Archive for May, 2011
Wow! I can’t believe we’re finally wrapping up this product release. It’s the longest online class we’ve ever done at just over 80 hours and at the end of the day we ended up with over 8TB (that’s 8000 gigabytes of video!) in raw format. We captured all of the video locally to the instructor in HD (720p). This allowed us to professionally edit all 150+ videos and make them available in various resolutions and formats. We are offering the videos in three 16:9 formats. The first is 640×320 and is designed for low bandwidth Internet connections and small portable devices. The second is 960×540 and is designed for standard Internet connections and tablet computers (iPad, etc). Lastly we offer a 1280×720 HD option for people with high bandwidth Internet connections and viewing on large screens (computer monitors, TVs, etc). All of the videos have a downloadable option for customers with access to them. If you’re interested in the downloadable version of the class the low bandwidth format is roughly 80 to 100MB per hour of video. The high bandwidth format is roughly 250 to 500MB per hour of video and finally the HD format is 1GB to 1.4GB per hour of video.
For our overseas customers we’ve purchased bandwidth and storage in datacenters located in Europe and Asia with our CDN to allow for faster streaming and downloads.
We’re starting to release more of the RS ATC videos by Wednesday with all of them being released by June 6th. Additionally all of the videos are being transcribed to allow for closed captioning and to allow searching within a particular video or all videos which enables us to link you to exactly what you are looking for. An audio version of the videos will also be available starting next week.
The next product for CCIE Routing and Switching that we’re releasing is the video from a live 12 Day Bootcamp taught by Petr and Brian McGahan. For CCIE Voice we’re releasing a totally new ATC done by Mark that is over 60 hours of content in HD. The videos from the latest CCIE Voice 5 Day Bootcamp that was held here in Seattle will also be available next week. While we’re on the topic of new videos we have a CCDE product being finalized for release, a new CCNA class coming out, more RS CCIE Deep Dives in the works and this is just what’s being released in the next 6 weeks!
The best news is that everyone with an All Access Pass subscription will have access to all of these new videos with their subscription. That’s a lot of value for just $159 a month or $1599 for a year’s access.
Oh, I almost forgot to include the link to the ATC sneak peek of the first five modules: : http://www.ine.com/aap-preview/
**** UPDATE ****
Here are the direct links to the audio versions of the sample.
Introduction
Using the Cisco Documentation
Ethernet Overview, Layer 2 Switchports, Trunking, ISL, 802.1q, DTP
VTP, VTP Authentication, VTP Pruning
VTP Prune Eligible List, VTP Transparent, VTP Troubleshooting, Trunk Allowed List, Extended VLANs
This blog post reviews and compares two most common types of traffic contracts – single rate and dual-rate agreements and their respective implementations using single-rate and dual-rate (two-rate) policing. We are also going to briefly discuss effects of packet remarking on end-to-end throughput and finally look at some examples of IOS configuration.
What is Traffic Contract
Service-providers network topology typically follows core/aggregation model, where network core has meshed topology and aggregation layers use some variation of tree topology. This design results in bandwidth aggregation when flows converge toward the core. Therefore, to avoid network resource oversubscription, accurate admission control is necessary at the network edge. The admission operation was trivial with circuit-switched TDM-based networks, but became significantly more complicated in packet switched networks. In a packet network, there is no such thing as a constant traffic flow rate, as flows only exist “temporarily” when packets are transmitted. In packet networks, it is common for service providers to connect customer using a sub-rate connection. Sub-rate a connection that provides only a fraction of the maximum possible link bandwidth, e.g. 1Mbps on a 100Mbps connection.
Implementing sub-rate access requires special agreement between service provider and customer – a specification known as “traffic contract”. Traffic contracts are enforced both at customer and SP sides by using traffic shaping and policing respectively. Traffic contracts may vary and include multiple QoS parameters, but there are two most common types that we are going to look at today: single-rate and dual-rate traffic contracts.
Continue Reading
Tags: ccie qos, frame-relay traffic shaping, srTCM, traffic contract, traffic policing, trTCM
I thought it would never end, but after 17 class days and over 80 hours of lecture, I’m proud to announce that our new CCIE Routing & Switching Advanced Technologies Class is now complete!
This is by far the most complete run of this class I’ve ever done, and from what I’ve seen there’s nothing else that comes close to the length, breadth, and depth of this content. For those of you that attended the live classes, I hope it was both informative and enjoyable. For those of you who couldn’t attend live, the On-Demand versions will be available in both our new HTML5 streaming format and available for download starting this week. More information will be posted shortly with along with additional samples.
