Provide examples if possible.
Exploring the Splunk Web Interface | Major Features and Preferences Welcome
to this in-depth guide to the Splunk Web interface! In this video, we
explore...
2 months ago
My Blog List
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The debates around IP multicast stopped about five to ten years ago AFAICT. No one wants to deal with it anymore. In theory, IP multicast was a good idea b...1 year ago
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https://cloud.google.com/load-balancing/docs/tcp/internal-proxy Traffic flow: client -> Load-balancer Forwarding rule TCP IP:port -> Target proxy -> backen...1 year ago
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At its core, DNS is what makes the internet work. Without it, everyone would need to remember the IP address…2 years ago
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Defining service availability using the famous X nines (and all the hacks like “planned downtime doesn’t count”) is pretty useless in a highly distribute...4 years ago
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Please join us in congratulating the following iPexpert students who have passed their CCIE lab! This Week’s CCIE Success Stories Lucas Handybiantoro, CCIE...8 years ago
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It’s official, the CCIE DC has been announced. Here’s the meat of the announcement: “Cisco announced today that a new expert-level certification for data c...12 years ago
About Me
- Packets Analyzed
- A dynamic, innovative, and skilled individual that is passionate about technology providing technical leadership and architectural oversight. I have in depth knowledge in a variety of technologies which provides a holistic overview of the environment and allows for superior solutions. I take business challenges and create IT solutions that are highly available, scalable, and secure. I have the ability to translate business objectives into IT initiatives. I have a continued thirst for knowledge and share that knowledge with colleagues, business partners, and vendors. I make contributions to the IT community participating in seminars, online forums, and actively blogging.
CCIE, CCNP, CCDP, CCIP, CCNA Voice, CCNA Security, CCNA R&S, CCDA, Network, GCFW, GSEC, CEH, VCP4, VCP3, CNE6, MCITP - WK8 Server Admin, MCTS - WK8 MS Certified Technology Specialist, MCTS - WK8 Network Infrastructure Config, MCTS - WK8 AD Config, MCTS - WK8 Application Infrastructure Config, MCSA-MS Certified Solutions Associate, MCSE 2K, MCSE 2K8, MCSA 2K, MCSE 2K3, A+, ITILv3, CSA, CQS-FDS, FCNSA, FCNSP, BCNP, CDCSN-DS, BCLE, ACE, CNSS, CNSE, BCLP, CS-CRSFS, HP AIS
Popular Posts
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When building networks leveraging a variety of products you need to consider interoperability and configuration consistency. When leveraging... -
The topology depicted in the diagrams is used to help demonstrate data flow during failure and to provide discussion around best practices a... -
JunOS separates the control plane and the forwarding (data) plane. The control plane contains the processes that control routing and switchi... -
The flow starts with the initial "Packet Processing" ----> "Security Pre-Policy" ----> "Application" --... -
Confirming that local authentication on the switch and ACS is working after you finished your configuration perform the following: Run t... -
VLR - (Visitor Location Register) A database of the subscribers who have roamed into the domain of another MNO (Mobile Network Operator/MS...
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If you struggle with what is what in regards to Inside/Outside Local/Global then the following may help. View it from the following perspe... -
Well it is time to buckle down and make it happen in 2014. The goal is to become a dual CCIE by the end of 2014. I have previously passed th...
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Nexus 7000/5000 SPAN Sessions SPAN Session Limit - 18 Nexus 1000V SPAN Session Limit (SPAN and ERSPAN) - 64 Nexus 5000 SPAN Sessions Can S...
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Master Selection - High Availability with Fortinet Master (also known as the Primary) is chosen based on the following monitored port ...
1 comments:
Just like in IPV4 you will need frame maps when using IPV6 or when using bridging. Frame maps are used to resolve the DLCI to a IPV6 address or to a bridge group
IPV6 Example:
R1
__
interface Serial0/0
no ip address
encapsulation frame-relay
ipv6 address 2001:CC1E:0:1::1/64
ipv6 address fe80::1 link-local
frame-relay map ipv6 fe80::1 102
frame-relay map ipv6 2001:CC1E:0:1::2 102 broadcast
frame-relay map ipv6 2001:CC1E:0:1::3 103 broadcast
R2
__
interface Serial0/0
no ip address
encapsulation frame-relay
ipv6 address 2001:CC1E:0:1::2/64
ipv6 address fe80::2 link-local
frame-relay map ipv6 fe80::2 201
frame-relay map ipv6 2001:CC1E:0:1::1 201 broadcast
frame-relay map ipv6 2001:CC1E:0:1::3 203 broadcast
R3
__
interface Serial0/0
no ip address
encapsulation frame-relay
ipv6 address 2001:CC1E:0:1::3/64
ipv6 address fe80::3 link-local
frame-relay map ipv6 fe80::3 301
frame-relay map ipv6 2001:CC1E:0:1::2 302 broadcast
frame-relay map ipv6 2001:CC1E:0:1::1 301 broadcast
Bridging Example:
R1
__
bridge 1 protocol ieee
interface fastethernet 0/1
description LAN1
bridge-group 1
inter serial 0/0
bridge-group 1
frame-relay map bridge 102 broadcast
R2
__
bridge 1 protocol ieee
interface fastethernet 0/1
description LAN2
bridge-group 1
inter serial 0/0
bridge-group 1
frame-relay map bridge 201 broadcast
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