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#Atm emulator adobe mac 2018 how to#

The following example shows how to configure the Reuse MAC for ATM Route-Bridge Encapsulation feature using an MAC address for the ATM point-to-point sub-interface:ДЈ. Router(config)# interface atm 3/0.100 point-to-point The following example shows how to configure the Reuse MAC for ATM Route-Bridge Encapsulation feature using an interface: Router# show running interface atm0/0.000Д¬onfiguration Examples for Reuse MAC for ATM Route-Bridge Encapsulation Show running interface atm slot/ port Example: This is option 2, skip step 4 if you prefer to specify the MAC address and not the interface name. Specifies the user defined or explicit MAC address that can be used to configure the ATM point-to-point sub-interfaces. Router(config-subif)# atm ether-mac-address 00a1.0b65.87bc Step 4 and step 5 are exclusive of each other.ДЄtm ether-mac-address mac-address Example: This is option 1, skip step 5 if you prefer to specify the interface name and not the MAC address. Specifies the interface name whose MAC address can be used to configure the ATM point-to-point sub-interfaces. Router(config-subif)# atm ether-mac-address interface fastEthernet 0/0 Slot/port-Specifies the location of the interfaceДЄtm ether-mac-address interface-name Example: Specifies the ATM interface to be configured and enters ATM point-to-point sub-interface mode, where: show running interface atm slot/ port DETAILED STEPS Only physical Ethernet interfaces can be used as client interfaces whose MAC address can be used for the ATM P2P sub-interface. The Reuse MAC for ATM Route-Bridge Encapsulation configuration is available only in the ATM point-to-point sub-interface mode. How to Configure Reuse MAC for ATM Route-Bridge Encapsulation Virtual circuit (VC) on each sub-interface that connects each subscriber to the The Reuse MAC for ATM Route-Bridge Encapsulation feature provides for aД¬onfigurable MAC address for ATM point-to-point sub-interfaces, with the single Sample Topology for Reuse MAC for ATM Route-Bridge Route-Bridge Encapsulation (RBE) to enable packets from the hosts to be bridgedДЄcross the ATM connection as shown in the figure below.ДЇigure 1. The ATM interface in the CPE is configured with Server (can be the BRAS), and when the IP address is assigned, the packets

A host sends a DHCP request to get its IP address from the DHCP In a standard setup, hosts are connected to the BRAS through Through Ethernet and legacy ATM between the CPE and the BRAS, and aggregation The Broadband Remote Access Server (BRAS), the hosts are connected to the CPE (CPE) that in turn communicate to the Internet Service Provider (ISP) through When multiple hosts are connected to the Customer Premises Equipment Information About Reuse MAC for ATM Route-Bridge Encapsulation

#Atm emulator adobe mac 2018 software#

Use Cisco Feature Navigator to find information about platform support and Cisco IOS and Catalyst OS software image support. To find information about the features documented in this module, and to see a list of the releases in which each feature is supported, see the Feature Information for Define Interface Policy-Map AV Pairs AAA. For the latest feature information and caveats, see the release notes for your platform and software release. Your software release may not support all the features documented in this module. The Reuse MAC for ATM Route-Bridge Encapsulation feature provides for a configurable MAC address for ATM point-to-point sub-interfaces, with the single VC on each sub-interface that connects each subscriber to the ISP. Reuse MAC for ATM Route-Bridge Encapsulation

Feature Information for Reuse MAC for ATM Route-Bridge Encapsulation.

Configuration Examples for Reuse MAC for ATM Route-Bridge Encapsulation.

How to Configure Reuse MAC for ATM Route-Bridge Encapsulation.

Information About Reuse MAC for ATM Route-Bridge Encapsulation.

Reuse MAC for ATM Route-Bridge Encapsulation.

Preserve 802.1Q Tagging with 802.1P Marking over ATM PVCs for xDSL Uplinks.

SNMP Trap Support for the Virtual Switch Interface Master MIB.

MPLS Diff-Serv-aware Traffic Engineering over ATM.

Configuring Token Ring LAN Emulation MPOA.

Configuring the Multiprotocol over ATM Server.

Configuring the Multiprotocol over ATM Client.

Enhanced Voice and QoS for ADSL and G.SHDSL.

#Atm emulator adobe mac 2018 plus#

Unspecified Bit Rate Plus and ATM Enhancements.

ATM Software Segmentation and Reassembly.

Configuring ATM SNMP Trap and OAM Enhancements.

ATM Policing by Service Category for SVC SoftPVC.

ATM OAM Support for F5 Continuity Check.

ATM Multilink PPP Support on Multiple VCs.

Lossless Compression and ATM Cell Switching and BITS Clocking.