Below is the outline of the topics that I covered in class:
- Class Overview
- Introduction
- Using the Cisco Documentation
- Bridging & Switching
- Ethernet Overview
- Layer 2 Switchports
- Trunking
- ISL
- 802.1q
- DTP
- VTP
- VTP Authentication
- VTP Pruning
- VTP Prune Eligible List
- VTP Transparent
- VTP Troubleshooting
- Trunk Allowed List
- Extended VLANs
- SVIs
- Native Routed Interfaces
- Router-on-a-Stick
- Layer 2 EtherChannel
- EtherChannel Load Balancing
- Layer 3 EtherChannel
- 802.1q Tunneling
- Layer 2 Protocol Tunneling
- EtherChannel over 802.1q Tunneling
- STP Root Bridge Election
- STP Root Port Election
- STP Designated Port Election
- STP Priority
- STP Cost
- STP Port-Priority
- Day 2 Review
- STP Timers
- STP PortFast
- STP UplinkFast
- STP BackboneFast
- STP BPDU Filter
- STP BPDU Guard
- STP Root Guard
- STP Loop Guard
- Unidirectional Link Detection (UDLD)
- Multiple Spanning-Tree Protocol (MST)
- Rapid Spanning-Tree Protocl (RSTP)
- Rapid-PVST
- MST with Multiple Regions
- Flex Links
- Frame Relay
- Frame Relay Configuration Part 1
- Frame Relay Configuration Part 2
- Frame Relay Switching
- Back-to-Back Frame Relay
- Frame-Relay End-to-End Keepalives
- PPP
- PPP PAP Authentication
- PPP CHAP Authentication
- PPPoFR
- PPPoE
- Transparent Bridging
- IRB
- Fallback Bridging
- IP Routing
- IP Routing Overview
- Switching Paths
- Static Routing
- Static Routing Examples
- IP Default-Gateway
- IP Default-Network
- On-Demand Routing (ODR)
- Floating Static Routes
- Backup Interface
- Enhanced Object Tracking
- IP SLA
- Reliable Static Routing
- Policy Routing
- GRE Tunneling
- GRE Recursive Routing Errors
- Reliable Backup Interface with GRE
- RIP
- RIP Overview
- RIP Versions
- RIP Auto-Summary
- RIP Split-Horizon
- RIP Timers
- RIP Broadcast Updates
- IP Directed Broadcast
- IP Broadcast-Address
- Smurf Attacks
- Fraggle Attacks
- RIP Unicast Updates
- RIP Offset-List
- RIP Authentication
- RIP Summarization
- Prefix-Lists
- RIP Distribute-List Filtering
- RIP Administrative Distance Filtering
- RIP Default Routing
- RIP Conditional Default Routing
- RIP Triggered
- RIP Validate Update Source
- EIGRP
- EIGRP Overview
- EIGRP Auto-Summary
- EIGRP Split-Horizon
- EIGRP Update Types
- EIGRP Neighbor
- EIGRP Passive-Interface
- EIGRP Hello-Interval
- EIGRP Hold-Time
- EIGRP Authentication
- EIGRP Time Based Authentication
- EIGRP Path Selection
- EIGRP Metric Weights
- EIGRP Traffic Engineering
- EIGRP Unequal Cost Load Balancing
- EIGRP Variance
- EIGRP QUERY
- EIGRP Summarization
- EIGRP Leak-Map
- EIGRP Stub Router Advertisement
- EIGRP Default Routing
- EIGRP Route Filtering
- EIGRP Router-ID
- Miscellaneous EIGRP Features
- OSPF
- OSPF Overview
- Establishing OSPF Adjacencies
- Understanding the OSPF Database
- OSPF Network Type Broadcast
- OSPF DR/BDR Election
- OSPF over NBMA
- OSPF Network Type Non-Broadcast and Point-to-Multipoint
- OSPF Network Type Point-to-Point
- OSPF Network Type Mismatch
- OSPF Network Type Point-to-Multipoint Non-Broadcast
- OSPF Per Neighbor Cost
- OSPF Network Type Loopback
- OSPF Path Selection
- OSPF Convergence Timers
- OSPF Authentication
- OSPF Summarization
- OSPF Stub Areas
- OSPF Totally Stubby Areas
- OSPF NSSAs
- OSPF Totally NSSAs
- Controlling OSPF NSSA Redistribution
- OSPF Type 7 to 5 Translator Election
- OSPF LSA Type 3 Filter
- OSPF Forwarding Address Suppression
- Route Redistribution
- Route Redistribution Overview
- Route Redistribution Configuration & Verification
- Connected Redistribution
- OSPF External Path Selection
- TCL PING Scripting
- Routing Loops Overview
- EIGRP Route Loop Prevention
- Metric Based Routing Loops
- Route Tagging
- Administrative Distance Based Routing Loops
- Debug IP Routing
- IP Route Profile
- BGP
- BGP Overview
- BGP Peering Types
