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MikroTik Switching with LABS
Intro to MikroTik Switching
Intro: MikroTik Switching (20:50)
Maximum Transmission Unit (MTU)
What is the Maximum Transmission Unit (MTU) (8:48)
MTU LAB (6:42)
Virtual Local Area Network (VLAN)
What is VLAN (18:51)
Port Based VLAN (15:51)
Configuring Q-in-Q using Hardware offloading (13:19)
Configuring VLAN Management (20:16)
Dynamic Entries in Bridge VLAN and Ingress Filtering (15:01)
MAC Based VLAN (12:04)
VLAN Tag Stacking (13:19)
Spanning-Tree Protocol (STP, RSTP & MSTP)
Explaining Problems on Redundant switching without using STP (11:02)
How Spanning-Tree Works (15:16)
Interfaces States in STP (8:32)
Configuring Classical STP on MikroTik Switches (15:00)
Topology Change Notification in Spanning-Tree (17:29)
Difference between STP and RSTP (9:11)
Understand the Negotiation Mechanism in RSTP (6:30)
Configuring Rapid STP on MikroTik Switches (6:13)
What is Multiple Spanning-Tree Protocol (9:50)
Configuring MSTP on MikroTik Switches (11:09)
Link Aggregation (Bonding)
What is Link Aggregation (Bonding) (7:13)
Configuring Bonding using LACP and Balance-rr (9:57)
Port Isolation
Understanding and Configuring Port Isolation using Isolated Groups (10:52)
Understanding and Configuring Private VLAN (7:27)
Bridge Horizon on MikroTik Switching (6:26)
Layer 2 Quality of Service (L2 QOS)
What is L2 QOS (4:39)
L2 QOS without switch chip (software offloaded) (11:46)
L2 QOS with switch chip (hardware offloaded) (6:47)
Layer 2 Security
IGMP Snooping (5:07)
DHCP Snooping (8:20)
Loop Protect (6:40)
Layer 2 Firewall - RouterOS bridge filter features (7:04)
Layer 2 Security - ARP (19:59)
Securing the Switch (19:07)
Thank You + Next Steps
Thank You – Feedback, Rewards & More
L2 QOS without switch chip (software offloaded)
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