Lantronix 900-422 manual WPA2/802.11i, Fixed or Automatic Data Rate

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Chapter 4: XPress DR+W

Enter key prompts for the new passphrase or hexadecimal key.

Key Type

Encryption Key

Hex

Enter the Encryption Key as a hexadecimal value according the following

 

guidelines:

 

Valid Hex alphanumeric characters are 0-9 and A-F.

 

64 bit hex = 5 bytes represented as xx-xx-xx-xx-xx.

 

Example: 01-A3-47-E5-C9

 

128 bit hex = 13 bytes represented as xx-xx-xx-xx-xx-xx-xx-

 

xx-xx-xx-xx-xx-xx.

 

Example: A1-B2-C3-E4-D5-F6-98-74-B7-65-A8-D3-F2

Passphrase

Enter the key as a string. A passphrase is a sentence that is translated into

 

hex by a hashing algorithm.

 

Example: My dog has spots and likes to chase cats.

 

A passphrase of more than 20 characters is recommended. Maximum length

 

is 63 characters, including spaces and punctuation characters.

 

Passphrase input is not the same as ASCII input. The passphrase input is

 

safer because it has up to 63 characters. ASCII input has a maximum of 5

 

(WEP64) or 13 (WEP128) characters and limits the number of key

 

combinations.

Please refer to the other equipment’s manual to determine the passphrase input style recommended.

Set the Encryption type to the minimum required security. The plus sign denotes that the group (broadcast) encryption method is different from the pairwise (unicast) encryption, in this case WEP and TKIP, respectively. For example, CCMP+TKIP => pairwise = CCMP, and group = TKIP.

WPA2/802.11i

The WPA2/802.11i mode complies with the Robust Secure Network specified in the IEEE standard 802.11i. It enables the AES-based strong CCMP encryption.

Enter key prompts for the new passphrase. Maximum length is 63 characters; the recommended minimum is 20 characters.

Set the Encryption type to minimum required security. The plus sign denotes that the group (broadcast) encryption method is different from the pairwise (unicast) encryption. For example CCMP+TKIP => pairwise = CCMP, and group = TKIP.

Fixed or Automatic Data Rate

The XPress DR+W can control the transmission rate. Select 0 to set a fixed data rate, or select 1 to set an automatic data rate. The default setting is 1 (auto).

