Posts Tagged ‘ccie spv3’
Below is a good write-up by now dual CCIE 35565 IEOC user ndiayemalick after passing the SP lab:
I have passed the CCIE SP Lab yesterday at Brussels. The results came in pretty fast around 10 PM. I will share my experience here. I will only share things pertaining to the SP lab. There are many other posts about the lab in general, preparations, what to expect, the proctors, etc…. Here we go:
- Don’t forget to commit your changes
- Don’t forget to create the BGP_PASS RPL to allow eBGP routes to pass
- Check each and every step on the way. You do not want to be troubleshooting CSC problem because one of your LDP session was not up.
- Logging is disabled on all the IOS devices with “no logging on / no logging console”. I enable it but checked with the proctor who told me to make sure to put disabled it back at the end of my lab, which I did. Do not assume anything, you have a doubt, ask the proctor.
- Keep track of :
BGP peerings (Route reflector for IPv4/IPv6 VPNv4/VPNv6)
RPs per site
- Use the command ‘ip route profile’ to make sure that your routing is stable.
- There’s a lot of reverse engineering in the lab. Many things are pre build for you with many many faults in IPv4 and IPv6 for all address families so know even worst get acquainted your protocols (BGP, OSPF, IS-IS,EIGRP, RIP, PIM) for both address families
- Verify all your neighboring as you go. OSPF, IS-IS, BGP, LDP, RSVP, PIM,etc… You do not want to troubleshooting OSPF neighboring because your MPLS TE is not working. You can waste a lot of time. Things build up as go. The further you go in the lab, the harder it will become to see small details.
- Besides the DOC-CD, Notepad is your next best friend. Many configurations are repetitive. You will gain time and reduce the chance of making a mistake by using it. I had 3 notepad widows one for TCL scripts, another one called “AT THE END” to put back the configurations I changed like logging, and another one for copy/paste configs to save time.
- Read the lab end to end before starting type. Every word is important. The lab is pretty self explanatory but you have to know your stuff hence you need speed and accuracy.
- It’s harder than the R&S lab but easier because to study because of less topic to focus on.
- Sent private emails to Brian and he helps out a lot. Even Mark Snow was available to meet me personally in Columbus, Ohio. How cool is that ?
- I was tested on all possible PE-CE Routing protocols, filtering and loop avoidance techniques.
- Use TCL scripts to check reachability for all address families. It’s crucial. SP is all about reachability and doing the way they wanted it.
- Found 2 typos in the lab: OPSF instead of OSPF and PIM-SW instead of PIM-SM. I was kind enough to send a feedback
- during the end, my Internet Explorer froze. After killing the process in the Task Manager, I was not able to log back in the lab to display the tasks. I still had access to the devices. After multiple attemps with the proctor, we decided to save my configs and logg off. By doing that, I lost all my TCL scripts and notepad notes. Lesson: do not open multiple IE windows even when going for the documentation.
- Request for reread after passing the lab ?????: You can request a reread even when you pass the lab. How stupid is that?????
- Now INE owes me 2 CCIE shirts
Do not hesitate if you have questions, I will help out as much as I can without breaking NDA of course
Read the replies to this post on IEOC here :
I’m in the process of finalizing new updates to the Service Provider CCIE racks and publishing the new hardware specification. I’m going to be using the new hardware specification for my London SPv3 Bootcamp in two weeks before releasing it to the public. I’ve already replaced the two CE 2600XMs with four 1841′s running IOS 15.1T for the CEs. This allows for additional IPv6 VRF support along with many other newer features on the CE devices. Also having 2 extra CE devices is nice.
For VPLS we now support large scale VPLS implementation by adding a four port OC3 POS card to each SDR. This is great for the bootcamps so that students can interconnect their racks. Also if someone wants rent two racks they will be able to interconnect them to test larger scale scenarios. As far as interconnections between the racks I’ve added in a backbone GigE connection between the racks so we can do BGP peering.
From my understanding we are the only training company that offers SPv3 rack rentals and workbooks much less VPLS support. Also I’m fairly sure we’re the only training company that’s offering a dedicated rack now for each SPv3 bootcamp student. I can’t verify this since I don’t have a rearview mirror but this is just what our customers are telling me
Below is the new POS interconnection diagram.
After my London SP bootcamp in three weeks I’ll publish the new hardware specification along with finalizing our new graded Service Provider Mock Labs. These new graded SP mock labs will use two full SP racks which means 4 IOS XR SDRs, 12 7200VXRs, 4 ME3400 switches, and 8 1841′s for CE devices. These labs will be fun!
Edit: This topology has been deprecated and replaced by a similar but simpler topology used in INE’s CCIE SPv3 Lab Workbook. More information about this topology is available here.
Per the request of many candidates, I’ve finished putting the final touches on the hardware topology that will be used for our new CCIE SPv3.0 Advanced Technologies Class and Workbooks. The topology consists of 20 routers – 2 of which are IOS XR 3.9.1, 6 of which are 7200VXRs, and 12 of which are 2600XMs – and 2 Catalyst ME3400 switches.
If you are interested in beta testing any of the content I’m working on for the upcoming CCIE SPv3 Advanced Technologies Class or CCIE SPv3 Workbook email me at firstname.lastname@example.org with the subject line CCIE SPv3 Beta. More details of the class, workbook, and rack rentals will be posted in the coming weeks.
The specific details of the topology are as follows: