Atlantis Land A02-RA(Atmos)_ME01 manual Channel lcpmaxterminate, Channel llc

Page 59

8.14.1 Syntax

<channel> lcpmaxfailure [<n>]

8.14.2 Description

Set the Max-Failureparameter for LCP, as described in Section 4.6 of RFC1661. This is the maximum number of consecutive Configure Naks that will be sent before assuming that parameter negotiation is not converging.

Call with no argument to find the current setting. The default value is 5.

Configuration saving saves this information.

8.15<channel> lcpmaxterminate

8.15.1Syntax

<channel> lcpmaxterminate [<n>]

8.15.2 Description

Set the Max-Terminateparameter for LCP, as described in Section 4.6 of RFC1661. This is the maximum number of Terminate Requests that will be sent without reply, before assuming that the peer is unable to respond.

Call with no argument to find the current setting. The default value is 2.

Configuration saving saves this information.

8.16<channel> llc

8.16.1Syntax

<channel> llc [10]

8.16.2 Description

If 1, use an LLC header on the front of transmitted packets and require one on received ones. This consists of four bytes, FE-FE-03-CF, and is required for PPP Over AAL5 (RFC 2364 p4) when using LLC encapsulated PPP. If 0, disable this.

Call with no argument to find the current setting. The default value is 0 (disabled).

Configuration saving saves this information.

If not set, and a packet is received with an LLC header, the channel goes into a learned LLC mode and sends packets with the LLC header. Thus, interoperation with LLC-using equipment should not normally require any configuration. Learning occurs in this direction only. Setting hdlc to 0 clears this learned state. Configuration saving does not save the learned state.

Page 58 Page 60
Image 59
Page 58 Page 60
Contents Console Commands Reference Contents DHCP-client Console commands NAT Console commands Pptp Console commands Page Tftp Console commands Text conventions IntroductionScope Typographical conventionsEquipment, including safety information Uptime General notesEvent … RestartMymachine isfs version Process, process commandVersion ExampleSyntax Description History mechanismIp @console @ commandsSpecial-purpose commands Ip deviceMymachine echo hello world ListEcho … Tell process …Mymachine tell hswctrl portinfo a1 Exit, exitDebug Crlf, nocrlfIp @ unbind Commands for the chips process 18 cpuBind process, unbind Exit24 rb, rh, rw, wb, wh, ww HelpInfo 23 memTell StealConsole tell command Device Remarks Source Device addSee also Device deleteDevice list Option Permitted Ethertype values EthertypeFilter Flush FilteragePortfilter InterfaceStatus SpanningVersion Build Inclusion Compile Time ConfigurationCommand arguments ScopePortname Examples BuildList config ConfigShow device List devicesList ports List classesShow class List channels Show portSet port Set channel List all open channelsShow channel Reset port Bd3000 dhcpclient help Bd3000 dhcpclient configBd3000 dhcpclient pool PoolIp device DHCP-related IP process commandsTrace Bd3000 ip device Bd3000 ip device add ethernet ether //edd dhcpDHCP-server Console commands Bd3000 dhcpserver config Bd3000 dhcpserver pool ResetBd3000 dhcpserver help Bd3000 dhcpserver status Dhcp Server Lease Status Bd3000 dhcpserver resetBd3000 dhcpserver version Bd3000 dhcpserver traceNAT Console commands Event Bd3000 nat interfaces InterfacesEvent level Output Bd3000 nat eventInbound Bd3000 nat inbound delete ProtocolBd3000 nat sessions ppp SessionsStats Bd3000 nat protocolsBd3000 nat dump on DumpFragments Bd3000 nat versionBd3000 nat hashtable ethernet HashtableBd3000 nat fragments ether Console examples Console object typesIP dial-out over PPP IP dial-in server setupRemote Bridging Channel disableChannel clear Channel discardChannel echo every Channel echoLevel Description Channel enableChannel event Channel hdlcChannel lcpmaxfailure Channel lcpmaxconfigureChannel info Channel interfaceChannel llc Channel lcpmaxterminateChannel pvc Channel svc Channel qosChannel remoteip Channel theylogin 24 bcp Channel weloginChannel tunnel n tunnel protocol dial direction Interface n stats Interface n localipUser Pptp Console commandsDial-Out Console examplesTunnel connect BindTunnel disconnect Tunnel createTunnel delete Tunnel info Tunnel eventSummary 10.TCP/IP Console commandsDevice Command Shown by Help Saved in configurationAbort Symbol Description YesCommand Description Mymachine ip arp add ether 192.168.50.1 8020199AD9 10.3 arpAutoloop ArproutingMymachine ip ping Ip pingDevice Mymachine ip config saveClass Type Default file Config.h Ethernetdevicename s//edd Mymachine ip device delete flane DisableMymachine ip disable flane Mymachine ip device add loop loopEtherfiles EnableErrors 10.12.2Description Files10.11.3Example 10.12.1Syntax10.14 get Ipatm arpserver Ipatm abortIpatm arp Ipatm files Ipatm lifetime Ipatm help10.22.3Example Ipatm pvc10.22.1Syntax 10.22.2Description10.24 nat IphostnamePing NoerrorsNorelay 10.28.1Syntax Portname10.27.2Description 10.27.3Example10.29.2Description Protocols10.28.3Example 10.29.1Syntax10.30.3Example Relay10.30.1Syntax 10.30.2DescriptionRip allowed Rip acceptRip help Rip bootRip poison Rip hostroutesRip killrelay Rip send Rip relayRip relays Rip rxstatusRoute Rip trigger10.44.3Example Snmp RouteflushRoutes 10.48.2Description 10.47.1Syntax10.47.2Description 10.48.1Syntax10.49.3Example Subnet10.49.1Syntax 10.49.2Description10.50.3Example Untrace10.50.1Syntax 10.50.2Description10.54 ? 10.54.2Description 11.2 get Connect11.6 put InitPut localfile remotefile Index Page Page Page Page Page Wh 31 ww

