This technical workshop is made up of lectures and hands-on lab exercise to teach design issues to build routing infrastructure, classifications and how to choose different routing protocols, Internet routing architecture design principles, OSPF, BGP, BGP traffic engineering and scaling tools i.e. Local Pref, MED, AS path prepend, communities, Route reflector, peer group etc. Presentation cover detail protocol level operation an industry best current practice for both service provider and enterprise network. The course also includes intense practical work based on IPv4 as well as IPv6 and Cisco IOS router configuration commands.
- Early-bird (20% off): PGK 450 / AUD 192 for APNIC members & PGK 680 / AUD 288 for Non-members
- Early-bird fees end on 21 December 2016 (fee must be paid by this date)
- Standard (Pay onsite – Cash only): PGK 570 / AUD 240 for APNIC members & PGK 850 / AUD 360 for Non-members
Mid level to senior technical and design staff of ISP, network operators or enterprise, who are involved in day-to-day network operation and planning function.
It is assumed that participants have a good understanding of network operations, Internet technologies, OSI reference model, TCP/IP and router operating system software (i.e Cisco IOS etc). It is recommended that the participants attend WROU01 course prior to attending this course.
- Internet Resource Management
- Introduction to APNIC
- Internet registry policies
- APNIC Whois Database
- IPv4/IPv6 Routing
- IPv6 Address structure
- Routing Lab Topology Overview
- Operation of OSPF Routing Protocol
- Lab Exercise on Basic Router and OSPF Dynamic Routing Configuration
- Basic BGP operation
- BGP Attributes and Path Selection Process
- BGP traffic engineering tools i.e. Local Pref, MED, AS path prepend, communities etc.
- BGP Scaling Techniques i.e. Route reflector, peer group
- Lab Exercise on iBGP, RR, Peer group etc.
- Peering objectives and Best Practices
- IXP Network Design and Operations Best Practices
Participants are advised to bring their own laptop computers for hands-on lab exercises.
Maximum number of attendees
40 participants per workshop
Certificate of participation is provided upon successful completion of the course.