- Establishing BGP Peerings
- EBGP Multihop
- BGP Neighbor Disable Connected Check
- BGP TTL Security
- BGP 4-Byte ASNs
- BGP Local AS
- BGP Peer Groups
- BGP Next-Hop Self
- BGP Next-Hop Processing
- BGP Local AS
- BGP Peer Groups
- BGP Next-Hop Self
- BGP Next-Hop Processing
- BGP Route Reflectors
- Large Scale BGP Route Reflectors with Clusters
- BGP Confederation
- BGP NLRI Advertisements
- BGP Network Statement
- BGP Redistribution
- BGP Aggregation
- BGP Aggregation & Summary-Only
- BGP Aggregation & Unsuppress-Map
- BGP Origin
- BGP Aggregation & AS-Set
- BGP Aggregation & Advertise-Map
- BGP Conditional Route Injection
- BGP Bestpath Selection
- BGP Multipath
- BGP Weight
- BGP Local Preference
- BGP Local Preference and Communities
- BGP AS-Path Prepending
- BGP MED
- BGP MED Missing As Worst
- BGP Deterministic MED
- BGP Communites
- BGP Regular Expressions
- BGP Filtering
- BGP Convergence Timers
- BGP Default Routing
- Miscellaneous BGP Features
- MPLS
- MPLS Overview
- MPLS Label Distribution Protocol (LDP)
- MPLS Tunnels
- MPLS Penultimate Hop Popping (PHP)
- MPLS Layer 3 VPNs Overview
- VRF Lite
- MPLS Layer 3 VPNs and VPNv4 BGP
- MPLS Layer 3 VPN Verification & Troubleshooting
- MPLS Layer 3 VPN OSPF PE-CE Routing Overview
- MPLS Layer 3 VPN OSPF PE-CE Routing Path Selection & Sham-Links
- MPLS Layer 3 VPN OSPF PE-CE Routing Loop Prevention & Down-Bit
- OSPF Capability VRF-Lite
- IPv6
- IPv6 Overview
- IPv6 ICMPv6 ND
- IPv6 over NBMA
- IPv6 Routing Overview
- IPv6 Static Routing
- IPv6 RIPng
- IPv6 EIGRPv6
- IPv6 OSPFv3
- MP-BGP for IPv6
- IPv6 Tunneling
- Multicast
- Multicast Overview
- IGMP
- PIM Overview
- PIM Dense Mode
- PIM Sparse Mode
- PIM Sparse Mode Configuration
- PIM Sparse Mode RPF & RP Troubleshooting
- Auto-RP
- Multicast over GRE Tunnels
- Bootstrap Router (BSR)
- Bidirectional PIM
- Source Specific Multicast (SSM)
- MSDP
- Anycast RP
- IPv6 Multicast Routing
- QoS
- QoS Overview
- IntServ QoS
- DiffServ QoS
- IP Precedence
- DSCP
- MQC
- HQF
- MQC Classification
- FIFO
- FQ
- WFQ
- CBWFQ
- HQF
- LLQ
- WRED
- Traffic Shaping
- Traffic Policing
- Frame Relay Traffic Shaping (FRTS)
- RSVP
- Catalyst 3560 QoS
- Security
- IOS Security Overview
- Access Lists (ACLs)
- Time Based ACLs
- Dynamic ACLs
- Reflexive ACLs
- TCP Intercept
- Content Based Access Control (CBAC)
- Zone Based Policy Firewall (ZBPF)
- AAA
- Local Authentication
- Local Authorization
- Role Based CLI Access
- Port Security
- Static CAM Entries
- Storm Control
- 802.1X Authentication
- PACLs
- RACLs
- VLAN Access Maps (VACLs)
- DHCP Snooping
- Dynamic ARP Inspection (DAI)
- IP Source Guard
- Protected Ports
- Private VLANs
- IP Services
- IP Services Overview
- HSRP
- VRRP
- GLBP
- NAT
- DHCP
- DNS
- NetFlow
- WCCP
- Miscellaneous IP Services
- System Management
- System Management Overview
- NTP
- NTP Authentication
- SNMP
- RMON
- Syslog
- Telnet
- SSH
- Banners
- EEM Scripting
- Miscellaneous System Management
Tags: all access pass, atc
As everyone knows we’re making a massive push to release more videos and moving over to a new delivery method (HTML5). With this new solution we can support closed captions. I’ve uploaded a sample CCIE Voice Deep Dive video with closed captions enabled to YouTube and wanted to know the community’s feedback as to the value it will add.
Click on the “cc” icon in the YouTube player to enable closed captions if they are disabled.
Closed captions will allow us to offer transcripts of the videos and allow every video to be searchable so you can quickly find which video covers a particular topic and the exact part of a video that it’s cover in. Additionally we’ll be able to link you to that exact part of the video. Let me know what you all think by commenting below.
Tags: aap, CCIE Voice, CCNA Voice, ccnp voice