A02-RA(Atmos)_ME01 specifications

Atlantis Land A02-RA(Atmos)_ME01 represents a remarkable breakthrough in sustainable living and eco-friendly technology. Situated in a progressive ecological zone, this innovative habitat is designed to harmonize with its natural surroundings while providing modern amenities for its inhabitants.

One of the standout features of Atlantis Land A02-RA(Atmos)_ME01 is its integration of renewable energy sources. The habitat utilizes solar panels that are seamlessly incorporated into its structure, harnessing sunlight to power essential systems. Additionally, small wind turbines are strategically placed to capture wind energy, making the habitat largely self-sufficient and reducing reliance on non-renewable energy sources.

Another significant characteristic of this habitat is its advanced water management system. The A02-RA(Atmos)_ME01 employs rainwater harvesting technology, collecting and purifying rainwater for domestic use. This system not only conserves water but also helps reduce the overall ecological footprint of the habitat. Furthermore, graywater recycling ensures that water from sinks and showers is treated and repurposed for irrigation and other non-potable uses.

The architecture of Atlantis Land A02-RA(Atmos)_ME01 reflects its commitment to sustainability. Built with eco-friendly materials, the structure features large windows to optimize natural light and promote passive solar heating. The design also incorporates green roofs, which provide insulation, reduce stormwater runoff, and support local biodiversity by creating habitats for wildlife and plants.

For the comfort and convenience of its residents, the habitat is equipped with smart home technology. This system allows occupants to control lighting, heating, and water usage through a central device or mobile application, promoting energy efficiency and enhancing daily living. Additionally, the interior spaces are designed with versatility in mind, allowing for easy reconfiguration to accommodate various lifestyles and needs.

Lastly, community engagement is a central theme in the A02-RA(Atmos)_ME01 design. Shared spaces, such as gardens and recreation areas, encourage social interaction and foster a sense of belonging among residents. The emphasis on community promotes collaboration in sustainability initiatives, empowering individuals to take an active role in preserving their environment.

In summary, Atlantis Land A02-RA(Atmos)_ME01 stands as a model for future living, showcasing how innovative technology and thoughtful design can create a sustainable, comfortable, and community-oriented habitat. Its commitment to harnessing renewable resources, efficient water management, and smart home integration makes it an exemplary blueprint for eco-friendly living.
Top Page Image Contents