TX Data rate 0=fixed, 1=auto (1) ? _

XPress DR+ User Guide

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Contents XPress DR+ User Guide Lantronix Corporate Headquarters Technical Support Sales OfficesDate Rev Comments Contents Using DeviceInstaller Configuration Using Web ManagerContents Configuration Using Telnet or Serial Port Setup Mode Setup Mode Server ConfigurationSetup Mode Channel Configuration Expert Settings Option 5 Setup Mode Advanced SettingsAppendix D Binary to Hexadecimal Conversions 108 Firmware UpgradesMonitor Mode Troubleshooting and Technical SupportFigures Appendix F Warranty 115 Index 116Tables Chapter Description Using This GuidePurpose and Audience Summary of ChaptersAdditional Documentation Using This GuideProduct Description IntroductionXPress DR+ Front IntroductionNetwork Protocols Serial Tunneling Industrial Automation ProtocolsExample of Serial Tunneling XPress DR+ Application ExamplesPort Numbers Addresses and Port NumbersHardware Address IP AddressLantronix Web Manager. See Configuration Using Web Manager Configuration MethodsWhat Must the User Provide? Installation and HardwarePhysically Connecting the XPress DR+ Whats in the Box?XPress DR+ Front Panel Installation and HardwareFront of XPress DR+ Serial InterfaceSerial Screw Terminal Pinout for RS485 2-Wire Screw Terminal Serial ConnectorsRJ45 Serial Connector Pinouts Serial Screw Terminal Pinout for RS422 4-WireDTE, 9-Pin XPress DR+ Female Serial RJ45 Pin RS-232 to Serial RJ45 Cable P/NEthernet Interface Signals Typical RJ45 ConnectorEthernet Interface Power Requirements Reset SwitchMulti-Drop Ethernet Connections LEDs RXD Activity LED TXD Activity LED Ethernet Link LEDEthernet Activity LED Dimensions Status MeaningXPress DR+ LED Functions Product Information Label Wall Mount BracketXPress DR+W Application ExamplesSerial Tunneling Network Ad Hoc Network Serial Tunneling InfrastructureXPress DR+W Ad Hoc XPress DR+W Connection Physically Connecting the XPress DR+WFront Panel Description Typical XPress DR+W ConfigurationXPress DR+W LED Functions Required Information for Initial ConfigurationIP Address Subnet Mask Gateway Installing the XPress DR+W for Initial ConfigurationServer Configuration Option Wlan SettingsOptions Bit Network Mode XPress DR+W onlyBootP/DHCP/AutoIP options Set Gateway IP AddressChange Dhcp Device Name Wlan Configuration OptionChange Telnet Configuration Password Netmask Number of Bits for Host PartTopology Network Name SsidAdhoc Network Channel Key Type Encryption Key HexPassphrase WPA Fixed or Automatic Data Rate WPA2/802.11iTransmission Data Rate Next StepsAssigning an IP Address Using DeviceInstallerInstalling DeviceInstaller To install DeviceInstallerTo view the units current settings Accessing the XPress DR+ Using DeviceInstallerViewing the Current Configuration Using DeviceInstallerSetting Description Supports Dynamic IP Supports ConfigurablePins Supports Http SetupConfiguration Using Web Manager Accessing XPress DR+ Using DeviceInstallerConfiguration Using Web Manager Lantronix Web Manager Network ConfigurationDhcp Host Name Automatic IP Address ConfigurationTo assign an IP address automatically AutoIPTo assign an IP address manually Server ConfigurationStatic IP Address Configuration Default GatewayServer Configuration To configure the units device server settingsAdvanced Host List Configuration To configure the units host list0x77FE Server Port MTU Size To configure the channel’s serial settings Channel ConfigurationSerial Settings Retry SettingsChannel Port SettingsPack Control Flush Input Buffer Serial to NetworkFlush Output Buffer Network to Serial To configure a channel’s TCP settings Connection Settings TCPConnect Protocol Connect Mode Passive ConnectionConnect Mode Active Connection Endpoint ConfigurationCommon Options Connection Settings UDPDisconnect Mode To configure a channel’s UDP settingsDatagram Type Datagram ModeDevice Address Table Wlan Configuration XPress DR+W onlyWlan Settings Ad Hoc Network Type To configure the XPress DR+W’s Wlan settingsChannel Wireless Network ConfigurationNetwork Name Ssid Network TypeWireless Network Security WEP OptionsWPA Options WPA2/802.11i Options Applying SettingsApplying Factory Defaults Advanced SettingsAccessing Setup Mode Configuration Using Telnet or Serial Port Setup ModeConfiguration Using Telnet or Serial Port Setup Mode Serial Port ConnectionTo establish a Telnet connection To exit setup mode Exiting Setup ModeSetup Mode Server Configuration Setup Mode Server Configuration Dhcp Name Setup Mode Channel Configuration Channel 1 Option 1 and Channel 2 OptionBaudrate Common I/F Mode Setting Binary Hex Interface ModeSetup Mode Channel Configuration Mode OptionPort Numbers Reserved for FlowPort Number Flow Control Option HexConnect Mode Option Connect ModeIncoming Connection ResponseActive Startup Autostart Automatic ConnectionHostlist Directed UDP Modem ModeTo enable the hostlist Datagram TypeMessage Meaning Modem Mode Commands Modem Mode Function CommandSend the Escape Sequence +++ in Modem Mode Auto Increment Source PortRemote IP Address DisConnMode Disconnect Mode OptionDisconnect Mode Options Remote PortFlush Mode Buffer Flushing Pack ControlOption Send Characters DisConnTime Inactivity TimeoutPacking Interval Trailing CharactersTelnet Terminal Type Channel Port PasswordWlan Settings XPress DR+W Only Send CharactersTopology 0=Infrastructure, 1=Adhoc 0 ? WEP WEP64 or 13 WEP128 bytes and limits the number of key TX Data rate 0=fixed, 1=auto fallback 1 ? Enable Power Management Disable Monitor Mode at bootup Setup Mode Advanced SettingsExpert Settings Option ARP Cache timeout in secondsHttp Port Number Security Settings OptionEnable alternate MAC Setup Mode Advanced SettingsDisable Port 77FE Hex Disable SnmpDisable Telnet Setup Disable Tftp Firmware UpgradeDefault Settings Option Topology AdHoc Network Name Expert SettingsSecurity Settings Wlan Settings XPress DR+W onlyROM File Firmware UpgradesUsing Tftp Graphical User Interface Obtaining Firmware Reloading FirmwareUsing Tftp Command Line Interface Firmware UpgradesTo recover firmware Firmware Upgrades Monitor Mode Commands Monitor ModeEntering Monitor Mode Using the Serial Port Entering Monitor Mode Using the Network PortG0, G1, ....,Ge, Gf Monitor ModeCommand Command Name Function Monitor Mode CommandsResponse Meaning Command Response CodesProblems and Error Messages Troubleshooting and Technical SupportProblems and Error Messages Problem/Message Reason SolutionTroubleshooting and Technical Support XPress DR+ User Guide 101 Technical Support Europe, Middle East, and Africa Technical SupportXPress DR+ and XPress DR+W Specifications Appendix a Technical SpecificationsAppendix a Technical Specifications XPress DR+W Wireless SpecificationsCategory Ieee 802.11b/g Appendix B Lantronix Cables and Adapters Lantronix P/N DescriptionApplications AutoIP Appendix C Alternative Methods of Assigning an IP AddressARP and Telnet Appendix C Alternative Methods of Assigning an IP AddressTo assign a temporary IP address Scientific Calculator Appendix D Binary to Hexadecimal ConversionsConverting Binary to Hexadecimal Conversion TableAppendix D Binary to Hexadecimal Conversions Emissions Immunity Appendix E Compliance InformationDeclaration of Conformity Electromagnetic Emissions and Immunity XPress DR+Appendix E Compliance Information RadioElectromagnetic Emissions and Immunity XPress DR+W USA Federal Communications Commission FCC Notice XPress DR+W Regulatory InformationCanada Industry Canada Notice Antenna NoticeExposure of Humans to RF Fields Australia & New Zealand Wireless Notice Europe R&TTE Directive 99/5/EC, Wireless NoticeAppendix F Warranty Index

