Hibernating WG Chairs (non voting) 802.17 Resilent Packet Ring John Lemon 802.20 MBWA Radhakrishna CanchiĪppointed Officers 1st VICE CHAIR Pat ThalerĪppointed Officers (non voting) MEETING MGR MEMBER EMERITUS Working Group/TAG Chairs 802.11 WLAN Bruce Kraemer IEEE 802 Organization EXECUTIVE COMMITTEE (EC) CHAIR Paul Nikolich IEEE 802 is here: a standards committee formed by the Computer Society Link Aggregation Link Layer Discovery Protocol (LLDP) Time synchronization Audio video bridging systems Bridge port extension Security Provider Bridges (PB) /Q-in-Q/ Provider Backbone Bridges (PBB) /MAC-in-MAC/ Edge Virtual Bridging (EVB) Operation, Administration, and Maintenance (OAM): Connectivity Fault Management (CFM) Protection switching Management Quality of Service (QoS)

Rapid Spanning Tree Protocol (RSTP), Multiple Spanning Tree Protocol (MSTP) Multiple Registration Protocol (MRP) Shortest Path Bridging (SPB) Software Defined Networking (SDN) aspects Enhancements to bridging of 802.11 Other 802.1 standards not covered by this tutorial IEEE 802.1 Overview Bridge architecture Data plane Įnhanced transmission selection (ETS) Priority-based flow control (PFC) Congestion Notification (CN) Stream Reservation Protocol (SRP) Credit based shaper Preemption and time scheduled queuing Policing

Understanding of today’s L2 would be useful.

L2 bridging sometimes even in the same box

Today’s networks often involve a mixture of 元 routing and.

Overall capabilities are discussed but details are not.

A lot of topics covered  at a high level.

It is much more than spanning tree protocol and 4K VLANs.

Give an overview of the capabilities of today’s 802.1Q.IEEE 802.1Q Media Access Control Bridges and Virtual Bridged Local Area Networks Patricia Thaler, Norman Finn, Don Fedyk, Glenn Parsons, Eric Gray

Ieee 802.1 mac address learning