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Boost Your Bandwidth & Network Resilience with Link Aggregation (LAG)!In this episode of Technically U, we break down Link Aggregation, also known as LAG, EtherChannel, Port Channel, and LACP.
Whether you're a network engineer or just LAG-curious, we’ll explain how combining multiple Ethernet links into one logical link can supercharge your bandwidth, provide redundancy, and prevent bottlenecks.
🎧 You’ll Learn:
✅ What Link Aggregation is and why it's used
✅ How LACP (IEEE 802.3ad) automates link grouping
✅ Key benefits: speed, redundancy, and load balancing
✅ LAG vs. STP – which is better for performance?
✅ Real-world use cases in data centers, enterprise, and even advanced home networks✅ Configuration tips, common pitfalls, and next-gen innovations like MC-LAG & SDN
If you're serious about smarter, faster, and more reliable networking, this episode is a must-listen!
🔔 Don’t forget to like, subscribe, and share if this helped clarify the power of link aggregation.
Boost Your Bandwidth & Network Resilience with Link Aggregation (LAG)!In this episode of Technically U, we break down Link Aggregation, also known as LAG, EtherChannel, Port Channel, and LACP.
Whether you're a network engineer or just LAG-curious, we’ll explain how combining multiple Ethernet links into one logical link can supercharge your bandwidth, provide redundancy, and prevent bottlenecks.
🎧 You’ll Learn:
✅ What Link Aggregation is and why it's used
✅ How LACP (IEEE 802.3ad) automates link grouping
✅ Key benefits: speed, redundancy, and load balancing
✅ LAG vs. STP – which is better for performance?
✅ Real-world use cases in data centers, enterprise, and even advanced home networks✅ Configuration tips, common pitfalls, and next-gen innovations like MC-LAG & SDN
If you're serious about smarter, faster, and more reliable networking, this episode is a must-listen!
🔔 Don’t forget to like, subscribe, and share if this helped clarify the power of link aggregation.