900-422 specifications

The Lantronix 900-422 is a robust industrial device used primarily for remote access and management applications. Known for its reliability and versatility, this product caters to a variety of sectors, including telecommunications, manufacturing, and energy management.

One of the standout features of the Lantronix 900-422 is its ability to provide secure remote management capabilities. With built-in support for secure protocols like SSH and SSL, users can confidently access and control devices over the internet while ensuring data integrity and confidentiality. This security is crucial for applications where sensitive information is transmitted.

The device is equipped with a versatile multi-port serial connectivity option. With support for multiple serial communication protocols, including RS-232 and RS-485, the 900-422 can seamlessly interface with various types of industrial equipment and sensors. This adaptability enhances its usability in diverse environments and tasks, from monitoring weather stations to managing industrial machines.

Another significant characteristic of the Lantronix 900-422 is its compact and rugged design, making it suitable for installation in harsh industrial settings. Its durable exterior is resistant to dust and moisture, ensuring that it maintains performance even in challenging conditions.

The device also features an intuitive web-based interface, simplifying configuration and management. With this graphical user interface, users can quickly set up the device, manage settings, and monitor connected devices, all from a centralized location. This ease of use significantly reduces the time and effort needed for system administrators to maintain their networks.

Additionally, the Lantronix 900-422 is equipped with advanced monitoring and diagnostic tools. Users can track performance metrics and receive alerts for potential issues, enabling proactive maintenance and reducing downtime. The combination of real-time monitoring and remote access capabilities allows organizations to streamline their operations and respond swiftly to any anomalies.

Overall, the Lantronix 900-422 stands out as a reliable solution for remote device access and management. Its blend of security, versatility, and user-friendly features ensures that it meets the diverse needs of modern industrial applications, making it an essential tool for any organization looking to enhance operational efficiency and reliability.