- #Microsoft ecpression web for mac how to#
- #Microsoft ecpression web for mac series#
- #Microsoft ecpression web for mac mac#
#Microsoft ecpression web for mac mac#
Ethertype Any, MAC Match src any, dest any loopback not set, ARP type ARPA, ARP timeout 04:00:00 Last input never, output never Last clearing of "show interface" counters never 1924812905 packets input, 1293208601922 bytes 3 input drops, 0 queue drops, 0 input errors 778056641 packets output, 447390756224 bytes.This difference makes customer traffic tagged with the standard Ethertype appear as untagged in the provider network so customer traffic is tunneled in the port VLAN of the provider port. provider bridges use an Ethertype value that is different from the standard 802.1Q Ethertype value, and do not understand the standard Ethertype.Use the VLAN TPID profile to specify the value of the EtherType field. The value of the EtherType field specifies where the VLAN header is placed in the Ethernet frame. VLAN stacking (QinQ) VLAN stacking allows you to have multiple VLAN headers in an Ethernet frame. QinQ.Sw1.3560# vlan 34 name vlan34 ! interface FastEthernet0/1 description Trunk to QinQ.Sw2.3560 switchport trunk encapsulation dot1q. Remember, you must check the system MTU on them, as they will also need to be 1504 to be able to process double tagged frames in the QinQ ring. The config for the QinQ.sw1.3560 & QinQ.sw2.3560 are shown below. This post is basic and is meant for beginners that wish to understand this feature. If you need some background, refer to the What is QinQ blog post or others on the web. QinQ (802.1ad) allows multiple C-VLANs to be tunneled via a new S-VLAN tag on the same Ethernet frame.
#Microsoft ecpression web for mac how to#
This post explains how to configure QinQ (802.1ad) on Mellanox Switches. Minn kota autopilot not working This post explains how to configure QinQ (802.1ad) on Mellanox Switches.
of the interface at which the tag imposition occurred. 12 bits are used for the VLAN ID, the other bits in the VLAN fields are filled in according to the QoS policy, etc. switch) is configured to use a different ethertype. The second tag is assigned an ethertype of 0x8100 by default, unless the tag imposing device (i.e. In this situation, you can enable Huawei devices and non-Huawei devices to interwork with each other by setting the EtherType value in the outer tag of the interface on PE2.
Figure 9-16 shows the networking and the EtherType value in the outer tag of QinQ packets. This amendment to IEEE Std 802.1Q-1998 is intended to develop an architecture and bridge protocols, compatible and interoperable with existing Bridged Local Area Network protocols and equipment, to provide separate instances of the MAC services to multiple independent users of a Bridged Local Area Network in a manner that does not require cooperation among the users. Does anyone knows what is correct? -Preceding unsigned comment added by 212.73.30.50 13:31, 7 December 2009 (UTC) I agree too.
The graphics states that both tags use 8100. QinQ ethertype? I was under the impression that Q in Q used the ethertype of 0x9100 in the outer tag and the ordinary Q type 8100 in the inner tag.
#Microsoft ecpression web for mac series#
Rotate array 90 degrees c Understanding Q-in-Q Tunneling and VLAN Translation, Configuring Q-in-Q Tunneling on QFX Series Switches, Configuring Q-in-Q Tunneling on EX Series Switches with ELS Support, Configuring Q-in-Q Tunneling on EX Series Switches, Configuring Q-in-Q Tunneling Using All-in-One Bundling, Configuring Q-in-Q Tunneling Using Many-to-Many Bundling, Configuring a Specific Interface Mapping with VLAN ID.
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