table configuration corresponds to Profile Identifier 0, Entry Number 2

 

to Profile Identifier 1, and so on. Entry Number 100 corresponds to Profile Identifier

 

99.

 

 

Note

 

 

 

 

 

 

You cannot enter 0 as an Entry Number.

Copying a PAD Follow these steps to copy any of these PAD Profile Tables into your configuration:

Profile Table

Step

Action

Result

 

 

 

1

Select Copy/Insert Record ->

This prompt appears:

 

Copy Special PAD Profile

From Entry Number: 1/

 

from PROM from the CTP Main

 

 

menu.

Select the PAD Profile Table you

 

 

 

 

want to copy into your

 

 

configuration.

 

 

 

2

Type the entry number followed by

You are then prompted for the next

 

<CR>.

Entry Number (or just press <CR>).

 

 

This allows you to configure more

 

 

than one entry with the same stored

 

 

PAD Profile Table.

 

 

The parameter values in the stored

 

 

PAD Profile Table are copied into

 

 

the configuration memory (as if

 

 

you had entered the parameter

 

 

values one parameter at a time).

 

 

 

3

Press <ESC> once you are

The Copy/Insert Record menu

 

finished.

reappears.

 

 

 

44

Configuring PAD/ATPAD Ports

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Page 49 Page 51
Contents 3Com Corporation Restricted Rights Notification for U.S. Government Users Restricted Rights LegendProprietary Material Page Contents Page Introduction Configuring PAD/ATPAD PortsOverview Before You BeginAbout Packet Assembler/Disassembler Typical Applications ExamplePAD Port PAD Port ConfigurationConfiguration Record Guidelines If You Specify or Set ThenStep Action Result Use Connection Type When ParametersConnection Type Use Connection Type Port ControlCRONLY, CRDOTCR, TYMNET, Telenet Port SpeedAuto Baud Sequence CronlyNONE, SPAC, MARK, EVEN, ODD, Auto Data Bits per CharacterDevice Parity Number of Stop BitsCall Control NONE, AUTO, AUTC, PCUD, IBAR, OBAR, MNEM, TmnemCUGOA, BMSG, ADDR, FRCB, Cugia Terminal ControlNONE, PASS, LIM, CUG, LCPY, 7BIT, NADD, X.28, Cnui Remote PAD Parameters Number Autocall Timeout secPAD Prompt Entry Number Autocall MnemonicGroup Subaddress Maximum Number of Autocall AttemptsSubaddress CUG MembershipInvitation to clear Call Accept Timeout secBilling Records NONE, CPONLY, Fulldcp Reconnection TimeoutProtection Level Reconnection Tries LimitCalled DTE Address Calling DTE PasswordMaximum Receive Buffer Length Calling DTE IdentifierNUI Facility Format PAD Command LanguageNUI verification timer Max NUI violationsAction Type for NUI violations NONE, DISC, DEGR, LockPAD Port Configuration for Autocalling Initiating an AutoCall Mnemonic AddressingSdlc Mnemonic Addressing Sdlc Mnemonic Autocall AddressingPAD Port Configuration for Autospeed PAD XON/OFF Support Using X.25 Interrupt Packets How It WorksStep Action What You See Before You Begin Accessing the PAD Prompt Table RecordPAD Prompt Table Record This RecordPAD Prompt Text PAD Prompt Table Record ParametersEntry Number PAD Profile Table Record Introduction What You See In This RecordSelect PAD Profile Table from Configuration GuidelinesAccessing the PAD Profile Table Record PAD Profile Table Record Parameters #1, PAD Recall#3, Data Forwarding Character #4, Idle Timer Delay#2, Echo #6, Service Signals Control #5, Device Flow Control#10, Line Folding #7, Break Signal Operation#9, Padding After Carriage Return #12, PAD Data Restraint #13, Line Feed Insertion after CR#16, Character Delete #14, Padding after LF#15, Editing #17, Line Delete#18, Line Display #19, Editing Type#20, Echo Mask #21 Parity Treatment#101, Echo Substitution Toggle Character #22, Page Wait#100, Break Character #102, Echo Substitution Character#104, Xoff Character #105, Control Signal EIA-232-D Data Restraint#103, XON Character #108, Disconnect Character #107, Idle Disconnect Timer#106, Network Parity #110, Esc Forwarding Delay Handling #109, Form Feed Padding#113, Hewlett-Packard Flow Control #111, Echo Control#112, Dynamic Data Forwarding #115, Data Forwarding Criteria #114, PAD Mode#116, Short Timer Duration #119, DCD to Data Timer Duration #117, EIA Signalling Action#118, Message Assembly Size Copying PAD Profile Tables into a ConfigurationPAD Profile Table Select Copy/Insert RecordPrinter Parameter Name Default Test Simple TransparParameter Values Stored In Memory Parameter Name TPA Hpea Hpxon Host RmotTPA Hpea Hpxon Host Rmot Message Parameter INT1984 IRANSP1PAD Bulletin Remote PAD Parameter Table Record Select Remote PAD ParameterRemote PAD Parameter Table Record Parameters #1 Parameter Number #1 Parameter Value Description Terms First Screen Detailed PAD Port StatisticsFunction Screen Term Tells YouNull Example of Detailed PAD Port Statistics, Second ScreenDescription Terms Second Screen Example of Detailed PAD Port Statistics, Third Screen Atpad Ports Criteria Descriptions Atpad OperationData Forwarding Criteria If you want to Then useFlow Control XON/XOFFNetwork Parity Application Response Delay DTR Timeout Atpad Application EnvironmentConfiguration Use these guidelines when you enter Atpad commandsConfigure Atpad Port Menu PAD Port TypeNULL, PAD, X25, SDLC, FRI, ATPAD, PPP SIMP, DTRNONE, SPAC, MARK, EVEN, ODD Data BitsParity Stop BitsBack Space Character Carriage Return CharacterLine Feed Character Data Forwarding CharacterXON Character Escape Sequence TimerData Forwarding Timer NONE, CNTL, XoffEcho Answer ModePacket Size Stored AddressesAlpha Result CodesALPHA, NUM, None Restricted Connection DestinationNONE, SPAC, MARK, Even Protocol IDNetwork Parity Atpad Port Statistics Atpad Port Statistics ScreenNull Description Terms Second Screen Technical Support Access by Analog Modem Country Data Rate Telephone NumberCountry Telephone Number Support from3Com Returning Country Telephone Number Fax NumberNumerics SymbolsIndex ApadIndex-2 Sdlc URL
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S200 specifications

