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🎓 IT CAREER PASS — Get Cisco CCNA Certified The express lane to your CCNA certification. Animated courses, hands-on labs, exam simulator. → https://www.formip.com/bundles/it-car... ━━━━━━━━━━━━━━━━━━━━━ Your devices are generating their own IPv6 addresses right now — and most network engineers have no idea how. EUI-64 is one of the most tested CCNA topics and one of the least understood. After this video, you'll never be confused by it again. 📌 In this video: We break down exactly how the EUI-64 method works: taking a 48-bit MAC address, splitting it in two, inserting FFFE in the middle, and flipping the 7th bit to generate a unique 64-bit interface identifier. We also cover IPv6 prefix length and subnetting, showing you how to find the network address using binary conversion just like in IPv4. You'll learn the three IPv6 address types — unicast, multicast, and anycast — and the specific subtypes including link-local, global unicast, and unique local. Finally, we walk through the real Cisco CLI commands: ipv6 enable, ipv6 address eui-64, and ipv6 unicast-routing, so you can configure EUI-64 on any router interface with confidence. ⏱️ Chapters: 0:00 — Your Devices Are Self-Configuring Right Now 0:50 — IPv6 Prefix Length & Subnetting Recap 1:27 — Finding the Network Address with Binary 2:37 — IPv4 vs IPv6: Subnet Mask Comparison 3:13 — Unicast, Multicast & Anycast Address Types 4:09 — EUI-64: What It Is and Why It Exists 4:48 — Step-by-Step EUI-64 Calculation from MAC Address 5:40 — Flipping the 7th Bit Explained 6:08 — Cisco CLI: Configuring IPv6 with EUI-64 7:00 — Enabling IPv6 Unicast Routing ━━━━━━━━━━━━━━━━━━━━━ #IPv6 #EUI64 #CCNA #Networking #CiscoConfiguration