The 3Com S200 is a cutting-edge networking solution designed to meet the demands of small to medium-sized businesses. Renowned for its reliability and performance, this switch offers seamless integration and enhances network efficiency through advanced features and technologies.

One of the standout features of the 3Com S200 is its versatility. With a variety of ports ranging from 8 to 48, the switch provides ample connectivity options for various devices. This flexibility makes it an ideal choice for businesses aiming to expand their network without the need for extensive infrastructure changes. Built-in support for Power over Ethernet (PoE) enables users to connect and power devices such as IP phones and cameras, simplifying wiring and installation.

Performance is another key characteristic of the 3Com S200. Equipped with Layer 2 switching capabilities, the S200 allows for intelligent traffic management and efficient data handling. It supports advanced features like VLAN tagging, which facilitates network segmentation, improving security and performance. Additionally, the switch boasts a user-friendly interface that enables streamlined management, making network monitoring and configuration easily accessible even for non-technical staff.

The durability and reliability of the 3Com S200 are further enhanced by its robust design. Built to handle the rigors of a business environment, the switch features a fanless design for quiet operation, making it suitable for office use where noise may be an issue. With energy-efficient technology, the S200 not only minimizes power consumption but also contributes to cost savings over time.

Security is a priority for modern networks, and the 3Com S200 excels in this area. It offers features such as port security and access control lists to protect sensitive data and manage user access. Moreover, support for SNMP (Simple Network Management Protocol) facilitates proactive network management and monitoring, allowing businesses to address potential issues before they escalate.

In conclusion, the 3Com S200 stands out as a reliable, efficient, and secure networking solution. With its versatile port options, Layer 2 capabilities, user-friendly management interface, and robust security features, it is an excellent choice for businesses looking to enhance their network infrastructure. Whether scaling operations or optimizing current performance, the 3Com S200 provides the technology and reliability needed to thrive in today’s digital landscape.
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